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PowerSynth uses patented artificial-intelligence algorithms to generate production-ready logic from common PowerPoint drawing objects. My handle on Renderotica is DarkPoserGirl. 7 inch android phones how to unlock Intel's proposed JavaScript extension is so abstract that programmers need know nothing about the system's hardware. Are we in the disco days of the s? It's a pretty decent movie except for the ludicrous ending that knocks a half star off my rating.

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It probably goes without saying that I agree with Eda that Asian women make such beautiful victims. ARC HS block diagram.

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Thanks for the support guys! The essence of a peril film is genuine suspense and a feeling of menace. Intel's new cellular modem chips for embedded applications. It's a dual-issue superscalar machine with an stage integer pipeline, instruction reordering, speculative execution, and optional symmetric multiprocessing. Even that speed is faster than the fastest Kalray processors today, which operate at MHz. Up until the first day of shooting there were no girls to fit the roles. I was thinking chamois so I'm sure you are right.

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22.01.2018 - In the film I've linked to the left, I counted at least three good "never seen that in an American film before" scenes. Let me see if I can discreetly access a scanner somewhere. In another part the writer says about Barbazul: There were enough funds to do it right, thanks to our awesome contributors to the IndieGoGo campaign, and those after the campaign ended. Larrabee has a fully programmable graphics pipeline, augmented with only a little specialized logic. Great review and great caps of Full Metal Fuck: Aboard the smaller bus to Cayara, notice the big piece of wood on the floor.

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11.02.2018 - Yes, Amy is on the correct track if she wants to move up the ladder. She was full of scratches and bruises on her back, her legs, her arms and she was in pain, particularly her elbow. For one, Fusion processors for desktop PCs aren't ready yet. Could you scan and load some of these stories? But mostly more violent or rated X versions of that manga stuff that bores me. Or closest second place like my second place pick Marina Baker? So in the new millenium, have we advanced the medium at all?

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05.02.2018 - Either way, those girls are going to suffer badly, that's for sure. Don't confuse these "3D" transistors with 3D transistor stacking, an entirely different technology that builds transistors in multiple layers. Part of reason I compare her to Lucifera and her large swollen teats EE cup boobs too. Centriq is designed mainly for cloud-service providers CSPs that need bushels of power-efficient parallelism to run numerous virtual machines for their remote clients. Although engineers have been working for years on the concept of three-dimensional ICs, new developments in virtually guarantee that stacked-memory devices are finally on their way to commercial production in the near future. For now, though, embedded processors are athletes in the prime of life, achieving record-breaking performance. This nanoscale application of metallurgy has been touted as the biggest advance in electronics since the invention of planar integrated circuits.

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09.02.2018 - Sparc64 X multichip interconnects. Damn, this Lucifera stuff By skipping the tedious steps of translating marketing concepts into gate-level logic, the new PowerSynth tool makes design engineers obsolete and allows anyone to be a CPU architect. CUDA kernels are modified versions of conventional functions written in C. So I watched your movie and I can say you have set a new bar for yourself and the genre. I don't have full idea of this actress in this scene but she did right job.

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The ropework is really amazing, though. The direct link for your latest review is here: What is "Tasty Tales"? Those 2 magazine covers were great. Those aren't real mags, right? They look like artworks you'd find on PulpToons.

At any rate, I dig those, especially the roasting one yeah, go figure. Tasty Tales is from hentai. But mostly more violent or rated X versions of that manga stuff that bores me.

Megh is also a regular artist member at Pulptoon and does cooking peril with Agatha at Pulptoon. Pic of the day: Here she is, not at the stake, but feeling a bit of heat….

Catching up on a few postings Lucifera, the most popular girl in her village? Actress naked and tied on table Today I've got another movie "The Creeps" released in Damn, this Lucifera stuff Lucifera is the most popular woman in the world ever.

Yes Tim, I knew but did you know Marina also was or still is a practicing real witch? Tuesday, 3 June Here's another still from my latest film "Lust of the Dead. This is a very funny and accurate presentation as to why we need to bang on the FCC.

The 40 year old landlady envy the body of her new servant and so she had started to blackmail and bully her everyday Wednesday, 4 June A MAM inside scan for those of you missing the Duillos.

MAM cover of the day: For Men Only May If corporations are people, how come they never get called for jury duty? So I've been watching these "History of Torture" videos. Thursday, 5 June Terry O'Neill retrospective photographs Controversial: Friday, 6 June History of Torture was a site based in Germany if I'm not mistaken: Ah, Brainmaster, you're right.

I did a quick search and found a site that looks like it carries most of the good films. The new BMovie bats is wicked. The Making of Olalla - A Tale of A Production Completed Almost everything you wanted to know about Olalla but were afraid to ask, or maybe not It's been a few days since the production of Olalla was completed.

We have Amy's fourth film in the director's chair in post production and getting ready for its release. For Amy the completion of the shooting was something to be very proud of.

There was a lot of build up for that one week of shooting. There were enough funds to do it right, thanks to our awesome contributors to the IndieGoGo campaign, and those after the campaign ended.

Maybe if Amy had had more funds she would've taken another week to shoot. There's always room to do things bigger and fancier But what there was at hand was enough to get the cast and crew to the location and to work for a whole week, eat four times a day, sleep in nice and comfy beds and have great places to relax.

Jac did a superb job producing the shooting, his scheduling was impeccable and the crew worked accordingly with no delays. Even in the face of trouble, like Amy being dragged by a wild donkey, his schedule worked and worked very well.

It was a tight ship. The experience itself is the source of many anecdotes, inside jokes and great memories, along with some scary moments that left some lasting consequences. The production itself was great, the location amazing and the help we had in Cayara was impressive.

A story to be told, indeed. It began with a bus ride, a long bus ride that had its complications but it got more complicated by one scary incident and some difficulties in transporting the cross.

We had a 3 meter long piece of wood to put in the bus. We were told that it would not fit. After much debating and trying, the long piece of wood was inside the luggage compartment of the bus.

Eric and Rodrigo made sure that long piece of wood got in the bus with us. It was very, very important since that long wood was part of the famous cross that was going to be built at the location.

The scary incident came just before the crew loaded the equipment, cross and all, into the bus. Jac went to get a few bottles of water for everyone. When he was returning from his successful mission, carrying the bottles in a bag and two laptops over his shoulder, something distracted him, probably Amy taking pictures, and he tripped and flew, landing face down on the cobblestone ground hurting his knee and a thumb really badly.

The bottles flew away from his grasp and the two laptops plus hardisks landed on his back. Mila and Sol rushed to aid him to his feet, Amy let out a scream and someone commented that it was the second person falling on that spot that night.

Jac was concerned that he broke something but after much testing and probing it was decided that nothing was broken and the trip was on. The small bus arrived to the hotel early in the morning, the cast and crew were distributed to their rooms, had breakfast, and while Jac began, slowly, to set the details of the production, the rest went around touring the wonderful location.

Some cast and crew relaxing at the location On the very first day of production, the second scary event took place. Amy needed a donkey for a key scene. After much walking in pain, mostly limping, actually, Jac got the famous donkey aptly named Caballo horse.

Plenty of donkeys in Cayara, btw. The donkey was treated kindly, of course, too kindly, perhaps. Donkeys are normally treated like beasts of burden in these parts and Amy and the crew were treating this one like their favorite pet, carrots as candy included.

After shooting the main scene, many times over, the donkey was a little bit hungry and decided to run for it, ridding himself off the annoying prop on its back. Some in the crew ran after the wild animal and found him in the middle of green pastures happily eating.

Jac decided that it was lunch time and to continue working with the donkey later, at insistence of Amy who wanted to have ONE more scene with the now famous and rebellious donkey.

After lunch the donkey was practically taken away from his adopted pastures and forced back to the location, he was not very happy, although he wasn't showing it at the time. As the crew prepared the shot, Amy decided to be the wrangler, she was not in the scene, so she held onto the donkey, holding the rope.

The crew was ready so the prop was about to be placed on the donkey's back and that's when the donkey decided to run for it again, dragging Amy in the process. Amy was dragged by the donkey several meters over gravel and dirt ground.

Scary moment for all. Miguel was preparing the camera and it was pointing to Mila who held the slate and Rodrigo who was holding the boom. They both go pale on the screen as we hear in the background Amy screaming as she's dragged away.

When Amy finally managed to release herself from the rope, she was meters away from everybody. Jac was running after her, followed by Mila. They helped her to her feet, she was in pain.

There was a particular pain by her elbow. Jac took the wounded Amy to her hotel room to check her over. She was full of scratches and bruises on her back, her legs, her arms and she was in pain, particularly her elbow.

There was the fear again that something could be broken. Amy's arm was of particular concern to Jac. After much testing and waiting, it was decided that nothing was broken and shooting continued with a director in pain.

Wild donkeys could not drag Amy away from making this movie. For the next few days the shooting of the movie continued without any more special events.

There was one particular situation that was worrying both Amy and Jac. Amy needed two girls to play the young Ofelia and Olalla, they had to look at least a little like Amy and Mila.

Up until the first day of shooting there were no girls to fit the roles. Jac had a meeting in the city with the person in charge of getting the extras and the girls and there was only one gentleman who had a daughter who could probably be the Mila lookalike.

Jac saw a picture and said ok, bring the girl to the set tomorrow. Then the man mentioned he had another daughter, younger Next day the man and his two daughters were at the location.

Amy took one look at them and The amazing resemblance was eery. Another issue that had Jac worried was the cross. The two pieces of wood were very, very heavy and he felt that just making a hole in the ground to set it up was not going to be enough.

He wanted to make a small hole and build a base for the cross with cement. The hotel owner was impressed with the cross. He had the base built by professional workers who did a tremendous job.

Jac's concerns were over when he saw what they built for it. That cross will stay in place forever. Not to mention the many curious people from the hotel, both workers and guests. The grand day was here.

The shooting couldn't have been better. The extras were great and very surprised when they witnessed how Amy was stripped in front of them, tied to the cross and whipped. Some were heard commenting that there were others who had signed up for the shoot but didn't show up so the comment was "They'll be sorry they missed this".

Another one commented "I almost didn't make it here".. For Amy, the experience was a bit new. She never had a crowd screaming for her head, surrounding her, menacing her, throwing things at her, waving lit torches and so on.

The intense whipping went on for some time, the day was very, very cold and Amy had to be naked for most of the afternoon and evening. The hotel owner was very concerned that next day she was going to die of pneumonia.

The night of the shoot, two ladies were present who were guests at the hotel, one was from Montreal. She took some footage of the shooting, when the crowds were burning Olalla.

She was so impressed by the realism of it that she was going to tell her friends that she witnessed a real lynching and had footage to prove it. There was a BATS scene to be shot that night, with fiery flames, with torches, with much screaming, and with little time.

It had to be done before the extras were on their way back to Potosi. Their bus was going to arrive to pick them up and they had to be back in their civilian clothes, and had to eat their dinner.

Jac had some presents for them too. The production went very well, everyone was very pleased, everyone but Amy who was freezing cold, even when she had a bonfire threatening to burn her up. After the freezing burning at the cross scenes was done, the production was over, a new production was completed.

Olalla is a reality, frame by frame, all of it, and it is looking amazing. Next day Amy felt that life was over, She had something similar to postpartum depression. Everyone in the crew was kind of depressed too, tired but sad that the shooting was over.

That Sunday night the team took the bus for the ride back, it was colder than the trip to the location. Everyone in the bus was quiet, trying to sleep in the cold night, as the vehicle crossed the high plains, 4, meters over sea level, for 12 hours without heat or a toilet in the bus.

Everyone was suffering for their art, not only Amy and Jac. Everyone is back in La Paz now. Amy got sick twice, a strange virus, that kept her in bed for three days. She's exhausted still, but recovering.

Jac is tired too, regaining his energy little by little, limping less every day, but still with a very hurt knee. Amy's shoulders hurt a lot, the bruises are still there, some of them. Overall the experience of making this movie was fantastic for all concerned.

There's a greater sense of camaraderie in the Pachamama Team now. We have new people, both in the crew and the cast, some that will be taking some difficult roles in the near future, and everyone is very excited for what's to come.

Jac expects to have a rough cut of the entire movie by the end of June. The hotel owner offered a big premiere with VIP guests at the hotel itself, something we're considering.

If that happens Olalla will have premieres in four cities, at least. Some people are asking about the whipping scene in the film. Amy received some emails and I did too, with the same question. I can't really answer in detail because I haven't seen the scene itself.

But I can say something about this. Every whipping scene Jac or Amy direct is different in many ways. Each whipping scene has its own dynamic. A dynamic dictated by the film itself, by the plot of the movie.

We cannot compare the whipping scene in Dead But Dreaming with the one in Olalla. In DBD the whipping scene is the product of a sentence to be carried out methodically, where a number of lashes have been determined and they must be counted, following a protocol, the protocol of punishing a criminal, in that case.

The intensity of that scene comes from that set up. The reading of the sentence, the stripping, the lashing, the counting. In the case of Olalla, the whipping scene is the result of an spontaneous event, the result of the fury of villagers unleashed on the woman.

The violent intensity of the scene comes from that event. Thus, there's no protocol, only fury, anger, screaming, hatred galore, no one is counting the lashes, she must be destroyed as the monster she is.

The villagers have reached their limit with the family, and take out all of their years of rage and fear upon poor Olalla. That's how that scene plays in the movie. In Maleficarum, there's more than just one whipping scene.

There are plenty and that's because those scenes are the plot. It is, after all, a movie about the inquisition and the entire story is about making those two unfortunate women confess to everything and to anything.

Thus, the whipping doesn't really stop. Someone counted two hundred lashes on Amy alone during the movie. Maleficarum could be compared to Agent X, where the whipping is also a main part of the story, which is about having a spy spill her information.

The intensity comes from the plot as well. So, we cannot really answer the question making a comparison to other movies. In Olalla, the whipping scene has its own violent intensity and all I can say is that it is not the same as in Dead But Dreaming or in any other of our movies.

It stands on its own and for its own purposes. It will be a great scene, of that I can be sure. In our near future plans is the production of Justine, which will have more that one whipping scene.

That film will be more like Maleficarum in which the tortures and tribulations of the three characters are the story of the film. And that's all folks! Great to hear that The Making of Olalla Production is completed.

I will tell the Stakedamsels forum the good news and post today's GIMP post there so you don't necessary have to post entire post there again unless you what to but I'm sure the SD forum members would love to hear the great news from you too.

Will there be teaser pictures posted here of actual edited or unedited burning Amy at the cross here? I hope Amy and JJ and everyone recovers completely from their war wounds and hope Amy recovers from that strange virus.

Also could you tell us little more details about the cross burning and how it compare to Maleficarum bats? Like what was done different, more flames, etc. Thank you, Bill K.

Reine Margot - What a great post. I really enjoyed all the behind the scenes details. Sounds like you guys are living the independent film makers dream. Good on all of ya. When I visited Egypt, I had to take a 5 hour bus ride to get to the Pyramids, and that was kind of rough, so I can only imagine 12 with no heat.

Sounds rough but exiting all at once. Glad Amy is okay after that Donkey incident. Those wounds on her back look painful, and that did sound scary. You always have to be careful with animals, as I'm sure Amy has learned the hard way.

That post was so good, I'm gonna go buy another one of your flicks to show my support. MAV - Thanks for the update. Can hardly wait for some new ZFX, especially with a model as hot and talented at selling a scene as Candle is.

Can't wait to see her perfect body put through the ZFX gauntlet. You know the neat thing about this site? We can tiptoe along quietly for days and it doesn't look like much is going on, and then all of a sudden Excellent post, I loved hearing all the inside stories and seeing the caps from the making of Olalla.

In spite of all the hardships and accidents and sacrifices to the art of making a movie, you guys are really living the dream, and hopefully all your hard work will be there on the screen when the film is edited and released.

As I noted in my End of Year post last December, this is one I'm really looking forward to, and the stills of Amy on the cross look awfully tantalizing. Thanks so much for gracing the board with this very nice gift.

And then there's a little movie called Shadow Army. I'll tell you, I couldn't wipe the big smile off my face while watching the trailer. It's hard to believe we haven't had a new live action movie from ZFX for 5 frickin' years!

It looks like Rick really pulled out all the stops for this one And on top of that, this one appears to be loaded with electro torture, whipping and even heat torture. And of course, Candle Boxxx is very easy on the eyes.

I'm with Howie on this one, just go ahead and take my money now. And even better, we won't have months to wait; this bugger's coming out next week! This would be a good time to start camping out in front of the ZFX Studios.

Check out the crowd of pervs and sick fucks that are already there waiting for this one. And they thought Star Wars was big I've only posted the smallest ones in full below. The rest are all thumbnails that you can click to see the full size moving GIF of.

Looks like Rick has stepped his special effects up as of late, with the invisible rape of Candle looking pretty convincing with her gorgeous ass, pussy, and mouth being stretched out by an unseen lucky bastard!

Then we get the joy of seeing Candle get a good old fashioned beat down. As I've said before, you gotta love a good old fashioned. Then there's the proof that cattle prods weren't made for cattle at all, but instead to watch smoking hot women dance and scream uncontrollably while you play with them.

Of course there's MANY great ways for electricity to put a grin on our faces and a stretch in our pants when Candle is ruthlessly juiced up to the tune of not one, but two sets of jumper cables.

No rookie mistakes like ungrounded wires in this flick folks. All wires attached, and Candle's perfect body losing all control while we watch her fry, with the bonus of spark effects, which look very good if I do say so myself.

Can't wait to see this full scene play out. Also, give it up for Candle! What a trooper to film a scene like that. Couldn't have been easy. Then yet another scene to prove that people have no real idea of the proper use of common items, as a table, pulley, and rope are put to AMAZING use, as Candle's already abused naked body is stretched arms over head so that we can feast our eyes on every inch of her exposed suffering as the lash continues to wonderfully reign down on her.

And the whip continues cracking away at Candle's astounding tits, sexy flat stomach, and perfectly shaped hips as this scene continues to prove there's not a single bad angle to be seen from her.

What a work of art this girl is, and what a treat to see her suffer. What more could you ask for then to see this Alazar drawing come to life continue being tormented as the clothes pins painfully gyrate to her sexy suffering?

This one is more wonderful footage from the same scene above, and a small enough GIF to post in full. Can't wait to see this flick! There are two more GIFs in the full gallery that I didn't post here for those who want to download them.

I am very impressed with amy's initial costume and her hair styling, and am certain the scene will as climactic as it is intended to be. With "Debutante" and "Justine" in the pipeline, your film company is working at a level of inspiration rarely seen, or maintained, in cinematic history.

You are at a very special moment in time. Sunday, 8 June Shadow Army is looking pretty good. I'm looking forward to the official Ralphus review. Margot, thanks for the update on Olalla and further insights into the glamorous world of filmmaking!

I'm glad that Jac and Amy are recovering from their injuries. Howie, thanks for the excellent gifs! Thanks so much for all the Mr. Kane "Hell's Own Sect" postings. It seems there was a scene where she was bound spread-eagle over some type of pit.

Am I imagining that or maybe it is from another series. Reine Margot - Thanks for the interesting behind the scenes info in the making of, and great looking stills from Olalla.

Looking forward to seeing the finished product. I must admit though, knowing how the climatic scene would go assuming the BATS is the climatic scene, that the whole scene would take place at night.

And then Amy being dragged naked though the streets. But I guess I would have had that in my mind's eye, is because It looks like someone has finally done a bondage torture video right with the new ZFX with Candle.

Candle really does get us pervs and this one looks like it will make history. Will it be available for download? Image inspired by a short but intense story written by Eda Chang, "The Demand".

I liked it a lot and this is my way for expressing my appreciation. For "The Demand", again. Another point of view, possibly more interesting.. I hesitate to bring up the topic of boring old fumetti again, given all the exciting new stuff showing up in the forum lately.

But Ralphus is still showing a decidedly fumetti vibe in the pic of the day, and Covers just served up a classic fumetto too. Must say kudos to Reine Margot for the Olala article, the comparison of the differing vibes of Amy's movie whipping scenes was particularly excellent.

It takes a certain mindset to appreciate those subtleties, but I'm guessing there's lots of that mindset in this forum. As a guy who loves Inquisition stories most of all, Maleficarum is of course the essential bedrock of my fairly extensive movie collection, and I've already earmarked Agent X as this year's Christmas present to self.

Thanks to Ralphus for the database that made me aware of Maleficarum, and the review that made me want to buy Agent X. I now have my copy of Comparative Anatomy. Please understand, I just learned about fumetti within the last six months.

I had seen some images, first a few scattered ones on BDSM. Art, then others on free sites, and some were interesting enough I started tracking them down. Once I found out what fumetti were, I still pictured a full-size comic book in my mind.

Anyway, yeah, old and fragile-looking. So, since I have a copy in hand now, I'll assume the role of first option in any scanning to be done. Let me see if I can discreetly access a scanner somewhere.

If I succeed, I'll let the forum know, and make the scans available. If I don't and it might take some time, my life is in a busy stretch, then we can reconsider a plan B, maybe with me mailing you my copy and you, or some other willing soul from the forum, scanning it for me.

Lastly, regarding fumetti, this French site has a ton of ElviFrance issues from that period. And cheap, most of the cost was postage. Dealing with them was painless the first time, and that was before clueless me discovered the "translate" button on the site, so I think I might get some more.

So does anyone out there-- Fritz? Rest assured no scanning requests are involved this time. It looks to me like the same artist as Comparative Anatomy. I have a couple more that I might snap up if they're available, not to collect but just to look at, so I'll probably post a few more images over the days to come and see what happens.

Thank you, Mad Bob, for your drawings based on my story The Demand. You have given me an idea: If any artists among you would like to draw any scene from any of my stories that currently does not have an "action" pic, but only one of the "non-action" ones, I will replace the current pic with the one that you draw.

You must have more artistic talent than I have which shouldn't be hard -- I can't draw a straight line with a ruler. It's always cool when we get a humorous perspective from a non-GIMPy point of view, and the editors of Cracked obviously are not "one of us".

Yeah, those old Nazi covers and the people who love them are an easy target for ridicule, I'll admit. My favorite LOL line: IMO, they're the ones who don't get it. Personally, I think all those covers they included in the piece are some damned exciting artworks.

Two really nice images, thanks for sharing them with the board. Those are a perfect compliment for Eda's story. So did you and Arcas collaborate on any new projects when the two of you got together?

I can imagine a game of one-upmanship, where each one of you try to come up with a more creative way to torture your respective victims. Either way, those girls are going to suffer badly, that's for sure.

Nice post, thank you. I think you'll really like Agent X ; it was the first time I ever saw Amy Hesketh perform, and ultimately convinced me that she would be a good candidate to invest money in for my custom roasting scene.

And of course, that led to Pachamama Films producing Maleficarum and going on to more indie success and the rest is a still continuing story. I beg your indulgence with one more fumetti-related post.

Since this forum led me to possession of two long-sought series within a couple weeks, I'm trying for the trifecta. The above is another scene from the one I'm trying to identify now, same as in my last post, which I suspect is another ElviFrance title by the same artist as Comparative Anatomy.

I've seen some jpgs online labeled "gnome torture," no doubt due to the short guy, but haven't found a site that has them that doesn't scare my computer. I myself already have seven torture scenes from this comic, but I think there's a few more.

In this one the story line is that some future historians, researching the medieval Inquisition because doesn't everybody? Of course, the pretty female research assistant is the one who gets to plug her brain into the past.

And of course she drops in on a witch trial in progress. But she isn't just a witness, she's actually perceiving it from inside the body of one of the torturers, a guy named Elmer.

She feels herself sticking needles in the woman's breast. Don't know what the script at the bottom is, probably added by whoever scanned the jpg. Anyway, I wanted to say that Comparative Anatomy was as advertised, total classic, with some intense interrogation scenes.

Lastly, the recent spell of slow connecting did inadvertently give me a sample of some wry Ralphus humor, as I noticed, when one of those "bastardized" shots with English captions from Comparative Anatomy didn't load right away, that the hidden title for the pic was "Ha, his name probably isn't even Miguel.

Yes, I know it's Friday the 13th, what could go wrong? Out takes, slide show, behind the scenes stuff and a time-lapse of part of the shoot. The online version has an additional 30 seconds of footage as a special bonus.

There will be direct links available for the movie above the trailer once the movie has been released and is available for download. As you probably already know, the trailer is now up at zfxvideo.

It's free so come over and take a look! Monday, 9 June Great to see you illoing an Eda story! Cool surpise I think that first image, where you can see the face, works MUCH better than the second.

Nice lighting and "digit posing". Yup, we do just what you think. I hesitate to bring up the topic of boring old fumetti again Fumetti may be many things, but they are never boring. Glad to hear you managed to secure an original copy.

Actually, I've accepted that I will have to risk losing mine if I intend to digitize the contents — and I will be scanning in not only parts of this one, but others as soon as I have an opportunity to do so.

It's not the potential loss of the originals that's holding me back now, but the time to do the job properly. Don't feel obliged to take this on with your own hard-won copy.

I'm sure it will show up eventually. I presume this is the site where you bought your copy. Can you share the URL? I know of a few sources, but most look kind of dodgy, and I have never used them to purchase originals.

The title you are looking for is Exil Mental. It is 86 in Elvifrance's Incube series, and oddly enough, it is another one that I saved over the years. You've captured the plot pretty well — a comely research assistant in the present day is telepathically linked to a suspected witch who is being tortured during the inquisition.

Still, there is lots of brutality and female peril peppered throughout its pages. They usually teamed with a writer named Gozzo. Here are some more quickie scans from the story… Happy hunting.

Let us know if you track this one down. This one has a gruesome Nazi medical experimentation premise. For those are making scans but are worried about damaging the originals have you tried a wand scanner?

Bear with me for a second. This is an explanation of 3D glasses for those not clear on the concept. I did my first Silvio Dante conversion. I do my own art as well.

This took me over 6 hours, so I hope somebody can have fun with it. I am the lonely 3D prophet, but don't worry, I can do other stuff. Certain colors don't always work for red and blue 3D.

The girl's red hair, for instance. The quality of anaglyphs degrades when I upload for some reason. I assure you it looks better at home on my own computer. As in 3D comics, black and white works better, unfortunately.

Also the further you get from it, the 3D improves. It worked that way in movie theaters too. That's all for now. Who said "Thank God! Nice job on the 3-D drawings.

Her tits looked, through my 3-D glasses, like there were going to poke me in the eye. Yeah, that's how they looked to me when they were still 2D! I try to interpret the artist's original intention as closely as possible.

Before I start you should know that Amy tells her story in her blog: Another nice update is that today Amy received, from the US, the Weng's Chop magazine that to me looks like a book, because it has pages, where Amy and Barbazul are mentioned.

Here's a quote from said book: Have you ever wondered what would happen if Mario Bava, Jean Rollin and Jess Franco had somehow defied the laws of nature and biology and produced a lovechild who became a filmmaker?

In another part the writer says about Barbazul: This erotic reimagining of the Bluebeard legend is like a sexy little time machine that gloriously transports your spirit back to the Euro-Horror glory of days past.

I guess you could say that the world of filmmaking is glamorous, however, from the inside, it looks and feels more like going to war. Massing the troops, carrying half a ton worth of equipment, costumes and props, facing dangerous donkeys and wild priest-attacking dogs, fierce wind storms and traveling in freezing cold buses over inhospitable terrains.

But the pictures look nice. I am very impressed with Amy's initial costume and her hair styling, and am certain the scene will as climactic as it is intended to be. We're living an amazing time right now, which is kind of scary because everything in life is so fragile, as we came to understand it recently.

If things had been slightly worse, maybe the film would not have been completed as it finally was. And yes, the level of inspiration that our esteemed producers, directors, creators have at this moment in time is more like bull charging ahead at full speed.

A very special and magical moment indeed. Everyone is recovering all that great energy that was put into completing Olalla to undertake three productions within the next few months.

Justine is the more complicated of the three because it is a period film, French revolution period, more costumes are needed, more aristocratic wigs and so on. Debutante is the simple one.

The third is an adventure film with lots of special effects. A challenge for our crew. The excitement can be felt all around. Amy is a genius for making costumes happen. She did a great job in Olalla.

I'm happy that I can tell this story. There was a lot of anxiety prior to the trip to the location. The day Eric, better known as the torturer in Maleficarum, arrived with the two pieces of wood for the cross, Jac took one look at them, lifted the longer one and thought to himself: This is fucking heavy, how in the world are we going to make it stand and fix Amy to it?!!.

Amy was concerned that it was only 3 meters long, not long enough to put a good part of it in a hole in the ground to make it stand freely and securely. Jac had nightmares of the cross falling down with Amy tied to it.

That's when he decided that the way to make it stand was to build a base with cement. Something that he was planning to do with the help of the crew the very first day in Cayara, which was a Sunday and there was nothing planned for that day.

To his surprise and delight, the owner of the hotel decided to put his workers to build the base for the cross. He liked the idea of having that massive cross in front of the hacienda's chapel.

Jac couldn't imagine that his worse fears were simply that, fears, and that the real dangers were ahead in the form of a cobblestone out of place and a wild donkey. Thank you for the get well wishes.

Amy and Jac appreciate them. Living the dream of independent filmmaking comes with a price. The uncertainty of the outcome, the limit of the resources, the very small amount of cash available, the roughness of the work and so on.

There's a big element of luck involved, or maybe the help from the gods, or the spirits of the dead, or whatever force Jac dared to call upon to achieve his production goals in spite of all the odds that were piling against it, and to do it within the budget and time constraints.

A big task magnificently done. His work alone was not sufficient of course. He had a tremendous cast and crew to see the job done. Amy couldn't be any happier with the results.

Her sharp directorial skills doing wonders with the actors. A labor of love, of course, and yes, glamorous as well. Amy or I will post in the SD forum soon. I'm having some difficulties posting pictures there, but Amy doesn't have the same problem, so she will most likely share her experiences there.

As far as the difference between the bats scene in Maleficarum and the one in Olalla, I can say that they are different for many reasons. The main reason is that in Olalla the bats scene takes place at night.

That makes the flames glow in ways that they don't do under the light of the sun, like in Maleficarum. One complaint I read often about the bats in Maleficarum is that the torch was not lit, when actually it was but the glare of daylight was stronger than the fire on the torch.

That was not going to be repeated this time, so the choice was to shoot the scene at night where the contrast of the darkness would help make those torches light the sky. When I see the pictures they remind me of scenes from a Hammer movie but better, a lot better.

Another difference is that in Maleficarum the scene was mostly torture by fire. It was meant to burn slowly, making it a more horribly agonizing way of executing the witch.

In Olalla the raging villagers want to burn her up and watch her go up in flames and that's how the scene was done. Olalla goes up in flames. I cannot reveal how it was done, but even if I wanted to I wouldn't know.

The techniques used are known only to a handful of people, Jac, Amy, Mike and two more who were there manning the flames. The rest simply saw Olalla go up in flames, so to speak.

They go out where she lives, drag her out of her hacienda's chapel and use the cross that is already there to crucify her, whip her and burn her. Olalla is stripped naked as she's being tied to the cross.

A violently intense scene. The angry villagers scream, yell insults, throw things at her, a terrifying experience for any actress, sensitive or not. I think you'll really like Agent X; it was the first time I ever saw Amy Hesketh perform, and ultimately convinced me that she would be a good candidate to invest money in for my custom roasting scene.

Red Room was not released until after The Perils series was shot and released. Red Room remains a little jewel in the crown of Red Feline. One that might be worth re-visiting now that another amazing production with Amy at the helm and in the lead role is coming up.

Well, my response became a bit more engaged than I first planned. I thank you all for the messages and best wishes for Amy and Jac. They are both taking it easy now. There was a wrap party Saturday night with everyone that participated in the film, both the cast from the contemporary scenes and from the one in the 's.

There was a lot of drinking and dancing and all around fun. Jac presented his new look for the upcoming Debutante film, where he plays the sophisticated, suave and perverted Mr Higgins.

Ok, that's all folks and Cheers.. Don't forget to check Amy's version of the events: Amy tells her story in her blog: Fritz -- thanks for coming through again! JD - - whoa, what a goldmine!

I'll be happily sorting and sequencing those for a while. By sheer coincidence you included chunks of two other stories that I'm looking for, stuff I've never seen. Plus a few others that look pretty exciting.

Can't thank you enough for the willingness to share. Also, I did do some scanning. It's good news, good news, bad news. Or maybe 4 x good news, bad news, if I found that getting access to a scanner wasn't hard.

Anyway, the scans look not bad, the fumetto held up remarkably well on a public library photocopier with scan capabilities. So I need to go back and redo it in sequence, I guess, today I only scanned the ones I didn't already have jpgs for and JD added some more, that was also in the batch he sent.

Many many thanks, you folks have been great about this. Once I have a decent pdf with all the GIMP stuff I'll let people here know, and find a way to get it to those who want it. Lucifera Aug Tuesday, 10 June Thank you Margot for wonderful reply post about my question.

Just being thoughtful that Amy gets nice and toasted for that cold night air she could catch a cold if the burning her up scene too short. Great call that this burning was done at night.

Can't wait until the release. Lucifera June Happy Birthday Ralphus Dear! The manacles on today's pic might be too loose to do much of a job, don't you think? No hurry blowing out the candles in this cake.

Pics just don't do her justice! I did a tracer for the package I sent you for your Birthday. Unfortunately it came back as opened and empty prior to destination. Happy Birthday to Youuuuuuu!

Happy Birthday, Dear Ralphusss! Happy Birthday to You Happy Birthday to you. I just want to add a Happy Birthday to Ralphus! So I thought a picture of one of the spiritual forebears of the movie Ralphus unwrapping his own present Agree that Candle is a fantastic model.

I've shot with her several times and she's always fun to work with. And the camera loves her. Wednesday, 11 June Hope you had a happy birthday, Ralphus! May you have many more. I realize that I missed your birthday by nineteen minutes, but I've spent all day trying to get my online working.

After all those months of reading the forum on my cell phone what a delight to see full pages of beautiful ladies. Obviously Rick Masters and Ann Hesketh must do a movie together. My roommate and I recently viewed the original and the remake and here is my take on it.

It's a feminist revenge film, of course. The original is better at showing the girl's horror, the second is better at showing the unique torture of the men. So, from this feminist I propose this.

Another film, with the first half pretty much the same. One is crucified to the church steeple, another is tied to the front of an ATV and driven thru the woods and off a cliff into quicksand, the third is roasted on her guy's backyard barbecue.

Then the guys go after the avenger's sorority sisters. Hope you had a great time! This is what happens to those who forget Birthday de Ralphus. All the best for another great year!

From one 'sick bastard' to another!!! Seeing the pictures from the "24" torture scene, I had a kind of 'deja-vu', because I'm currently working on a scene, that seems to be very similar.

Unfortunately I have to wait for the video until it is available here in Germany - and then it will be censored most likely Maybe I will try my own video with it Please keep this picture in this group - the story hasn't started yet on my website PPS Happy birthday, Ralphus.

This was an Italian series of photostories. In each of these stories, women in various states of undress got tortured, and some times met their maker.

Has anyone got any of those? Could you scan and load some of these stories? Canadian or was it MAV? I'll be sure to make my quick review of Gigas "Silence of the Wolves" tomorrow. Sorry I haven't done already I'll say now in quick summary though I'm not the best choice for reviewer of the film May the manacles of your rack never rust, and your jumper cables never lose their grip.

I just really wanted to say Happy Birthday to you and to wish you the very very best! Dick Napalm, The Bunny Bound artist, is very excited to hear about the new ZFX movie coming out this Friday and he says that he is going to purchase the download the day it is released!

Hopefully it will get him motivated to get the Bunny Bound site back in business! Thanks for the update on Silence of the Wolves. While I recognize it's the type of film that might appeal to me more than you, I'm looking forward to your review all the same.

Example system design based on Freescale's C29x. High-performance crypto coprocessors from Freescale, Cavium, and Intel. For its achievements in replacing conventional clock-signal trees with a resonant clock mesh and easing the design of high-performance chips, Cyclos nets The Linley Group's Analysts' Choice Award for the best new microprocessor-related technology of High-speed processors impose many design challenges, not the least being the rising power consumption of complex clock trees.

Essential for uniform timing, these circuits have numerous branches that carry clock signals to every nook and cranny of a chip. But as processors get faster and more complex, clock trees struggle to keep up and can account for one-third of the chip's power consumption.

The leading alternative, especially for processors exceeding 2. Cyclos reduces power consumption in clock meshes by connecting them with integrated inductors to form resonant LC oscillators.

Lawyers dream of rewriting landmark court rulings. Engineers dream of redesigning microprocessor architectures. But such opportunities are so rare that few practitioners ever get a chance to make such fundamental changes.

Starting in, some lucky engineers at ARM got that chance. Nevertheless, they got a once-in-a-lifetime opportunity to overhaul an architecture that remains quite serviceable but has some crufty features that impair performance.

Since we first covered ARMv8 last year, the company has released much more documentation, allowing a more thorough analysis. Although ARM's tardiness in moving to 64 bits has undoubtedly cost the company some opportunities, ARMv8 is an extensive revision, and the delay has allowed ARM's architects to learn from other companies' experience and mistakes.

ARMv8's privileged-execution model in AArch ARMv8's bit memory map. ARMv8's optional cryptography instructions. These tiny chips squash the list price of bit MCUs to as little as 39 cents each in 10,unit volumes.

It seems impossible that a bit MCU could cost so little and function with only eight pins. But then, no other processors can match the credentials of Texas Instruments' new KeyStone chips: Just about the only thing TI left out is cellular-baseband acceleration, distinguishing these chips from the company's KeyStone II base-station processors.

Broadcom is also sampling six newly announced processors: Note that some of these chips have the same names as previous XLP chips fabricated in 40nm technology. All the new XLP II processors are single - or dual-core chips with one to eight threads and a target clock frequency of 2.

But at 12MHz, it uses only 2. The key to prolonging battery life is to sleep as much as possible, then quickly wake up and do a brief burst of work before slumbering again.

In deep sleep, only the real-time clock RTC remains awake. It can supervise simple tasks without disturbing the CPU, because the peripherals have some autonomy. Whereas Fujitsu's tenth-generation Sparc64 X design emphasizes per-thread throughput, Oracle's Sparc T5 excels at multichip scaling.

This article focuses on Fujitsu's processor, for which more information is available. Oracle was more reticent but did reveal some new features. These companies are the only remaining developers of high-performance SPARC processors and are their own biggest customers.

Fujitsu Sparc64 X die photo. Sparc64 X instruction pipeline. Sparc64 X multichip interconnects. Oracle's Sparc T5 multichip configuration. DesignArt's 4G base-station processors surpass Qualcomm's existing 3G femtocell products by offering much higher data rates and user capacities.

In addition, Qualcomm gains DesignArt's important wireless-backhaul technology and a respected engineering team. DesignArt is an Israeli fabless semiconductor company founded in Well, not quite, but it seems that way.

The latest chips to come within ARM's reach are Freescale's market-leading QorIQ communications processors, which are also the best-selling flag bearers of the Power Architecture.

Freescale's Layerscape chip-level architecture. Freescale Targets Smaller Cells [Brief Item] Integrated processors for wireless base stations continue to proliferate. These chips are pin compatible and the first Freescale products to sample in 28nm HPM technology.

Samples are due in 3Q12, with production scheduled for 2H First, China wants to standardize on a single instruction-set architecture for all future government-sponsored projects. These events lead me to suggest that the Chinese government or one of its semiprivate entities should acquire MIPS.

But when judged purely as a business and technology proposition, the deal makes more sense than many other scenarios. The latest additions are the quad-core P, which has twice as many CPU cores as previous P5-series chips, and the dual-core P, which improves on the existing P Both new processors also add more Ethernet controllers and raise the maximum clock speed of their Power e CPU cores to 2.

Having twice as many CPUs as the existing P, the P bolsters Freescale's offerings for control processing and will improve the company's competitive stance against Intel's new Ivy Bridge embedded processors.

Freescale QorIQ P block diagram. Parallelism for the Masses Intel's "River Trail" Adds Easy Parallel Processing to JavaScript Unlocking the parallelism of multicore processors has vexed the industry since the first such chips burst onto the scene in With a project code-named River Trail, Intel Labs is taking a refreshingly different approach.

Intel's proposed JavaScript extension is so abstract that programmers need know nothing about the system's hardware. At run time, the web browser's modified JavaScript engine automatically discovers and adapts to any parallel-processing resources available.

It can use the CPU's vector-arithmetic instructions, multiple CPU cores per chip, multiple threads per core, and multiple processors per system. The latest experimental version can even assign tasks to some integrated GPUs.

River Trail demo screen. Parallelism with River Trail. One purpose for dual-band operation is to support the future Another dual-band scenario is a single client transmitting 2.

The multicore chips with dual ARM cores can independently run high-level application code and low-level control code. One multicore Vybrid chip can replace at least two separate chips while keeping software development on a common bit ARM platform.

But the new chip aims significantly higher, and system designers can link multiple chips together to build even larger base stations. TI's KeyStone integrated base-station processors. Chips eliminated from a conventional base station design.

Key parameters of integrated base-station processors: By skipping the tedious steps of translating marketing concepts into gate-level logic, the new PowerSynth tool makes design engineers obsolete and allows anyone to be a CPU architect.

PowerSynth uses patented artificial-intelligence algorithms to generate production-ready logic from common PowerPoint drawing objects. Typical SoC blockhead diagram. The B will bring CPU-DSP integration to large cellular base stations and is among the company's first chips manufactured in 28nm technology.

Two contrasting designs for LTE macrocell base stations. Key features of high-performance DSP cores: Freescale's QorIQ Qonverge family: An instruction set composed almost entirely of bit instructions.

Are we in the disco days of the s? Nope, it's, and ARM is introducing a new bit CPU core that plumbs the depths of simplicity and low power consumption.

Even by RISC standards, a bit design can't get much simpler than this. Although it uses less power than a Cortex-M0, it wears a plus sign instead of a minus because it adds features.

The T is a highly integrated design with 12 CPU cores arranged in three quad-core clusters. By contrast, the biggest existing QorIQ design is the eight-core P Moreover, the T debuts Freescale's new bit Power e dual-threaded CPU core, whereas the P uses the bit Power emc single-threaded core.

The new CPU, apart from other features, ensures that the T will be a much more powerful processor. QorIQ T multithreading performance. Power e CPU cluster. Wireless Wants to Wallop Wires Emerging The draft specification is close enough to final that companies like Broadcom, Quantenna, and Redpine Signals are already introducing the first The big news about We've heard such claims before, but Comparison of antenna technologies: Data rates for Broadcom's BCM43xx transceiver chips for Nevertheless, the design win helps establish Armada as an up-and-coming product line for smart TVs, Blu-ray players, and advanced set-top boxes.

Our pick for Although engineers have been working for years on the concept of three-dimensional ICs, new developments in virtually guarantee that stacked-memory devices are finally on their way to commercial production in the near future.

Other technologies we considered for this award are noteworthy, too. We nominated four candidates from Intel: The first commercial devices will stack four DRAM die connected using through-silicon vias.

This asymmetric or heterogeneous multicore design combines the high performance of application processors with the real-time response of microcontrollers.

The new chips can be considered application-class SoCs with real-time credentials or bit MCUs with application aspirations. By contrast, ARM's Big. Little strategy integrates a Cortex-A15 "big" core with a Cortex-A7 "little" core and is designed to save power in mobile application processors.

Freescale AeMPU simplified block diagram. In fact, they probably are derived from last year's smartphone processors. And if Xilinx prepares to send a man to Mars, Altera will start building rockets.

The two leading FPGA vendors are that competitive. So it's no surprise that Altera has announced its answer to Xilinx's Zynq chips, which are customizable SoCs that integrate ARM Cortex-A9 cores and hard peripherals with programmable logic.

But Altera isn't a copycat, because both companies are hearing the same pleas from customers and are building on experience with similar products introduced more than a decade ago.

To keep the heat on rivals like Cavium, Freescale, and Intel, NetLogic must keep its transition to a new product line and 28nm technology on schedule. NetLogic's Interchip Coherency Interface supports four - and eight-chip memory-coherent clusters.

The STM32 F4 series includes four basic designs with various integrated peripherals. Prototype chips are promising enough that commercial products may be only a few years away.

If Intel can overcome the reliability and manufacturing challenges, microprocessors using this technology will come close to achieving their maximum theoretical power-performance efficiency. In, researchers theorized that the lowest possible operating voltage for a CMOS circuit is 36mV, which some experiments have approached.

Although the experimental design exploits both instruction-level and data-level parallelism, the key to good performance scaling appears to be fine-grained thread-level parallelism.

This design requires programmers to explicitly create threads, but a dynamic thread manager supervises their execution, allowing a program to spawn more threads than the processor can execute at once.

To reduce the overhead of managing so many threads, the processor needs a hardware-accelerated synchronizer that eliminates deadlocks. Those are some early results of the Godson-T research project, a government-funded endeavor at the Institute of Computing Technology Chinese Academy of Sciences in Beijing.

Godson-T CPU-level block diagram. Godson-T chip-level block diagram. Godson-T simulation benchmark results. This processor will add hundreds of new instructions, including a set called Advanced Vector Extensions 2.

Also coming in Haswell are 96 fused multiply-add FMA instructions with a new three-operand format FMA3 , plus 16 new general-purpose instructions. All together, these "Haswell new instructions," as Intel calls them, herald the biggest xarchitecture expansion in years.

And even before Haswell, Intel will introduce seven new instructions with a processor code-named Ivy Bridge in Summary of Intel's recent and future x86 extensions. Ivy Bridge new instructions.

Haswell's new FMA instructions. Haswell's new general-purpose instructions. Intel Shows MIC Progress [Brief Item] Intel has demonstrated early hardware and software developed for its evolving manycore processors, which aim to expand the x86 architecture's dominance in supercomputers and high-performance computing.

Aubrey Isle die photo with overlay. Scheduled to begin sampling early next year, the AMP Advanced Multiprocessing series will debut with Freescale's first multithreaded CPU core, up to a dozen CPUs per chip, higher clock frequencies, faster offload engines, resurrected AltiVec extensions, and other goodies.

For control-plane processing, future T5-series chips with six CPUs will aim for clock speeds as high as 2. The company says its PowerShrink technology requires only minor modifications to existing bulk-CMOS processes and adds little cost, beyond licensing.

Although these claims naturally arouse skepticism, SuVolta has successfully produced SRAM test chips in 65nm and 28nm technology, and PowerShrink has been adopted by a major customer: Although intended primarily for notebook PCs and entry-level desktops, the company's new Nano QuadCore processor may also find its way into high-performance embedded systems and power-efficient servers.

Following a trend set by AMD and Intel, Via's first quad-core device combines two dual-core die in a single package. The pin multichip package NanoBGA2 is 21mm square, and it maintains pin compatibility with Nano X2 and several other Via processors: Intel refers to its FinFETs as tri-gate transistors and touts them as the first true three-dimensional devices built on planar integrated circuits.

Don't confuse these "3D" transistors with 3D transistor stacking, an entirely different technology that builds transistors in multiple layers. Instead, a FinFET rises above the flat silicon substrate, creating a 3D gate structure that has much more volume than a planar gate while squeezing into approximately the same horizontal space.

Gate-delay characteristics of FinFET and planar transistors. The company has also produced test chips in 28nm CMOS. Branded Itera, the new memory is licensed as intellectual property IP to chip designers.

It will be available for 55nm and 65nm processes in 3Q11 and for 28nm processes in 4Q Block sizes range from 32 bits to 1Mb, and write endurance ranges from to 1, cycles. Packet-throughput performance doubles to 80Gbps, easily outrunning other multicore embedded processors.

The bit XLP is designed primarily for data-plane processing in large routers, security appliances, storage subsystems, next-generation cellular networks, and other communications equipment.

At its fastest target clock frequency of 2. Key parameters for high-end network processors from Cavium, Freescale, and NetLogic. For the first time, metal-gate transistors are broadly available to chip designers, allowing them to create higher-performance microprocessors that can still occupy less silicon and consume less power.

This nanoscale application of metallurgy has been touted as the biggest advance in electronics since the invention of planar integrated circuits. As usual, Intel got there first.

In, Intel introduced the first microprocessors built in its new 45nm high - k metal-gate HKMG process. The rest of the semiconductor industry has been waiting four years for the same technology.

Chip shrinkage, 90nm to 28nm. Transistor evolution, nm to 28nm. One such idea is embedding a hardened CPU core in a programmable logic device. Now, Xilinx is trying again.

On March 1, the company announced the first products in its Zynq Extensible Processing Platform, foreshadowed last year in a joint announcement with ARM. TI Accelerates Video Processors [Brief Item] Texas Instruments TI has announced six DaVinci digital-media processors with faster video accelerators and higher integration, allowing a single chip to replace eight or more chips in some cases.

All the new processors unite at least one HD-video accelerator with an ARM Cortex-A8 CPU core and a TI Cx-series DSP, aiming for higher-end video applications such as surveillance systems, multiscreen videoconferencing, professional broadcasting, digital signage, and medical imaging.

Lower-power versions of the chips are also suitable for some consumer electronics. Both are designed for single - or dual-core implementations. Cortex-R7 is a radical departure from the norm: It's a dual-issue superscalar machine with an stage integer pipeline, instruction reordering, speculative execution, and optional symmetric multiprocessing.

ARM Cortex-R7 block diagram. Multicore coherence with Cortex-R5 and Cortex-R7. Although NetLogic disclosed basic information about the XLP during a large rollout of XLP processors last summer, the company didn't announce these variations at that time.

As smartphones, tablets, e-readers, and other mobile devices supersede PCs in the minds and pocketbooks of consumers, SoCs with licensable CPU architectures are emerging as the dominant species of microprocessor.

This year-end review article summarizes events in related to licensable embedded-processor cores and considers likely developments in Instead of building expensive six-transistor 6T or eight-transistor 8T SRAM cells in a logic process to accommodate the processor, Venray is moving the processor to commodity-DRAM processes, whose 1T memory cells are cheaper to manufacture and less leaky.

Venray's Aurora test chip. Block diagram of Venray's "Shirtbook" tablet. The new Atom EC series previously known as Stellarton is suitable for some low-volume embedded applications that need to wrap an x86 processor in application-specific logic.

For one, Fusion processors for desktop PCs aren't ready yet. Wait until next year. Second, the new processors aren't only for netbooks. If OEM customers want to use these low-power processors to build large-screen notebooks or even desktop PCs, AMD is happy to sell them the chips, no strings attached.

And third, despite the hype over smartphones and tablets, netbooks remain a profitable market segment in which AMD has no presence whatsoever. AMD Fusion block diagram.

AMD's first Fusion processors. Target applications include small-business routers, network-attached storage NAS controllers, digital-video surveillance systems, and industrial control-area networks.

Today, Cavium announced four new series in the bit Octeon II family, populating a product line that now spans an unprecedented range from 1 to 32 CPU cores per chip. The new brood fills the low-end to midrange Octeon II line, leaving no significant gaps.

Cavium's Octeon II family. Key parameters for Cavium's Octeon II family. Comparison of midrange networking processors. Comparison of low-end networking processors. Now, Altera is again using embedded CPUs as bait to lure the industry toward reconfigurable logic.

These choices span a broader range of implementation options than ever before. Developers will be able to choose a hard core the foundry builds the CPU in fixed logic on the same die as the programmable fabric, soft cores developers compile a synthesizable CPU for the fabric at design time, and the Intel multichip module which pairs an Atom processor with an Altera FPGA.

The licensable K is a fully synthesizable core, is portable to any foundry, and is available now. MIPS32 K pipeline diagram. Within a few years, the Chinese hope, an all-native machine will rule the Top list of the world's biggest iron.

Three new Godson chips are in development. Godson-3C will be the fastest new member of the family, as well as the most sophisticated Chinese microprocessor yet disclosed.

A third new chip, Godson-2H, is a smaller single-core design with integrated GPU, memory controller, and peripheral controllers. Intended for low-cost PCs, netbooks, and embedded systems, Godson-2H will also be manufactured in 65nm and is slated for production in 2H Milestones of Godson evolution.

Godson GSV block diagram. Extending DPAA to the lower-priced chips allows software developers to use the same code, tools, drivers, frameworks, and application programming interfaces APIs across the whole QorIQ family.

New processors in Freescale's QorIQ family. Atom has almost totally eclipsed Via Technologies' Centaur processors, which pioneered the concept of a smaller and simpler x Athlon Neo runs much hotter than Atom, and AMD's other x86 processors are optimized for high performance in servers, desktops, and mainstream notebooks.

Now, AMD is clawing back. Its newest CPU core, code-named Bobcat, should beat Atom in single-thread performance at similar subwatt power levels. AMD Bobcat block diagram. Its new Opteron server processors are intended for cloud-computing data centers that buy servers by the truckload.

Although they can't match Xeon's most power-efficient models, they offer a less expensive alternative while still going easy on the electricity. In all, AMD has introduced nine new Opteron processors.

AMD Opteron and Opteron block diagrams. Key parameters for AMD's new series server processors. Comparison of low-priced versions of Opteron and Xeon. Nine new chips are scheduled to sample this fall, each with the four-way multithreading and four-issue superscalar features of the previously announced eight-core XLP The new chips have one, two, four, or eight CPUs.

At the high end of the family, the previously announced eight-core XLP will be joined by another eight-core chip, the XLP These two chips, which are designed for network infrastructure, scale from 10Gbps to Gbps.

Multithreading and superscalar execution in NetLogic's EC NetLogic XLP block diagram. NetLogic's interchip interface ICI. Free link to this article PDF: Tier Logic has operational samples of its first programmable-logic chips and has already taken orders from early customers.

The company had planned to begin production by the end of this quarter. New Networking Chips Will Exceed 2. Although Freescale will continue making bit processors for years to come, its new P5-series chips in the QorIQ family will introduce a bit Power Architecture core, which is capable of multigigahertz clock speeds.

Freescale Semiconductor's QorIQ family. Called Gusto, it's licensed as process-portable intellectual property IP. It's large enough to store boot code and system firmware, rather than just code patches, configuration code, and trim settings for analog components.

In addition, Kilopass claims Gusto reads memory two to four times faster, cuts active power consumption by an order of magnitude, and slashes current leakage in standby mode by a factor of Two-transistor antifuse bit cell.

Antifuse bit-cell circuit diagrams. Electron micrograph of a Kilopass 2T antifuse bit cell at 40nm. XPM versus Gusto area comparison. Integration comparison of two hypothetical smartphones.

Comparison of nonvolatile-memory NVM technologies. Intel Adapts Larrabee for HPC [Brief Item] Intel's troubled manycore-processor project is steering away from discrete 3D graphics in favor of high-performance computing HPC, mainly for scientific and engineering applications.

It's a wise maneuver that will salvage Intel's investment in the Larrabee project, and the new direction is better suited to Intel's experience and expertise. But it won't avoid a collision with Nvidia, which is surging into the same market.

The xbased family of GPUs code-named Larrabee will spawn a new family of manycore processors code-named Knights. Both Larrabee and Knights can integrate dozens of x86 processor cores on a single chip.

The platform is intended for high-end smartphones, tablet computers, and the handheld computing devices that Intel formerly called mobile Internet devices, or MIDs. It will compete with processors designed for trendy products like the Apple iPhone, Nexus One, and Nokia N, but probably not with more-integrated processors designed for mainstream smartphones, like the Blackberry Bold and Blackberry Curve.

Menlow versus Moorestown integration. Die-photo comparison of Lincroft versus Silverthorne. Thermal images of Lincroft in two different power states. Forecast of smartphone processor shipments from to Power states for systems built with Intel's Moorestown chip set.

Estimated battery life of a Moorestown smartphone. Comparison of Intel's Moorestown with leading smartphone processors from Texas Instruments and Qualcomm. Moorestown Goes Embedded Sidebar: Decoding Intel's Code Names Editorial: Smartphone Spectrum Disorder Broadcast television in America, once described as a vast wasteland, now looks more like prime real estate.

Or rather, the radio-frequency spectrum that broadcast TV occupies is the suddenly valuable property. So valuable that some people in the telecommunications industry want to seize all that RF spectrum for wireless telephony and banish terrestrial TV broadcasting to the dustbin of history.

However, the real issue isn't the alleged obsolescence of broadcast TV. The wireless telcos and handset vendors are painting a marvelous vision of the future in which everyone carries a wireless device that delivers a dazzling array of features and services.

Unfortunately, there isn't enough spectrum available to make the vision come true. To differentiate its products and justify their higher prices, Apple must do more than wrap trend-setting industrial design and slick system software around other suppliers' standard parts.

By developing custom SoCs and embedded-processor cores, Apple is assuming more risk, but the potential payoffs are great: Now, Apple is absorbing Intrinsity, a small Austin-based company that sells embedded-processor cores, circuit-design tools, design services, and innovative intellectual property.

It's based on a 1. ARM Cortex-M4 block diagram. With these devices, the third spatial dimension exists for only a split-second slice of time. Tabula's devices can completely reconfigure their fabrics up to 1.

That's about one million times faster than conventional FPGAs. Rapid reconfiguration makes the physical fabric seem much larger than it really is. Tabula's first-generation chips can reuse the same physical gates for as many as eight different functions.

By rapidly reconfiguring the fabric, each physical gate can perform up to eight different functions. Tabula uses time to emulate the third spatial dimension, making one fabric seem like eight fabrics stacked together.

Each configuration is called a "fold" because it folds time into space. Tabula uses transparent latches as "time vias" to pass signals forward in time from one fold fabric configuration to another.

In a Tabula chip, time isn't linear. It's an endless loop, because the last fold wraps around to the first fold. The virtual stack is really a torus. Tabula's first-generation devices run at 1.

As chip-fabrication technology improves, Tabula's 3PLDs may derive greater benefits from Moore's law. Faster clock speeds allow Tabula to add more folds to its virtual 3D fabric. This has implications for interconnects, as well as for gate density.

Although Tabula's chips use single-ported SRAM instead of dual-ported SRAM for user memory, different function blocks can independently access the same memory during each fold.

Physical layout of logic tiles in a Tabula 3PLD. Ellen Clements It is with great sadness that we report the passing of our longtime colleague, Ellen Clements. Few readers of Microprocessor Report are familiar with Ellen, because her name didn't appear in the newsletter.

Yet, for 17 years, Ellen was one of the people who worked behind the scenes to ensure its quality. As far as anyone can remember, Ellen was the only copy editor in the year history of Microprocessor Report.

She began editing the newsletter in, six years after it was founded by Michael Slater in As a freelance contractor, Ellen edited every article for grammar, spelling, and style.

She also maintained our in-house style guide. Ellen had a long career in Silicon Valley as an editor, ghost writer, editorial consultant, and industry analyst. She entered the field in as an analyst for Dataquest, covering minicomputers and printers.

In addition to copy editing for Microprocessor Report, she worked with many other clients. Her academic background was eclectic. She did graduate work in sociology, anthropology, and linguistics at New York University, followed by additional study in German at the University of Vienna.

Ellen was an extrovert, an excellent conversationalist, a dreamer, and a romantic in the European sense. She loved opera and Shakespeare. Ellen's passing was sudden and unexpected. She was working until her last day.

In-Stat and the staff of Microprocessor Report offer our condolences to her family and especially to her surviving son and daughter, Duncan and Amanda. Ellen, we will miss you. In late January, hundreds of customers, industry analysts, and reporters gathered at Oracle's headquarters in Redwood Shores, California, to hear Oracle and former Sun executives describe their plans for the merged company.

To be sure, the presentations were glossy and often lacked detail. However, the following messages were clear: Sun will not be drastically downsized in a quest for quick profits; Oracle is reinvesting in Sun's key product lines, including SPARC, Solaris, and Java; and Sun's hardware completes Oracle's evolution into a vertically integrated enterprise-technology company, much like IBM in the s.

Oracle didn't acquire Sun solely for the software, as some observers speculated. Of course, chip designers can use any processor cores for this purpose, but only a few cores have the built-in features, coherency control, and coherent debugging that make SMP easier to implement.

All these cores are licensable bit embedded processors supporting two-, three-, or four-way SMP with coherent memory systems. Top speed exceeds 2. This is one of the most complex bit embedded-processor cores yet seen.

All these bit licensable embedded-processor cores are designed for coherent symmetric multiprocessing. The trend of replacing 8- and bit microcontrollers with faster bit devices has processor vendors rushing to shrink their cores to tinier dimensions.

The smaller the core, the smaller the compromise in power consumption and cost when developers leave their 8- and bit chips behind. The latest entry in this race is the ARC Two closely related microarchitectures form the basis of the ARC microprocessor product line.

Sure, artificial environments are beguiling, whether they are created for videogames World of Warcraft, virtual worlds Second Life, Hollywood blockbusters Avatar, or professional training flight simulators.

But now, virtual reality is looking like a stepping stone toward a grander concept: Augmented reality combines some features of virtual reality with actual reality. It can overlay a live view of the real world with computer-generated graphics or textual information, building an enhanced version of reality that's easier to interpret or navigate.

Sometimes, augmented reality fabricates astonishing illusions that are entertaining as well as informative. Eventually, actual reality may come to seem drab, confusing, even dangerous.

Google Goggles can identify books and paintings photographed with an Android smartphone camera. Google Goggles can identify places of interest in live video images captured with an Android smartphone.

Since the s, AMD and Intel have been marketing their microprocessors directly to consumers, using strategies that resemble the mass marketing of automobiles, fast food, laundry detergent, and other consumer products.

But it wasn't always that way. In the s, the idea seemed as silly as marketing capacitors to the general public. The transition of microprocessors from anonymous electronic components to consumer products is a fascinating study that was the subject of a recent discussion panel at the Computer History Museum in Silicon Valley.

But it's not just a history lesson. The coming collision between ARM and Intel in smartphones could be the force that brings PC-style microprocessor marketing to this new frontier. A discussion about microprocessor marketing at the Computer History Museum brought together five panelists: Claude Leglise was Intel's marketing manager for all x86 processors from the to the Melissa Rey was a marketing communications manager at Intel who promoted all the x86 processors from the to the Dave House, a former Intel senior vice president, helped run Intel's microprocessor business from to Jack Browne was the marketing manager for Motorola's high-end microprocessors from to In addition to having new features, they are generally smaller and faster than their predecessors and use less power when fabricated in the same CMOS process.

The Xtensa 8 core is the smallest base configuration of Tensilica's Xtensa architecture and is intended primarily for bit microcontrollers. The Xtensa LX3 is much more configurable than Xtensa 8 and is intended primarily for data-plane processing and signal processing.

Tensilica's DSP product line. New asynchronous bus bridge for the Xtensa LX3. Tensilica Xtensa LX3 block diagram. Performance comparison, Xtensa LX3 vs. Tensilica's Xtensa LX3 performance estimates, assuming two different fabrication processes, core configurations, and design flows.

M14K processor flash-memory accelerator. In a single-core configuration, it's small enough for workhorse microcontrollers, but a four-horse team of them can haul much bigger loads.

Although it's smaller and slower than the Cortex-A8 or Cortex-A9 MPCore, it supports coherent multiprocessing with up to four cores, as well as uniprocessor configurations.

ARM Cortex-A5 block diagram. ARM Cortex-A5 trial layout. ARM Cortex-A5 quad-core block diagram. Fermi processors will continue to shoulder the graphics workloads in PCs, but they are taking the largest step yet toward becoming equal-partner coprocessors with CPUs.

Double-precision floating-point performance is eight times faster than Nvidia's previous generation. With numerous additional improvements, Fermi significantly advances the state of the art in this field.

CUDA multithreading in the Fermi architecture. Fermi architecture block diagram. Memory allocation with CUDA. CUDA kernels are modified versions of conventional functions written in C.

G80, GT, and Fermi. Free link to white paper from which this article was adapted: Looking Beyond Graphics Editorial: Picoprojectors Hit the Mainstream Another future has arrived.

Although picoprojector modules began appearing in small presentation projectors and other specialized devices, the technology hadn't quite hit the consumer mainstream. Then, in August, Nikon revealed the world's first digital camera with a built-in projector.

Eventually, picoprojectors will replace bulky video projectors and will liberate portable video from the confining dimensions of tiny LCDs. More important, picoprojectors will allow inventors to create new products we haven't dreamed of yet.

First, Intel has acquired Cilk Arts and RapidMind, two small but brainy companies specializing in development tools for parallel programming. Second, Virage Logic is buying ARC International, which will alter the competitive landscape for licensable embedded-processor cores.

All these moves are further evidence that forward-thinking companies are taking advantage of recessionary prices to strengthen their positions for recovery. Virage Logic's bid for ARC will add synthesizable microprocessor cores and configurable-processor technology to its growing portfolio of licensable intellectual property IP.

But investors and financial analysts are watching the lower prices of Intel processors and worry that Atom will cannibalize Intel's most lucrative line of business. Their worries aren't entirely unfounded.

Never has the price difference between Intel's low-end and high-end PC processors been so wide and the performance difference so narrow. But the new markets offer tremendous opportunities for growth, so Intel must pursue them, even at the risk of price erosion.

ConnX BBE has provisions for multicore designs and is suitable for infrastructure equipment as well as for next-generation cellphones. ConnX Baseband Engine block diagram.

Input chain of an LTE radio baseband. Only five months ago, Texas Instruments announced a 1. Now Intrinsity is unveiling a 1. Intrinsity's new core, code-named Hummingbird, is functionally identical to a Cortex-A8 implemented in standard-cell static logic.

Intrinsity says Hummingbird can reach 1. It could exceed that clock frequency in a faster but leakier 45nm-GP process. Intrinsity Fast14 design flow. Estimated Cortex-A8 performance in different implementations and fabrication processes.

Although ICT is a government-owned academic and research institution, the MIPS licenses are full-fledged commercial contracts, not the limited academic licenses usually granted to universities. Tough Times Bring Change Recessions and depressions are national or global in scope, like epidemics and pandemics.

But among individuals, the experience varies. Most people don't lose their jobs in an economic downturn or get sick when a disease breaks out. In tough times, wealth and health accrue even more value.

For people who didn't lose their money in the s, the Great Depression was the Great Opportunity. The same is true of today's Great Recession. Here's an analysis of recent changes in the semiconductor industry that were accelerated, if not wholly caused, by the recession.

Wind River's first-quarter revenue bookings, by market category. It isn't a substitute for the EEMBC suites, which remain a more sophisticated and comprehensive way of measuring performance.

But CoreMark is free, portable, easy to use, and yields a single score that's easy to grasp. Can it finally retire the ancient Dhrystone benchmark? After some quick-and-dirty testing, Microprocessor Report found CoreMark to be a major improvement.

CoreMark instruction profile Power Architecture. CoreMark instruction profile x A recent Wall Street Journal article alarmed critics, but Apple has good reasons for hiring more chip designers.

Apple is a consumer-electronics company, not just a computer company, and custom SoCs are crucial to Apple's strategy. On June 29, , early adopters besieged Apple Stores to buy the first iPhone.

To create this kind of frenzy, Apple must differentiate its products from those of competitors. Apple revenues, Q1 All those little iPods add up. Apple's iPod unit sales, Today, the iPod so dominates the audio market that it's easy to forget Apple wasn't the first to ship an MP3 player.

Despite a late and relatively slow start, the iPod soared to popularity. Some CPU architects strive to design smaller and smaller microprocessor cores, bucking the trend toward larger processors.

In the Lilliputian world of microcontrollers and deeply embedded systems, smaller is definitely better. Cortus APS3 block diagram. Cortus APS3 coprocessor interface. Cambridge Consultants XAP5a block diagram.

Tensilica Diamond Standard Micro block diagram. Depends Who's Counting Sidebar Table: Estimated gate counts when implementing the Cortus APS3 processor core in different fabrication processes.

Meanwhile, hard-pressed programmers are tackling the job by hand. Now their task will be a little easier. CriticalBlue has introduced Prism, a code-analysis tool that helps developers extract thread-level and system-level parallelism from legacy programs written in sequential code.

After running the target program in a software simulator that captures dynamic trace data, developers can use Prism to analyze the results in numerous ways. Most important, Prism helps developers explore various what-if scenarios so they can make intelligent decisions before rewriting any code.

Prism analyzes dynamic trace information to identify three classic types of data dependencies. Finding data dependencies with Prism. Analyzing source code with Prism.

A multithreaded data-flow graph in Prism. After the programmer forced some data-dependent operations to execute serially, Prism's data-flow graph shows all data flowing forward in time. Software developers can quickly add or subtract processor cores to test a program with different multicore configurations.

This composite of two cropped screen photos shows the results of forcing a function to run in parallel threads on a quad-core processor. Prism's hot-spot finder detail. Prism's function-call graph detail.

Free link to this article: Going Parallel With Prism Editorial: And that comparison doesn't even add the cost of processing the film. But therein lies a paradox.

Eventually, this trend will drive memory cards into obsolescence before film. Can you spot the soon-to-be-obsolete image-recording medium in this picture? Don't be too quick with your answer.

For Intel, it's the first step toward x86 licensing since the s, when the company sold second-source licenses to AMD and other suppliers. Intel wants to push the x86 architecture into smartphones and other low-power embedded systems, which ARM dominates.

Although Intel isn't close to adopting a licensing model as open as ARM's, this is still a big step for a company that guards the x86 like a family heirloom.

Announced February 23, it's a bit synthesizable processor core for microcontrollers and deeply embedded applications. The Cortex-M0's minimum usable configuration is a mere 12, gates.

To put that in perspective: Anything tinier is probably an 8- or bit processor. ARM Cortex-M0 instruction set. ARM Cortex-M0 block diagram. Low-power state retention in the Cortex-M0.

Four bit ARM processor cores suitable for microcontrollers and deeply embedded applications: ARM Cortex-M0 configuration options. All became more famous than the products of which they are parts, says a Harvard Business School professor.

These lessons and others are part of a case study that Professor Richard S. Tedlow teaches at Harvard Business School. However, Microprocessor Report has a few quibbles with his analysis, mainly because it doesn't go far enough.

And it isn't a matter of mere historical interest. We think the changes wrought by the are more relevant now than ever. As AMD struggles for survival, and after all known startups working on xcompatible processors have crashed, Intel is nearer to capturing a worldwide monopoly of PC processors today than it was 23 years ago.

In the s, eight-bit CPU architectures like the were big sellers, especially in home computers from Apple, Atari, and Commodore. AMD's evolving role as an alterative source for x86 processors since Designing the Intel Sidebar: Dave House was general manager of Intel's Microcomputer Group in Can Detroit Emulate Intel?

More Computers, Less Security As personal computers proliferate, malicious hackers have more targets. But we're so bombarded with warnings about anonymous attacks coming from the Internet that it's easy to overlook the potential threats closer to home.

Can everyone who handles it be trusted? My recent experience with a repair shop shows that we cannot. This download log reveals that my computer was misused by a repair technician.

Surviving the Busted Bubble Economy At Microprocessor Report, we are primarily technology analysts, not market analysts, so we don't make economic forecasts. Our fellow In-Stat analysts are not so lucky.

Even the world's top economists have been rocked by the Wall Street meltdowns, government bailouts, and financial upheavals of recent months. It's difficult to anticipate what will happen a few weeks from now, much less months or years in the future.

Unfortunately, many people believe our now collapsed bubble economy was a normal economy. As a result, they define recovery as the restoration of bubble-level business activity.

This misconception is understandable for younger folks who have known nothing but bubbles. However, even some older people have forgotten what a normal-growth economy looks like. It's time for an attitude adjustment.

As users download this driver, the installed base of Stream-capable systems could swell to more than two million PCs. Before, users had to download and install the free ATI Stream runtime separately.

All are software-development platforms for parallel processing. PeakStream's products went off the market after Google acquired the company in This article analyzes ATI Stream. ATI Stream programming model.

Starting now, Freescale is offering design services to customers that want a custom SoC. Freescale will offer intellectual property IP for the chip, will design the chip, and will manufacture the chip.

The customer provides a design specification and money. At first glance, it looks as if Freescale is merely launching a design-services business, just one more design house among many.

But there's a catch. Unlike most design houses, Freescale has little interest in making SoCs entirely new from the ground up. Instead, the SoC must be based on an existing Freescale standard part or use a substantial amount of Freescale's existing IP.

To customize the SoC for the target application, Freescale is willing to add or remove blocks and integrate some customer-provided IP or third-party IP. Among the revelations was a startling feature: In other words, the Godson-3 applies hardware optimization to x86 emulation, much as Transmeta did with its Crusoe and Efficeon microprocessors.

The Godson-3 is also known as the Loongson-3 or Dragon Block diagram of the Godson-3's GS processor core. Cluster of four GS processor cores sharing four coherent L2 caches.

Two GS clusters linked together, forming an eight-core microprocessor. A massively parallel implementation of the Godson-3 could populate the on-chip mesh network with 16 or more quad-core clusters.

GStera coprocessor block diagram. Quad-core Godson-3 die layout. Gradually, election reformers are convincing public officials that paperless electronic voting machines are too flawed to win public confidence in the most important exercise of a democracy.

Although much work remains to be done, we're seeing positive change since first editorializing on this subject in See "Undo Electronic Voting". Politics is beyond the purview of Microprocessor Report, but we are alert to flagrant abuses of computer technology.

A bread toaster that connects to the Internet and requires periodic firmware updates may offend our engineering sensibilities, but it's also funny, in a perverse way.

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31.01.2018 - I finally got around to seeing them and they did not disappoint. I just want to add a Happy Birthday to Ralphus! Although Mindspeed's analog technology was a desirable acquisition target, Macom had no interest in the base-station processors. Como rootear e instalar cwm recovery para huawei y... Since Oracle acquired Sun Microsystems in and took over SPARC development, it has executed a surprisingly aggressive roadmap that has new processors coming out every year. Nudity now is played as straight drama or horror or genre camp. I had a senior moment.

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12.03.2018 - Dick Napalm, The Bunny Bound artistis very excited to hear about the new ZFX movie coming out this Friday and he says that he is going to purchase the download the day it is released! That's like complaining it's hard to buy Chinese products because there aren't enough Wal-Marts. Some great images, too. Xiaomi redmi note 3 32gb gold n hot - Amp red x on... G80, GT, and Fermi. Although they can't match Xeon's most power-efficient models, they offer a less expensive alternative while still going easy on the electricity.

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19.03.2018 - Everyone was suffering for their art, not only Amy and Jac. Freescale Semiconductor's QorIQ family. Oneplus jelly effect problem 6 from international... Amy couldn't be any happier with the results. Just about the only thing TI left out is cellular-baseband acceleration, distinguishing these chips from the company's KeyStone II base-station processors. Tuesday, 3 June



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If they have had ZFX in the past there is a good chance. I will post here when they are available. I need to crank on a script but I will stop back this weekend.

Thanks for the support guys! I am sorry, I just realized I missed your comment, thank you so much, I know Candle would appreciate it too. Candle is like movie star good looking, I felt like I had to make her a little more toned down and more banker like, the glasses worked for that.

I like that stark contrast, someone really sophisticated being treated like an animal. When that happens, it's very shocking. Which, like the first entry of "Slave Island Season 3", was pretty lame, although it had a decent scene with her getting whipped, but I like her as a JAV actress.

She looks so innocent that you almost feel bad seeing her get raped and tortured. Key word being "almost! Good movie, that one. Has a good electrocution scene that a lot people here seem to like, too Anyway, Rick, if figured out the problem is that the payment service doesn't like my encryption program so I turned it off.

Must be that Shadow Army again. So I watched your movie and I can say you have set a new bar for yourself and the genre. Candle coupled with your camera work, editing, lighting and effects are unsurpassed.

I loved the sparks and electric sounds. Candle's reactions hit total suspension of disbelief. Great that you didn't do a big background music mix and put all the pressure on Candle to perform.

She was all the music I needed to hear. Candle, you have shown that it can be done. A hot woman can look tortured, suffer, while the whole time never forgetting that she has to make it look sexy as hell.

You really have a sense for this and hope to see you in more productions like this. Would love to hear how you do without all the gags Rick stuffed in your mouth.

From the times you weren't gagged, it sounded like you had the acting ability to really pull off good victim lines, crying and begging. Your face is too pretty to me to keep it covered with gags as well.

We need a whole new kind of gimp academy award for you after this. The women in House by the Lake are the victims of a deranged serial killer who collects women for his "garden" at the bottom of the lake.

Only one was rescued in time at the end. By then the police were on to him. Unfortunately, I'm not going to be able to see that flick or Shadow Army till next week. I'm actually typing this from my phone and have tried to put this message up at least five times since I read the review, but the site would never let me post.

Hopefully this one will work. Arcas - Amazing work as always. Thanks so much for sharing. Also, in a weird way, I'm glad to hear it's a denial of service attack, because I was stating to feel like me posting three small GIFs was somehow bringing the site down.

Glad to hear it's not me at least. Any how, I should be back to regular posting next week. Thanks for chimin' in on my work with the good buzz. As I've said before, I primarily do this stuff to suit my own thrills so it's great to know that it clicks with others' taste.

I've found that even if you get a room full of people saying that they all like BDSM, the real thrills are usually from something more specific - and varied! It seems like a more united kink wavelength.

Wow, thanks for that elaborate dissection and praise! I am kind of a detail freak so it's good to hear other people see and appreciate my minutiae mania. Life is messy, so if you want the art to feel real you've to try and capture that as best you can.

The basic idea of a scene is important, but it's the real world details clutter, pose, expression that sell it and help it connect with viewers in a more visceral way. So again, thanks for noticing, cheering on, and for sharing YOUR fine work!!

Of course I've digested and mentally processed most of your AV output so there's naturally gonna be a bit of you in there: The cycle of inspiration is a blast, hm? It could be fun to work together in some capacity sometime, if you're interested.

Not sure how that'd work, but just a thought. I love to collaborate, and I'm a fan: It seems you're smitten with Candle, and from all I've seen it's warranted! But again, let me drop Penny Pax's name.

One of the things that's impressed me most about her is her acting. Plus the way she emotes peril scenes in her exoressions is just delicious. Fine examples can be found in her Kink.

Great to hear I created something that hits our common ground, and thanks again for sharing! Of course I still look forward to your own Poser "fantasies come real". You do really nice work. I wonder if countries like China and the US use things like this on sites like ours as a right of passage for their Cyber Warrior trainees going through virtual boot camp?

OK, that's probably paranoid thinking, but It probably goes without saying that I agree with Eda that Asian women make such beautiful victims. Which, like the first entry of "Slave Island Season 3", was pretty lame I recently saw Slave Island 3, Chapter 2, and it didn't do much for me.

That said, I would agree that Yu Kawakami is still one of the great ones. She is pretty and is very convincing as a victim. As well, her scenes cover the full spectrum, from bondage and torture to humiliation and rape.

They did put some mild GIMP on the inside, though. It was Cabin by the Lake, not House by the Lake. I had a senior moment. I wrote a message the other day but guessing that it did not go through?

Or maybe I just did the math problem wrong. Just wanted to say thank you again for all of the great feedback. It definitely was amazing to make this video and I do get a kick out of all of it. There is a lot to be said for the destruction of a prim, proper and prudent girl into a sniveling little mess, now isn't there?

Alas, I ordered it but through a third-party vendor, they didn't respond and so my order was cancelled. Couldn't find another copy anywhere yet, all the references online are outdated e-Bay or Amazon.

So, any idea of the title, series, etc for the above picture? Again, pretty sure it's the same artistic team so no doubt Elvifrance once more. Like I wonder if there is a scene of the breast clamps being applied, also I only have one rack scene prior to Tyrion getting up there and doing the nasty with the helpless victim.

Not to mention, it seems the modern-day female protagonist thinks she herself was burned as a witch in a prior life, I wonder if there are any flashbacks to that Any enlightenment on any of the above would be welcome.

On the other hand, Comparative Anatomy was my holy grail and this list, in particular Fritz, was able to lead me to that, plus JD sent me all the GIMP scenes from Lingua so my main cravings were satisfied.

Look forward to a review of Shadow Army Thanks again for all the help. I'm coming out of lurking mode to make some observations, criticisms, and congratulations for Candle, Rick, Margot, Amy, and others who produce high-quality pornographic art.

Yes, I said it. I have to hand it to the Japanese in terms of expressions of extreme bondage. When it comes to creativity and capturing moods on film, they have a knack for doing it right despite digitizing out the naughty genitals.

I don't know if its a skewed perception because only the best of the best gets reviewed here, or if its emblematic of Japanese film in general. In the film I've linked to the left, I counted at least three good "never seen that in an American film before" scenes.

The first is the "laid on back over a mound of dirt" position. Sure, the bad guys could have just staked out the girl spread-eagled on a flat piece of ground, but adding a mound of dirt makes it that much edgier.

How easy is it to imagine it as an ant hill? Of course, that would've made the ensuing rape a little tricky for the rapist, but I don't really go for male genitals in my porn anyway. Just stake the girl over the mound, digitally add some ants, and the scene can become so much more intense.

Second, the "girl hanging upside down and dunked in the water" scene is also creative. I've only seen that done one other time, and that was on the old Waterbondage site a good three to five years ago maybe longer.

Granted, it's a high-risk maneuver and takes a brave actress to do it, but in the context of a film it works very well as a dramatic device. Breathplay like that isn't something that's done very often.

Third, six girls handcuffed wrist-to-wrist and placed in stocks on their backs? And very well done in terms of photography as well. That whole scene is pretty slick.

Which brings me to the point of this whole thing sort of. The Japanese were pretty good at ripping off American ideas and making them better. Maybe its time we did the same thing. Back in the 70s you could push sex a little farther if you did it with a nod and a wink.

Think "Fast Times At Ridgemont High" when Phoebe Cates came out of the pool, unfastened her top, and gave Judge Reinhold a big wet kiss while water sprayed in the background; only to find out it was his masturbation fantasy just as she's walking in on him in the bathroom.

And of course there were films like "Porky's" and "My Tutor" and "Hardbodies" and others that mixed nudity and comedy with a message. It sort of makes me miss some of the humor elements in the old '80s R-films.

So in the new millenium, have we advanced the medium at all? Not that I'm aware of. Nudity now is played as straight drama or horror or genre camp. Nobody seems to be comedy sex films. A lunatic fringe anti-government militant group called the "Capitalist Liberation Front" captures a female reporter who is getting too close to the truth.

They plan to ransom her back to the news bureau, and to show that they mean business, they strip her, stake her out over an ant bed, then shoot a video of her with one of the guards holding a newspaper to show the date, and send the video back to bureau chief.

The soldiers laugh as the ants begin to crawl out of their mound to investigate the screaming, wiggling woman. Cut to the bureau chief, who has his lovely assistant bent over his desk and her skirt up around her hips.

The video pops up on his computer, so he takes a break to watch it, much to the dismay of the assistant who was enjoying things. The video turns him on even more, so he decides to taunt the militants with an email response: You'll never break her; not even if you hang her upside down and dunk her in a bucket of water!

They video it and send it to the bureau chief. Cut to the office. The chief is getting a groinal massage from a new girl intern perhaps. He gets the video and realizes what he's done. It gives him an idea.

You guys are a bunch of clowns. She's not afraid of bugs and water. The only thing she's afraid of is fire! He looks over at the wet, dirty hostage, now laying hog-tied on her side. Next we see a campfire with a bunch of metal rods poking out of it.

The hostage is stretched out spread-eagled between two trees. Each of the soldiers takes turns torturing her with a metal rod. The whole thing is videotaped, with the ubiquitous newspaper.

When the hostage passes out, they quit taping and send it to the chief. Back at the office, the chief has a female member of his cleaning crew on her back tied to his desk. He's giving her the tickle-torture with a feather duster.

He yells at her, "Pee! I'm going to tickle you until you pee! He watches the video, much to the horror of the cleaning lady, who exclaims "What horrible people! Anyway, that's the start of an idea.

Maybe someone else can come up with a suitable ending. Or maybe it will inspire someone to try a burlesque-ish comedy film. That is the one part of Shadow Army that is just not doing anything for me.

To avoid any confusion, I should note that the scene with Yu Kawakami being dunked into the tank of water isn't from Full Metal Fuck: Rather, it comes from a movie, Lady Attackers from Hell 2 , which Ralphus and I both chose as the best film of that year.

Both movies are worth seeing. Wednesday, 18 June Why not use a real object like a dildo? But then again Candle and I fully understand and agree they didn't want to do that kind of rape scene for real.

So special effects and great acting works the same. If you keep talking dirty like that, I'm going to have to pull my pants down and relieve myself. As s you can imagine, it would have been a gas to do some anal insertions for the invisible rape scene, but t logistically speaking, it would have been ass-anine to get it right in editing.

Not sure if the anal scene was included with the chair, but we did manage to insert it in there. Ready for the rotten tomatoes to be thrown and stewing over the responses The episode never aired in the US but aired overseas.

Its called The Return. You are too delicious a dish to throw rotten tomatoes at. Let me know if you find anything. I've been looking for that scene for years! I once found 3 fuzzy images of the scene, but they seem to have been taken down.

Just imagine how you would look wiggling around trying to dodge them. If I may relate a personal observation All the young things who's death is attributed to suicide because our society's sick sense of "morality" can't face the fact that all she was doing was trying to enhance her orgasm by "Auto-Erotic-Asphyxiation".

The weirdest part of the rather scary procedure was that after letting them breathe a few deeply gasped breaths Arcas, my point is that it is not unrealistic to illustrate this, albeit perhaps difficult.

I'd LOVE to see you show us a gorgeous blond with huge tits bound so they are swollen as big and round as soccer balls If you want, I'd be happy to post one of my own creations of Danielle chair-bound with an unspeakably huge shaft reaming around in her dripping cunt Keep up your unique work because know what?

Looking at your fantastic illustrations makes MY cock hard! And also I'm with you on yesterday's pic of the day. I'm pretty sure I can do without that particular scene. But it did bring something to mind You need Flash to view this object.

Olalla's first cut and other matters of great importance. The cone shaped mountain in the background is the famous Cerro Rico de Potosi, the source of all the silver Spain used in the crusades. Normally is just a big reddish rock, this day, however, has a nice snow blanket covering it.

I've updated my clips4sale store and will be at it for a while, getting some old stuff up and posting new content. I had to take care of a few maintenance issues.

Now that it's done, they'll make the site live soon. Yes, Amy is on the correct track if she wants to move up the ladder. Sometimes my fantasies and incest over her body get the best of me.

Sorry if I offended you AMY. Or native, cannibal, North American Indians please. The screen grabs I can get from Green Inferno are very limited at this point. They're playing their cards close to the vest.

Monday, 30 June I'm not sure that would work that well Water is actually a lousy conductor. When skin is wet it is a much better conductor than dry skin. A lousy conductor can still produce a painful shock.

I know little about a leather whip's ability to hold water stay wet. I was thinking chamois so I'm sure you are right. Thank you for the info. It mostly got lost in the shuffle, but terrific Nazi beheading render!

The more I see your work, the more I can tell you're one of the better 3D artists out there. Thanks for sharing that with the board. Likewise, I've loved your work for years.

And you've convinced me. I'm going to quit my job and go to work for AIT: Advanced Interrogation Technologies Inc. That looks like a helluva company to work for, and I'd gladly put in as many hours as they wanted.

They don't even have to pay me the time and a half wage if I go over 40 hours. I don't mind working late. You're like our official Blakemore reviewer around here; I hope Blakemore stops in soon to check out your latest work.

I haven't seen all the Bondage Classics, but those vidcaps are irresistible. Like Gog, I have issues with the consensual shows that Blakemore made The ropework is really amazing, though.

The direct link for your latest review is here: What is "Tasty Tales"? Those 2 magazine covers were great. Those aren't real mags, right? They look like artworks you'd find on PulpToons.

At any rate, I dig those, especially the roasting one yeah, go figure. Tasty Tales is from hentai. But mostly more violent or rated X versions of that manga stuff that bores me. Megh is also a regular artist member at Pulptoon and does cooking peril with Agatha at Pulptoon.

Pic of the day: Here she is, not at the stake, but feeling a bit of heat…. Catching up on a few postings Lucifera, the most popular girl in her village? Actress naked and tied on table Today I've got another movie "The Creeps" released in Damn, this Lucifera stuff Lucifera is the most popular woman in the world ever.

Yes Tim, I knew but did you know Marina also was or still is a practicing real witch? Tuesday, 3 June Here's another still from my latest film "Lust of the Dead. This is a very funny and accurate presentation as to why we need to bang on the FCC.

The 40 year old landlady envy the body of her new servant and so she had started to blackmail and bully her everyday Wednesday, 4 June A MAM inside scan for those of you missing the Duillos. MAM cover of the day: For Men Only May If corporations are people, how come they never get called for jury duty?

So I've been watching these "History of Torture" videos. Thursday, 5 June Terry O'Neill retrospective photographs Controversial: Friday, 6 June History of Torture was a site based in Germany if I'm not mistaken: Ah, Brainmaster, you're right.

I did a quick search and found a site that looks like it carries most of the good films. The new BMovie bats is wicked. The Making of Olalla - A Tale of A Production Completed Almost everything you wanted to know about Olalla but were afraid to ask, or maybe not It's been a few days since the production of Olalla was completed.

We have Amy's fourth film in the director's chair in post production and getting ready for its release. For Amy the completion of the shooting was something to be very proud of. There was a lot of build up for that one week of shooting.

There were enough funds to do it right, thanks to our awesome contributors to the IndieGoGo campaign, and those after the campaign ended. Maybe if Amy had had more funds she would've taken another week to shoot.

There's always room to do things bigger and fancier But what there was at hand was enough to get the cast and crew to the location and to work for a whole week, eat four times a day, sleep in nice and comfy beds and have great places to relax.

Jac did a superb job producing the shooting, his scheduling was impeccable and the crew worked accordingly with no delays. Even in the face of trouble, like Amy being dragged by a wild donkey, his schedule worked and worked very well.

It was a tight ship. The experience itself is the source of many anecdotes, inside jokes and great memories, along with some scary moments that left some lasting consequences. The production itself was great, the location amazing and the help we had in Cayara was impressive.

A story to be told, indeed. It began with a bus ride, a long bus ride that had its complications but it got more complicated by one scary incident and some difficulties in transporting the cross. We had a 3 meter long piece of wood to put in the bus.

We were told that it would not fit. After much debating and trying, the long piece of wood was inside the luggage compartment of the bus. Eric and Rodrigo made sure that long piece of wood got in the bus with us.

It was very, very important since that long wood was part of the famous cross that was going to be built at the location. The scary incident came just before the crew loaded the equipment, cross and all, into the bus.

Jac went to get a few bottles of water for everyone. When he was returning from his successful mission, carrying the bottles in a bag and two laptops over his shoulder, something distracted him, probably Amy taking pictures, and he tripped and flew, landing face down on the cobblestone ground hurting his knee and a thumb really badly.

The bottles flew away from his grasp and the two laptops plus hardisks landed on his back. Mila and Sol rushed to aid him to his feet, Amy let out a scream and someone commented that it was the second person falling on that spot that night.

Jac was concerned that he broke something but after much testing and probing it was decided that nothing was broken and the trip was on. The small bus arrived to the hotel early in the morning, the cast and crew were distributed to their rooms, had breakfast, and while Jac began, slowly, to set the details of the production, the rest went around touring the wonderful location.

Some cast and crew relaxing at the location On the very first day of production, the second scary event took place. Amy needed a donkey for a key scene. After much walking in pain, mostly limping, actually, Jac got the famous donkey aptly named Caballo horse.

Plenty of donkeys in Cayara, btw. The donkey was treated kindly, of course, too kindly, perhaps. Donkeys are normally treated like beasts of burden in these parts and Amy and the crew were treating this one like their favorite pet, carrots as candy included.

After shooting the main scene, many times over, the donkey was a little bit hungry and decided to run for it, ridding himself off the annoying prop on its back.

Some in the crew ran after the wild animal and found him in the middle of green pastures happily eating. Jac decided that it was lunch time and to continue working with the donkey later, at insistence of Amy who wanted to have ONE more scene with the now famous and rebellious donkey.

After lunch the donkey was practically taken away from his adopted pastures and forced back to the location, he was not very happy, although he wasn't showing it at the time. As the crew prepared the shot, Amy decided to be the wrangler, she was not in the scene, so she held onto the donkey, holding the rope.

The crew was ready so the prop was about to be placed on the donkey's back and that's when the donkey decided to run for it again, dragging Amy in the process. Amy was dragged by the donkey several meters over gravel and dirt ground.

Scary moment for all. Miguel was preparing the camera and it was pointing to Mila who held the slate and Rodrigo who was holding the boom. They both go pale on the screen as we hear in the background Amy screaming as she's dragged away.

When Amy finally managed to release herself from the rope, she was meters away from everybody. Jac was running after her, followed by Mila. They helped her to her feet, she was in pain. There was a particular pain by her elbow.

Jac took the wounded Amy to her hotel room to check her over. She was full of scratches and bruises on her back, her legs, her arms and she was in pain, particularly her elbow. There was the fear again that something could be broken.

Amy's arm was of particular concern to Jac. After much testing and waiting, it was decided that nothing was broken and shooting continued with a director in pain. Wild donkeys could not drag Amy away from making this movie.

For the next few days the shooting of the movie continued without any more special events. There was one particular situation that was worrying both Amy and Jac. Amy needed two girls to play the young Ofelia and Olalla, they had to look at least a little like Amy and Mila.

Up until the first day of shooting there were no girls to fit the roles. Jac had a meeting in the city with the person in charge of getting the extras and the girls and there was only one gentleman who had a daughter who could probably be the Mila lookalike.

Jac saw a picture and said ok, bring the girl to the set tomorrow. Then the man mentioned he had another daughter, younger Next day the man and his two daughters were at the location.

Amy took one look at them and The amazing resemblance was eery. Another issue that had Jac worried was the cross. The two pieces of wood were very, very heavy and he felt that just making a hole in the ground to set it up was not going to be enough.

He wanted to make a small hole and build a base for the cross with cement. The hotel owner was impressed with the cross. He had the base built by professional workers who did a tremendous job.

Jac's concerns were over when he saw what they built for it. That cross will stay in place forever. Not to mention the many curious people from the hotel, both workers and guests.

The grand day was here. The shooting couldn't have been better. The extras were great and very surprised when they witnessed how Amy was stripped in front of them, tied to the cross and whipped.

Some were heard commenting that there were others who had signed up for the shoot but didn't show up so the comment was "They'll be sorry they missed this". Another one commented "I almost didn't make it here"..

For Amy, the experience was a bit new. She never had a crowd screaming for her head, surrounding her, menacing her, throwing things at her, waving lit torches and so on. The intense whipping went on for some time, the day was very, very cold and Amy had to be naked for most of the afternoon and evening.

The hotel owner was very concerned that next day she was going to die of pneumonia. The night of the shoot, two ladies were present who were guests at the hotel, one was from Montreal.

She took some footage of the shooting, when the crowds were burning Olalla. She was so impressed by the realism of it that she was going to tell her friends that she witnessed a real lynching and had footage to prove it.

There was a BATS scene to be shot that night, with fiery flames, with torches, with much screaming, and with little time. It had to be done before the extras were on their way back to Potosi.

Their bus was going to arrive to pick them up and they had to be back in their civilian clothes, and had to eat their dinner. Jac had some presents for them too. The production went very well, everyone was very pleased, everyone but Amy who was freezing cold, even when she had a bonfire threatening to burn her up.

After the freezing burning at the cross scenes was done, the production was over, a new production was completed. Olalla is a reality, frame by frame, all of it, and it is looking amazing.

Next day Amy felt that life was over, She had something similar to postpartum depression. Everyone in the crew was kind of depressed too, tired but sad that the shooting was over.

That Sunday night the team took the bus for the ride back, it was colder than the trip to the location. Everyone in the bus was quiet, trying to sleep in the cold night, as the vehicle crossed the high plains, 4, meters over sea level, for 12 hours without heat or a toilet in the bus.

Everyone was suffering for their art, not only Amy and Jac. Everyone is back in La Paz now. Amy got sick twice, a strange virus, that kept her in bed for three days. She's exhausted still, but recovering.

Jac is tired too, regaining his energy little by little, limping less every day, but still with a very hurt knee. Amy's shoulders hurt a lot, the bruises are still there, some of them.

Overall the experience of making this movie was fantastic for all concerned. There's a greater sense of camaraderie in the Pachamama Team now. We have new people, both in the crew and the cast, some that will be taking some difficult roles in the near future, and everyone is very excited for what's to come.

Jac expects to have a rough cut of the entire movie by the end of June. The hotel owner offered a big premiere with VIP guests at the hotel itself, something we're considering. If that happens Olalla will have premieres in four cities, at least.

Some people are asking about the whipping scene in the film. Amy received some emails and I did too, with the same question. I can't really answer in detail because I haven't seen the scene itself.

But I can say something about this. Every whipping scene Jac or Amy direct is different in many ways. Each whipping scene has its own dynamic. A dynamic dictated by the film itself, by the plot of the movie.

We cannot compare the whipping scene in Dead But Dreaming with the one in Olalla. In DBD the whipping scene is the product of a sentence to be carried out methodically, where a number of lashes have been determined and they must be counted, following a protocol, the protocol of punishing a criminal, in that case.

The intensity of that scene comes from that set up. The reading of the sentence, the stripping, the lashing, the counting. In the case of Olalla, the whipping scene is the result of an spontaneous event, the result of the fury of villagers unleashed on the woman.

The violent intensity of the scene comes from that event. Thus, there's no protocol, only fury, anger, screaming, hatred galore, no one is counting the lashes, she must be destroyed as the monster she is.

The villagers have reached their limit with the family, and take out all of their years of rage and fear upon poor Olalla. That's how that scene plays in the movie. In Maleficarum, there's more than just one whipping scene.

There are plenty and that's because those scenes are the plot. It is, after all, a movie about the inquisition and the entire story is about making those two unfortunate women confess to everything and to anything.

Thus, the whipping doesn't really stop. Someone counted two hundred lashes on Amy alone during the movie. Maleficarum could be compared to Agent X, where the whipping is also a main part of the story, which is about having a spy spill her information.

The intensity comes from the plot as well. So, we cannot really answer the question making a comparison to other movies. In Olalla, the whipping scene has its own violent intensity and all I can say is that it is not the same as in Dead But Dreaming or in any other of our movies.

It stands on its own and for its own purposes. It will be a great scene, of that I can be sure. In our near future plans is the production of Justine, which will have more that one whipping scene.

That film will be more like Maleficarum in which the tortures and tribulations of the three characters are the story of the film. And that's all folks! Great to hear that The Making of Olalla Production is completed.

I will tell the Stakedamsels forum the good news and post today's GIMP post there so you don't necessary have to post entire post there again unless you what to but I'm sure the SD forum members would love to hear the great news from you too.

Will there be teaser pictures posted here of actual edited or unedited burning Amy at the cross here? I hope Amy and JJ and everyone recovers completely from their war wounds and hope Amy recovers from that strange virus.

Also could you tell us little more details about the cross burning and how it compare to Maleficarum bats? Like what was done different, more flames, etc. Thank you, Bill K.

Reine Margot - What a great post. I really enjoyed all the behind the scenes details. Sounds like you guys are living the independent film makers dream. Good on all of ya. When I visited Egypt, I had to take a 5 hour bus ride to get to the Pyramids, and that was kind of rough, so I can only imagine 12 with no heat.

Sounds rough but exiting all at once. Glad Amy is okay after that Donkey incident. Those wounds on her back look painful, and that did sound scary. You always have to be careful with animals, as I'm sure Amy has learned the hard way.

That post was so good, I'm gonna go buy another one of your flicks to show my support. MAV - Thanks for the update. Can hardly wait for some new ZFX, especially with a model as hot and talented at selling a scene as Candle is.

Can't wait to see her perfect body put through the ZFX gauntlet. You know the neat thing about this site? We can tiptoe along quietly for days and it doesn't look like much is going on, and then all of a sudden Excellent post, I loved hearing all the inside stories and seeing the caps from the making of Olalla.

In spite of all the hardships and accidents and sacrifices to the art of making a movie, you guys are really living the dream, and hopefully all your hard work will be there on the screen when the film is edited and released.

As I noted in my End of Year post last December, this is one I'm really looking forward to, and the stills of Amy on the cross look awfully tantalizing. Thanks so much for gracing the board with this very nice gift.

And then there's a little movie called Shadow Army. I'll tell you, I couldn't wipe the big smile off my face while watching the trailer. It's hard to believe we haven't had a new live action movie from ZFX for 5 frickin' years!

It looks like Rick really pulled out all the stops for this one And on top of that, this one appears to be loaded with electro torture, whipping and even heat torture. And of course, Candle Boxxx is very easy on the eyes.

I'm with Howie on this one, just go ahead and take my money now. And even better, we won't have months to wait; this bugger's coming out next week! This would be a good time to start camping out in front of the ZFX Studios.

Check out the crowd of pervs and sick fucks that are already there waiting for this one. And they thought Star Wars was big I've only posted the smallest ones in full below. The rest are all thumbnails that you can click to see the full size moving GIF of.

Looks like Rick has stepped his special effects up as of late, with the invisible rape of Candle looking pretty convincing with her gorgeous ass, pussy, and mouth being stretched out by an unseen lucky bastard!

Then we get the joy of seeing Candle get a good old fashioned beat down. As I've said before, you gotta love a good old fashioned. Then there's the proof that cattle prods weren't made for cattle at all, but instead to watch smoking hot women dance and scream uncontrollably while you play with them.

Of course there's MANY great ways for electricity to put a grin on our faces and a stretch in our pants when Candle is ruthlessly juiced up to the tune of not one, but two sets of jumper cables.

No rookie mistakes like ungrounded wires in this flick folks. All wires attached, and Candle's perfect body losing all control while we watch her fry, with the bonus of spark effects, which look very good if I do say so myself.

Can't wait to see this full scene play out. Also, give it up for Candle! What a trooper to film a scene like that. Couldn't have been easy. Then yet another scene to prove that people have no real idea of the proper use of common items, as a table, pulley, and rope are put to AMAZING use, as Candle's already abused naked body is stretched arms over head so that we can feast our eyes on every inch of her exposed suffering as the lash continues to wonderfully reign down on her.

And the whip continues cracking away at Candle's astounding tits, sexy flat stomach, and perfectly shaped hips as this scene continues to prove there's not a single bad angle to be seen from her.

What a work of art this girl is, and what a treat to see her suffer. What more could you ask for then to see this Alazar drawing come to life continue being tormented as the clothes pins painfully gyrate to her sexy suffering?

This one is more wonderful footage from the same scene above, and a small enough GIF to post in full. Can't wait to see this flick! There are two more GIFs in the full gallery that I didn't post here for those who want to download them.

I am very impressed with amy's initial costume and her hair styling, and am certain the scene will as climactic as it is intended to be. With "Debutante" and "Justine" in the pipeline, your film company is working at a level of inspiration rarely seen, or maintained, in cinematic history.

You are at a very special moment in time. Sunday, 8 June Shadow Army is looking pretty good. I'm looking forward to the official Ralphus review. Margot, thanks for the update on Olalla and further insights into the glamorous world of filmmaking!

I'm glad that Jac and Amy are recovering from their injuries. Howie, thanks for the excellent gifs! Thanks so much for all the Mr. Kane "Hell's Own Sect" postings.

It seems there was a scene where she was bound spread-eagle over some type of pit. Am I imagining that or maybe it is from another series. Reine Margot - Thanks for the interesting behind the scenes info in the making of, and great looking stills from Olalla.

Looking forward to seeing the finished product. I must admit though, knowing how the climatic scene would go assuming the BATS is the climatic scene, that the whole scene would take place at night.

And then Amy being dragged naked though the streets. But I guess I would have had that in my mind's eye, is because It looks like someone has finally done a bondage torture video right with the new ZFX with Candle.

Candle really does get us pervs and this one looks like it will make history. Will it be available for download? Image inspired by a short but intense story written by Eda Chang, "The Demand".

I liked it a lot and this is my way for expressing my appreciation. For "The Demand", again. Another point of view, possibly more interesting.. I hesitate to bring up the topic of boring old fumetti again, given all the exciting new stuff showing up in the forum lately.

But Ralphus is still showing a decidedly fumetti vibe in the pic of the day, and Covers just served up a classic fumetto too. Must say kudos to Reine Margot for the Olala article, the comparison of the differing vibes of Amy's movie whipping scenes was particularly excellent.

It takes a certain mindset to appreciate those subtleties, but I'm guessing there's lots of that mindset in this forum. As a guy who loves Inquisition stories most of all, Maleficarum is of course the essential bedrock of my fairly extensive movie collection, and I've already earmarked Agent X as this year's Christmas present to self.

Thanks to Ralphus for the database that made me aware of Maleficarum, and the review that made me want to buy Agent X. I now have my copy of Comparative Anatomy.

Please understand, I just learned about fumetti within the last six months. I had seen some images, first a few scattered ones on BDSM. Art, then others on free sites, and some were interesting enough I started tracking them down.

Once I found out what fumetti were, I still pictured a full-size comic book in my mind. Anyway, yeah, old and fragile-looking. So, since I have a copy in hand now, I'll assume the role of first option in any scanning to be done.

Let me see if I can discreetly access a scanner somewhere. If I succeed, I'll let the forum know, and make the scans available. If I don't and it might take some time, my life is in a busy stretch, then we can reconsider a plan B, maybe with me mailing you my copy and you, or some other willing soul from the forum, scanning it for me.

Lastly, regarding fumetti, this French site has a ton of ElviFrance issues from that period. And cheap, most of the cost was postage. Dealing with them was painless the first time, and that was before clueless me discovered the "translate" button on the site, so I think I might get some more.

So does anyone out there-- Fritz? Rest assured no scanning requests are involved this time. It looks to me like the same artist as Comparative Anatomy. I have a couple more that I might snap up if they're available, not to collect but just to look at, so I'll probably post a few more images over the days to come and see what happens.

Thank you, Mad Bob, for your drawings based on my story The Demand. You have given me an idea: If any artists among you would like to draw any scene from any of my stories that currently does not have an "action" pic, but only one of the "non-action" ones, I will replace the current pic with the one that you draw.

You must have more artistic talent than I have which shouldn't be hard -- I can't draw a straight line with a ruler. It's always cool when we get a humorous perspective from a non-GIMPy point of view, and the editors of Cracked obviously are not "one of us".

Yeah, those old Nazi covers and the people who love them are an easy target for ridicule, I'll admit. My favorite LOL line: IMO, they're the ones who don't get it. Personally, I think all those covers they included in the piece are some damned exciting artworks.

Two really nice images, thanks for sharing them with the board. Those are a perfect compliment for Eda's story. So did you and Arcas collaborate on any new projects when the two of you got together?

I can imagine a game of one-upmanship, where each one of you try to come up with a more creative way to torture your respective victims. Either way, those girls are going to suffer badly, that's for sure.

Nice post, thank you. Each CPU has a maximum clock frequency of 1. The mesh arranges the CPUs in an eight-by-nine tiled matrix that provides more than terabits per second of aggregate bandwidth.

The company has announced three new chips that will challenge the dominant market leader, Cavium's Nitrox family. Freescale's new C29x chips join additional newcomers: Intel's DHfamily "Cave Creek" chips, which were introduced last quarter.

Why is Freescale entering this market now? For one thing, the company expects demand for public-key cryptography performance to rise as the industry switches from the widely used 1,bit keys to the safer 2,bit keys recommended by the U.

Also, the dearth of competition has convinced Freescale that there's room for a lower-priced product. Example system design based on Freescale's C29x. High-performance crypto coprocessors from Freescale, Cavium, and Intel.

For its achievements in replacing conventional clock-signal trees with a resonant clock mesh and easing the design of high-performance chips, Cyclos nets The Linley Group's Analysts' Choice Award for the best new microprocessor-related technology of High-speed processors impose many design challenges, not the least being the rising power consumption of complex clock trees.

Essential for uniform timing, these circuits have numerous branches that carry clock signals to every nook and cranny of a chip. But as processors get faster and more complex, clock trees struggle to keep up and can account for one-third of the chip's power consumption.

The leading alternative, especially for processors exceeding 2. Cyclos reduces power consumption in clock meshes by connecting them with integrated inductors to form resonant LC oscillators.

Lawyers dream of rewriting landmark court rulings. Engineers dream of redesigning microprocessor architectures. But such opportunities are so rare that few practitioners ever get a chance to make such fundamental changes.

Starting in, some lucky engineers at ARM got that chance. Nevertheless, they got a once-in-a-lifetime opportunity to overhaul an architecture that remains quite serviceable but has some crufty features that impair performance.

Since we first covered ARMv8 last year, the company has released much more documentation, allowing a more thorough analysis. Although ARM's tardiness in moving to 64 bits has undoubtedly cost the company some opportunities, ARMv8 is an extensive revision, and the delay has allowed ARM's architects to learn from other companies' experience and mistakes.

ARMv8's privileged-execution model in AArch ARMv8's bit memory map. ARMv8's optional cryptography instructions. These tiny chips squash the list price of bit MCUs to as little as 39 cents each in 10,unit volumes.

It seems impossible that a bit MCU could cost so little and function with only eight pins. But then, no other processors can match the credentials of Texas Instruments' new KeyStone chips: Just about the only thing TI left out is cellular-baseband acceleration, distinguishing these chips from the company's KeyStone II base-station processors.

Broadcom is also sampling six newly announced processors: Note that some of these chips have the same names as previous XLP chips fabricated in 40nm technology. All the new XLP II processors are single - or dual-core chips with one to eight threads and a target clock frequency of 2.

But at 12MHz, it uses only 2. The key to prolonging battery life is to sleep as much as possible, then quickly wake up and do a brief burst of work before slumbering again.

In deep sleep, only the real-time clock RTC remains awake. It can supervise simple tasks without disturbing the CPU, because the peripherals have some autonomy. Whereas Fujitsu's tenth-generation Sparc64 X design emphasizes per-thread throughput, Oracle's Sparc T5 excels at multichip scaling.

This article focuses on Fujitsu's processor, for which more information is available. Oracle was more reticent but did reveal some new features. These companies are the only remaining developers of high-performance SPARC processors and are their own biggest customers.

Fujitsu Sparc64 X die photo. Sparc64 X instruction pipeline. Sparc64 X multichip interconnects. Oracle's Sparc T5 multichip configuration. DesignArt's 4G base-station processors surpass Qualcomm's existing 3G femtocell products by offering much higher data rates and user capacities.

In addition, Qualcomm gains DesignArt's important wireless-backhaul technology and a respected engineering team. DesignArt is an Israeli fabless semiconductor company founded in Well, not quite, but it seems that way.

The latest chips to come within ARM's reach are Freescale's market-leading QorIQ communications processors, which are also the best-selling flag bearers of the Power Architecture.

Freescale's Layerscape chip-level architecture. Freescale Targets Smaller Cells [Brief Item] Integrated processors for wireless base stations continue to proliferate. These chips are pin compatible and the first Freescale products to sample in 28nm HPM technology.

Samples are due in 3Q12, with production scheduled for 2H First, China wants to standardize on a single instruction-set architecture for all future government-sponsored projects. These events lead me to suggest that the Chinese government or one of its semiprivate entities should acquire MIPS.

But when judged purely as a business and technology proposition, the deal makes more sense than many other scenarios. The latest additions are the quad-core P, which has twice as many CPU cores as previous P5-series chips, and the dual-core P, which improves on the existing P Both new processors also add more Ethernet controllers and raise the maximum clock speed of their Power e CPU cores to 2.

Having twice as many CPUs as the existing P, the P bolsters Freescale's offerings for control processing and will improve the company's competitive stance against Intel's new Ivy Bridge embedded processors.

Freescale QorIQ P block diagram. Parallelism for the Masses Intel's "River Trail" Adds Easy Parallel Processing to JavaScript Unlocking the parallelism of multicore processors has vexed the industry since the first such chips burst onto the scene in With a project code-named River Trail, Intel Labs is taking a refreshingly different approach.

Intel's proposed JavaScript extension is so abstract that programmers need know nothing about the system's hardware. At run time, the web browser's modified JavaScript engine automatically discovers and adapts to any parallel-processing resources available.

It can use the CPU's vector-arithmetic instructions, multiple CPU cores per chip, multiple threads per core, and multiple processors per system. The latest experimental version can even assign tasks to some integrated GPUs.

River Trail demo screen. Parallelism with River Trail. One purpose for dual-band operation is to support the future Another dual-band scenario is a single client transmitting 2. The multicore chips with dual ARM cores can independently run high-level application code and low-level control code.

One multicore Vybrid chip can replace at least two separate chips while keeping software development on a common bit ARM platform. But the new chip aims significantly higher, and system designers can link multiple chips together to build even larger base stations.

TI's KeyStone integrated base-station processors. Chips eliminated from a conventional base station design. Key parameters of integrated base-station processors: By skipping the tedious steps of translating marketing concepts into gate-level logic, the new PowerSynth tool makes design engineers obsolete and allows anyone to be a CPU architect.

PowerSynth uses patented artificial-intelligence algorithms to generate production-ready logic from common PowerPoint drawing objects. Typical SoC blockhead diagram.

The B will bring CPU-DSP integration to large cellular base stations and is among the company's first chips manufactured in 28nm technology. Two contrasting designs for LTE macrocell base stations.

Key features of high-performance DSP cores: Freescale's QorIQ Qonverge family: An instruction set composed almost entirely of bit instructions. Are we in the disco days of the s?

Nope, it's, and ARM is introducing a new bit CPU core that plumbs the depths of simplicity and low power consumption. Even by RISC standards, a bit design can't get much simpler than this. Although it uses less power than a Cortex-M0, it wears a plus sign instead of a minus because it adds features.

The T is a highly integrated design with 12 CPU cores arranged in three quad-core clusters. By contrast, the biggest existing QorIQ design is the eight-core P Moreover, the T debuts Freescale's new bit Power e dual-threaded CPU core, whereas the P uses the bit Power emc single-threaded core.

The new CPU, apart from other features, ensures that the T will be a much more powerful processor. QorIQ T multithreading performance. Power e CPU cluster. Wireless Wants to Wallop Wires Emerging The draft specification is close enough to final that companies like Broadcom, Quantenna, and Redpine Signals are already introducing the first The big news about We've heard such claims before, but Comparison of antenna technologies: Data rates for Broadcom's BCM43xx transceiver chips for Nevertheless, the design win helps establish Armada as an up-and-coming product line for smart TVs, Blu-ray players, and advanced set-top boxes.

Our pick for Although engineers have been working for years on the concept of three-dimensional ICs, new developments in virtually guarantee that stacked-memory devices are finally on their way to commercial production in the near future.

Other technologies we considered for this award are noteworthy, too. We nominated four candidates from Intel: The first commercial devices will stack four DRAM die connected using through-silicon vias.

This asymmetric or heterogeneous multicore design combines the high performance of application processors with the real-time response of microcontrollers. The new chips can be considered application-class SoCs with real-time credentials or bit MCUs with application aspirations.

By contrast, ARM's Big. Little strategy integrates a Cortex-A15 "big" core with a Cortex-A7 "little" core and is designed to save power in mobile application processors. Freescale AeMPU simplified block diagram.

In fact, they probably are derived from last year's smartphone processors. And if Xilinx prepares to send a man to Mars, Altera will start building rockets. The two leading FPGA vendors are that competitive.

So it's no surprise that Altera has announced its answer to Xilinx's Zynq chips, which are customizable SoCs that integrate ARM Cortex-A9 cores and hard peripherals with programmable logic.

But Altera isn't a copycat, because both companies are hearing the same pleas from customers and are building on experience with similar products introduced more than a decade ago.

To keep the heat on rivals like Cavium, Freescale, and Intel, NetLogic must keep its transition to a new product line and 28nm technology on schedule. NetLogic's Interchip Coherency Interface supports four - and eight-chip memory-coherent clusters.

The STM32 F4 series includes four basic designs with various integrated peripherals. Prototype chips are promising enough that commercial products may be only a few years away.

If Intel can overcome the reliability and manufacturing challenges, microprocessors using this technology will come close to achieving their maximum theoretical power-performance efficiency.

In, researchers theorized that the lowest possible operating voltage for a CMOS circuit is 36mV, which some experiments have approached. Although the experimental design exploits both instruction-level and data-level parallelism, the key to good performance scaling appears to be fine-grained thread-level parallelism.

This design requires programmers to explicitly create threads, but a dynamic thread manager supervises their execution, allowing a program to spawn more threads than the processor can execute at once.

To reduce the overhead of managing so many threads, the processor needs a hardware-accelerated synchronizer that eliminates deadlocks. Those are some early results of the Godson-T research project, a government-funded endeavor at the Institute of Computing Technology Chinese Academy of Sciences in Beijing.

Godson-T CPU-level block diagram. Godson-T chip-level block diagram. Godson-T simulation benchmark results. This processor will add hundreds of new instructions, including a set called Advanced Vector Extensions 2.

Also coming in Haswell are 96 fused multiply-add FMA instructions with a new three-operand format FMA3 , plus 16 new general-purpose instructions. All together, these "Haswell new instructions," as Intel calls them, herald the biggest xarchitecture expansion in years.

And even before Haswell, Intel will introduce seven new instructions with a processor code-named Ivy Bridge in Summary of Intel's recent and future x86 extensions.

Ivy Bridge new instructions. Haswell's new FMA instructions. Haswell's new general-purpose instructions. Intel Shows MIC Progress [Brief Item] Intel has demonstrated early hardware and software developed for its evolving manycore processors, which aim to expand the x86 architecture's dominance in supercomputers and high-performance computing.

Aubrey Isle die photo with overlay. Scheduled to begin sampling early next year, the AMP Advanced Multiprocessing series will debut with Freescale's first multithreaded CPU core, up to a dozen CPUs per chip, higher clock frequencies, faster offload engines, resurrected AltiVec extensions, and other goodies.

For control-plane processing, future T5-series chips with six CPUs will aim for clock speeds as high as 2. The company says its PowerShrink technology requires only minor modifications to existing bulk-CMOS processes and adds little cost, beyond licensing.

Although these claims naturally arouse skepticism, SuVolta has successfully produced SRAM test chips in 65nm and 28nm technology, and PowerShrink has been adopted by a major customer: Although intended primarily for notebook PCs and entry-level desktops, the company's new Nano QuadCore processor may also find its way into high-performance embedded systems and power-efficient servers.

Following a trend set by AMD and Intel, Via's first quad-core device combines two dual-core die in a single package. The pin multichip package NanoBGA2 is 21mm square, and it maintains pin compatibility with Nano X2 and several other Via processors: Intel refers to its FinFETs as tri-gate transistors and touts them as the first true three-dimensional devices built on planar integrated circuits.

Don't confuse these "3D" transistors with 3D transistor stacking, an entirely different technology that builds transistors in multiple layers. Instead, a FinFET rises above the flat silicon substrate, creating a 3D gate structure that has much more volume than a planar gate while squeezing into approximately the same horizontal space.

Gate-delay characteristics of FinFET and planar transistors. The company has also produced test chips in 28nm CMOS. Branded Itera, the new memory is licensed as intellectual property IP to chip designers.

It will be available for 55nm and 65nm processes in 3Q11 and for 28nm processes in 4Q Block sizes range from 32 bits to 1Mb, and write endurance ranges from to 1, cycles.

Packet-throughput performance doubles to 80Gbps, easily outrunning other multicore embedded processors. The bit XLP is designed primarily for data-plane processing in large routers, security appliances, storage subsystems, next-generation cellular networks, and other communications equipment.

At its fastest target clock frequency of 2. Key parameters for high-end network processors from Cavium, Freescale, and NetLogic. For the first time, metal-gate transistors are broadly available to chip designers, allowing them to create higher-performance microprocessors that can still occupy less silicon and consume less power.

This nanoscale application of metallurgy has been touted as the biggest advance in electronics since the invention of planar integrated circuits. As usual, Intel got there first. In, Intel introduced the first microprocessors built in its new 45nm high - k metal-gate HKMG process.

The rest of the semiconductor industry has been waiting four years for the same technology. Chip shrinkage, 90nm to 28nm. Transistor evolution, nm to 28nm.

One such idea is embedding a hardened CPU core in a programmable logic device. Now, Xilinx is trying again. On March 1, the company announced the first products in its Zynq Extensible Processing Platform, foreshadowed last year in a joint announcement with ARM.

TI Accelerates Video Processors [Brief Item] Texas Instruments TI has announced six DaVinci digital-media processors with faster video accelerators and higher integration, allowing a single chip to replace eight or more chips in some cases.

All the new processors unite at least one HD-video accelerator with an ARM Cortex-A8 CPU core and a TI Cx-series DSP, aiming for higher-end video applications such as surveillance systems, multiscreen videoconferencing, professional broadcasting, digital signage, and medical imaging.

Lower-power versions of the chips are also suitable for some consumer electronics. Both are designed for single - or dual-core implementations. Cortex-R7 is a radical departure from the norm: It's a dual-issue superscalar machine with an stage integer pipeline, instruction reordering, speculative execution, and optional symmetric multiprocessing.

ARM Cortex-R7 block diagram. Multicore coherence with Cortex-R5 and Cortex-R7. Although NetLogic disclosed basic information about the XLP during a large rollout of XLP processors last summer, the company didn't announce these variations at that time.

As smartphones, tablets, e-readers, and other mobile devices supersede PCs in the minds and pocketbooks of consumers, SoCs with licensable CPU architectures are emerging as the dominant species of microprocessor.

This year-end review article summarizes events in related to licensable embedded-processor cores and considers likely developments in Instead of building expensive six-transistor 6T or eight-transistor 8T SRAM cells in a logic process to accommodate the processor, Venray is moving the processor to commodity-DRAM processes, whose 1T memory cells are cheaper to manufacture and less leaky.

Venray's Aurora test chip. Block diagram of Venray's "Shirtbook" tablet. The new Atom EC series previously known as Stellarton is suitable for some low-volume embedded applications that need to wrap an x86 processor in application-specific logic.

For one, Fusion processors for desktop PCs aren't ready yet. Wait until next year. Second, the new processors aren't only for netbooks. If OEM customers want to use these low-power processors to build large-screen notebooks or even desktop PCs, AMD is happy to sell them the chips, no strings attached.

And third, despite the hype over smartphones and tablets, netbooks remain a profitable market segment in which AMD has no presence whatsoever. AMD Fusion block diagram. AMD's first Fusion processors.

Target applications include small-business routers, network-attached storage NAS controllers, digital-video surveillance systems, and industrial control-area networks. Today, Cavium announced four new series in the bit Octeon II family, populating a product line that now spans an unprecedented range from 1 to 32 CPU cores per chip.

The new brood fills the low-end to midrange Octeon II line, leaving no significant gaps. Cavium's Octeon II family. Key parameters for Cavium's Octeon II family. Comparison of midrange networking processors.

Comparison of low-end networking processors. Now, Altera is again using embedded CPUs as bait to lure the industry toward reconfigurable logic. These choices span a broader range of implementation options than ever before.

Developers will be able to choose a hard core the foundry builds the CPU in fixed logic on the same die as the programmable fabric, soft cores developers compile a synthesizable CPU for the fabric at design time, and the Intel multichip module which pairs an Atom processor with an Altera FPGA.

The licensable K is a fully synthesizable core, is portable to any foundry, and is available now. MIPS32 K pipeline diagram. Within a few years, the Chinese hope, an all-native machine will rule the Top list of the world's biggest iron.

Three new Godson chips are in development. Godson-3C will be the fastest new member of the family, as well as the most sophisticated Chinese microprocessor yet disclosed. A third new chip, Godson-2H, is a smaller single-core design with integrated GPU, memory controller, and peripheral controllers.

Intended for low-cost PCs, netbooks, and embedded systems, Godson-2H will also be manufactured in 65nm and is slated for production in 2H Milestones of Godson evolution.

Godson GSV block diagram. Extending DPAA to the lower-priced chips allows software developers to use the same code, tools, drivers, frameworks, and application programming interfaces APIs across the whole QorIQ family.

New processors in Freescale's QorIQ family. Atom has almost totally eclipsed Via Technologies' Centaur processors, which pioneered the concept of a smaller and simpler x Athlon Neo runs much hotter than Atom, and AMD's other x86 processors are optimized for high performance in servers, desktops, and mainstream notebooks.

Now, AMD is clawing back. Its newest CPU core, code-named Bobcat, should beat Atom in single-thread performance at similar subwatt power levels. AMD Bobcat block diagram. Its new Opteron server processors are intended for cloud-computing data centers that buy servers by the truckload.

Although they can't match Xeon's most power-efficient models, they offer a less expensive alternative while still going easy on the electricity. In all, AMD has introduced nine new Opteron processors.

AMD Opteron and Opteron block diagrams. Key parameters for AMD's new series server processors. Comparison of low-priced versions of Opteron and Xeon. Nine new chips are scheduled to sample this fall, each with the four-way multithreading and four-issue superscalar features of the previously announced eight-core XLP The new chips have one, two, four, or eight CPUs.

At the high end of the family, the previously announced eight-core XLP will be joined by another eight-core chip, the XLP These two chips, which are designed for network infrastructure, scale from 10Gbps to Gbps.

Multithreading and superscalar execution in NetLogic's EC NetLogic XLP block diagram. NetLogic's interchip interface ICI. Free link to this article PDF: Tier Logic has operational samples of its first programmable-logic chips and has already taken orders from early customers.

The company had planned to begin production by the end of this quarter. New Networking Chips Will Exceed 2. Although Freescale will continue making bit processors for years to come, its new P5-series chips in the QorIQ family will introduce a bit Power Architecture core, which is capable of multigigahertz clock speeds.

Freescale Semiconductor's QorIQ family. Called Gusto, it's licensed as process-portable intellectual property IP. It's large enough to store boot code and system firmware, rather than just code patches, configuration code, and trim settings for analog components.

In addition, Kilopass claims Gusto reads memory two to four times faster, cuts active power consumption by an order of magnitude, and slashes current leakage in standby mode by a factor of Two-transistor antifuse bit cell.

Antifuse bit-cell circuit diagrams. Electron micrograph of a Kilopass 2T antifuse bit cell at 40nm. XPM versus Gusto area comparison. Integration comparison of two hypothetical smartphones.

Comparison of nonvolatile-memory NVM technologies. Intel Adapts Larrabee for HPC [Brief Item] Intel's troubled manycore-processor project is steering away from discrete 3D graphics in favor of high-performance computing HPC, mainly for scientific and engineering applications.

It's a wise maneuver that will salvage Intel's investment in the Larrabee project, and the new direction is better suited to Intel's experience and expertise. But it won't avoid a collision with Nvidia, which is surging into the same market.

The xbased family of GPUs code-named Larrabee will spawn a new family of manycore processors code-named Knights. Both Larrabee and Knights can integrate dozens of x86 processor cores on a single chip.

The platform is intended for high-end smartphones, tablet computers, and the handheld computing devices that Intel formerly called mobile Internet devices, or MIDs. It will compete with processors designed for trendy products like the Apple iPhone, Nexus One, and Nokia N, but probably not with more-integrated processors designed for mainstream smartphones, like the Blackberry Bold and Blackberry Curve.

Menlow versus Moorestown integration. Die-photo comparison of Lincroft versus Silverthorne. Thermal images of Lincroft in two different power states. Forecast of smartphone processor shipments from to Power states for systems built with Intel's Moorestown chip set.

Estimated battery life of a Moorestown smartphone. Comparison of Intel's Moorestown with leading smartphone processors from Texas Instruments and Qualcomm. Moorestown Goes Embedded Sidebar: Decoding Intel's Code Names Editorial: Smartphone Spectrum Disorder Broadcast television in America, once described as a vast wasteland, now looks more like prime real estate.

Or rather, the radio-frequency spectrum that broadcast TV occupies is the suddenly valuable property. So valuable that some people in the telecommunications industry want to seize all that RF spectrum for wireless telephony and banish terrestrial TV broadcasting to the dustbin of history.

However, the real issue isn't the alleged obsolescence of broadcast TV. The wireless telcos and handset vendors are painting a marvelous vision of the future in which everyone carries a wireless device that delivers a dazzling array of features and services.

Unfortunately, there isn't enough spectrum available to make the vision come true. To differentiate its products and justify their higher prices, Apple must do more than wrap trend-setting industrial design and slick system software around other suppliers' standard parts.

By developing custom SoCs and embedded-processor cores, Apple is assuming more risk, but the potential payoffs are great: Now, Apple is absorbing Intrinsity, a small Austin-based company that sells embedded-processor cores, circuit-design tools, design services, and innovative intellectual property.

It's based on a 1. ARM Cortex-M4 block diagram. With these devices, the third spatial dimension exists for only a split-second slice of time. Tabula's devices can completely reconfigure their fabrics up to 1.

That's about one million times faster than conventional FPGAs. Rapid reconfiguration makes the physical fabric seem much larger than it really is. Tabula's first-generation chips can reuse the same physical gates for as many as eight different functions.

By rapidly reconfiguring the fabric, each physical gate can perform up to eight different functions. Tabula uses time to emulate the third spatial dimension, making one fabric seem like eight fabrics stacked together.

Each configuration is called a "fold" because it folds time into space. Tabula uses transparent latches as "time vias" to pass signals forward in time from one fold fabric configuration to another.

In a Tabula chip, time isn't linear. It's an endless loop, because the last fold wraps around to the first fold. The virtual stack is really a torus. Tabula's first-generation devices run at 1.

As chip-fabrication technology improves, Tabula's 3PLDs may derive greater benefits from Moore's law. Faster clock speeds allow Tabula to add more folds to its virtual 3D fabric.

This has implications for interconnects, as well as for gate density. Although Tabula's chips use single-ported SRAM instead of dual-ported SRAM for user memory, different function blocks can independently access the same memory during each fold.

Physical layout of logic tiles in a Tabula 3PLD. Ellen Clements It is with great sadness that we report the passing of our longtime colleague, Ellen Clements. Few readers of Microprocessor Report are familiar with Ellen, because her name didn't appear in the newsletter.

Yet, for 17 years, Ellen was one of the people who worked behind the scenes to ensure its quality. As far as anyone can remember, Ellen was the only copy editor in the year history of Microprocessor Report.

She began editing the newsletter in, six years after it was founded by Michael Slater in As a freelance contractor, Ellen edited every article for grammar, spelling, and style. She also maintained our in-house style guide.

Ellen had a long career in Silicon Valley as an editor, ghost writer, editorial consultant, and industry analyst. She entered the field in as an analyst for Dataquest, covering minicomputers and printers.

In addition to copy editing for Microprocessor Report, she worked with many other clients. Her academic background was eclectic. She did graduate work in sociology, anthropology, and linguistics at New York University, followed by additional study in German at the University of Vienna.

Ellen was an extrovert, an excellent conversationalist, a dreamer, and a romantic in the European sense. She loved opera and Shakespeare. Ellen's passing was sudden and unexpected.

She was working until her last day. In-Stat and the staff of Microprocessor Report offer our condolences to her family and especially to her surviving son and daughter, Duncan and Amanda.

Ellen, we will miss you. In late January, hundreds of customers, industry analysts, and reporters gathered at Oracle's headquarters in Redwood Shores, California, to hear Oracle and former Sun executives describe their plans for the merged company.

To be sure, the presentations were glossy and often lacked detail. However, the following messages were clear: Sun will not be drastically downsized in a quest for quick profits; Oracle is reinvesting in Sun's key product lines, including SPARC, Solaris, and Java; and Sun's hardware completes Oracle's evolution into a vertically integrated enterprise-technology company, much like IBM in the s.

Oracle didn't acquire Sun solely for the software, as some observers speculated. Of course, chip designers can use any processor cores for this purpose, but only a few cores have the built-in features, coherency control, and coherent debugging that make SMP easier to implement.

All these cores are licensable bit embedded processors supporting two-, three-, or four-way SMP with coherent memory systems. Top speed exceeds 2. This is one of the most complex bit embedded-processor cores yet seen.

All these bit licensable embedded-processor cores are designed for coherent symmetric multiprocessing. The trend of replacing 8- and bit microcontrollers with faster bit devices has processor vendors rushing to shrink their cores to tinier dimensions.

The smaller the core, the smaller the compromise in power consumption and cost when developers leave their 8- and bit chips behind. The latest entry in this race is the ARC Two closely related microarchitectures form the basis of the ARC microprocessor product line.

Sure, artificial environments are beguiling, whether they are created for videogames World of Warcraft, virtual worlds Second Life, Hollywood blockbusters Avatar, or professional training flight simulators.

But now, virtual reality is looking like a stepping stone toward a grander concept: Augmented reality combines some features of virtual reality with actual reality.

It can overlay a live view of the real world with computer-generated graphics or textual information, building an enhanced version of reality that's easier to interpret or navigate. Sometimes, augmented reality fabricates astonishing illusions that are entertaining as well as informative.

Eventually, actual reality may come to seem drab, confusing, even dangerous. Google Goggles can identify books and paintings photographed with an Android smartphone camera.

Google Goggles can identify places of interest in live video images captured with an Android smartphone. Since the s, AMD and Intel have been marketing their microprocessors directly to consumers, using strategies that resemble the mass marketing of automobiles, fast food, laundry detergent, and other consumer products.

But it wasn't always that way. In the s, the idea seemed as silly as marketing capacitors to the general public. The transition of microprocessors from anonymous electronic components to consumer products is a fascinating study that was the subject of a recent discussion panel at the Computer History Museum in Silicon Valley.

But it's not just a history lesson. The coming collision between ARM and Intel in smartphones could be the force that brings PC-style microprocessor marketing to this new frontier.

A discussion about microprocessor marketing at the Computer History Museum brought together five panelists: Claude Leglise was Intel's marketing manager for all x86 processors from the to the Melissa Rey was a marketing communications manager at Intel who promoted all the x86 processors from the to the Dave House, a former Intel senior vice president, helped run Intel's microprocessor business from to Jack Browne was the marketing manager for Motorola's high-end microprocessors from to In addition to having new features, they are generally smaller and faster than their predecessors and use less power when fabricated in the same CMOS process.

The Xtensa 8 core is the smallest base configuration of Tensilica's Xtensa architecture and is intended primarily for bit microcontrollers. The Xtensa LX3 is much more configurable than Xtensa 8 and is intended primarily for data-plane processing and signal processing.

Tensilica's DSP product line. New asynchronous bus bridge for the Xtensa LX3. Tensilica Xtensa LX3 block diagram. Performance comparison, Xtensa LX3 vs. Tensilica's Xtensa LX3 performance estimates, assuming two different fabrication processes, core configurations, and design flows.

M14K processor flash-memory accelerator. In a single-core configuration, it's small enough for workhorse microcontrollers, but a four-horse team of them can haul much bigger loads. Although it's smaller and slower than the Cortex-A8 or Cortex-A9 MPCore, it supports coherent multiprocessing with up to four cores, as well as uniprocessor configurations.

ARM Cortex-A5 block diagram. ARM Cortex-A5 trial layout. ARM Cortex-A5 quad-core block diagram. Fermi processors will continue to shoulder the graphics workloads in PCs, but they are taking the largest step yet toward becoming equal-partner coprocessors with CPUs.

Double-precision floating-point performance is eight times faster than Nvidia's previous generation. With numerous additional improvements, Fermi significantly advances the state of the art in this field.

CUDA multithreading in the Fermi architecture. Fermi architecture block diagram. Memory allocation with CUDA. CUDA kernels are modified versions of conventional functions written in C. G80, GT, and Fermi.

Free link to white paper from which this article was adapted: Looking Beyond Graphics Editorial: Picoprojectors Hit the Mainstream Another future has arrived. Although picoprojector modules began appearing in small presentation projectors and other specialized devices, the technology hadn't quite hit the consumer mainstream.

Then, in August, Nikon revealed the world's first digital camera with a built-in projector. Eventually, picoprojectors will replace bulky video projectors and will liberate portable video from the confining dimensions of tiny LCDs.

More important, picoprojectors will allow inventors to create new products we haven't dreamed of yet. First, Intel has acquired Cilk Arts and RapidMind, two small but brainy companies specializing in development tools for parallel programming.

Second, Virage Logic is buying ARC International, which will alter the competitive landscape for licensable embedded-processor cores. All these moves are further evidence that forward-thinking companies are taking advantage of recessionary prices to strengthen their positions for recovery.

Virage Logic's bid for ARC will add synthesizable microprocessor cores and configurable-processor technology to its growing portfolio of licensable intellectual property IP.

But investors and financial analysts are watching the lower prices of Intel processors and worry that Atom will cannibalize Intel's most lucrative line of business. Their worries aren't entirely unfounded.

Never has the price difference between Intel's low-end and high-end PC processors been so wide and the performance difference so narrow. But the new markets offer tremendous opportunities for growth, so Intel must pursue them, even at the risk of price erosion.

ConnX BBE has provisions for multicore designs and is suitable for infrastructure equipment as well as for next-generation cellphones. ConnX Baseband Engine block diagram. Input chain of an LTE radio baseband.

Only five months ago, Texas Instruments announced a 1. Now Intrinsity is unveiling a 1. Intrinsity's new core, code-named Hummingbird, is functionally identical to a Cortex-A8 implemented in standard-cell static logic.

Intrinsity says Hummingbird can reach 1. It could exceed that clock frequency in a faster but leakier 45nm-GP process. Intrinsity Fast14 design flow. Estimated Cortex-A8 performance in different implementations and fabrication processes.

Although ICT is a government-owned academic and research institution, the MIPS licenses are full-fledged commercial contracts, not the limited academic licenses usually granted to universities.

Tough Times Bring Change Recessions and depressions are national or global in scope, like epidemics and pandemics. But among individuals, the experience varies. Most people don't lose their jobs in an economic downturn or get sick when a disease breaks out.

In tough times, wealth and health accrue even more value. For people who didn't lose their money in the s, the Great Depression was the Great Opportunity. The same is true of today's Great Recession.

Here's an analysis of recent changes in the semiconductor industry that were accelerated, if not wholly caused, by the recession. Wind River's first-quarter revenue bookings, by market category.

It isn't a substitute for the EEMBC suites, which remain a more sophisticated and comprehensive way of measuring performance. But CoreMark is free, portable, easy to use, and yields a single score that's easy to grasp.

Can it finally retire the ancient Dhrystone benchmark? After some quick-and-dirty testing, Microprocessor Report found CoreMark to be a major improvement. CoreMark instruction profile Power Architecture.

CoreMark instruction profile x A recent Wall Street Journal article alarmed critics, but Apple has good reasons for hiring more chip designers. Apple is a consumer-electronics company, not just a computer company, and custom SoCs are crucial to Apple's strategy.

On June 29, , early adopters besieged Apple Stores to buy the first iPhone. To create this kind of frenzy, Apple must differentiate its products from those of competitors. Apple revenues, Q1 All those little iPods add up.

Apple's iPod unit sales, Today, the iPod so dominates the audio market that it's easy to forget Apple wasn't the first to ship an MP3 player. Despite a late and relatively slow start, the iPod soared to popularity.

Some CPU architects strive to design smaller and smaller microprocessor cores, bucking the trend toward larger processors. In the Lilliputian world of microcontrollers and deeply embedded systems, smaller is definitely better.

Cortus APS3 block diagram. Cortus APS3 coprocessor interface. Cambridge Consultants XAP5a block diagram. Tensilica Diamond Standard Micro block diagram. Depends Who's Counting Sidebar Table: Estimated gate counts when implementing the Cortus APS3 processor core in different fabrication processes.

Meanwhile, hard-pressed programmers are tackling the job by hand. Now their task will be a little easier. CriticalBlue has introduced Prism, a code-analysis tool that helps developers extract thread-level and system-level parallelism from legacy programs written in sequential code.

After running the target program in a software simulator that captures dynamic trace data, developers can use Prism to analyze the results in numerous ways. Most important, Prism helps developers explore various what-if scenarios so they can make intelligent decisions before rewriting any code.

Prism analyzes dynamic trace information to identify three classic types of data dependencies. Finding data dependencies with Prism. Analyzing source code with Prism.

A multithreaded data-flow graph in Prism. After the programmer forced some data-dependent operations to execute serially, Prism's data-flow graph shows all data flowing forward in time. Software developers can quickly add or subtract processor cores to test a program with different multicore configurations.

This composite of two cropped screen photos shows the results of forcing a function to run in parallel threads on a quad-core processor. Prism's hot-spot finder detail. Prism's function-call graph detail.

Free link to this article: Going Parallel With Prism Editorial: And that comparison doesn't even add the cost of processing the film. But therein lies a paradox.

Eventually, this trend will drive memory cards into obsolescence before film. Can you spot the soon-to-be-obsolete image-recording medium in this picture? Don't be too quick with your answer.

For Intel, it's the first step toward x86 licensing since the s, when the company sold second-source licenses to AMD and other suppliers. Intel wants to push the x86 architecture into smartphones and other low-power embedded systems, which ARM dominates.

Although Intel isn't close to adopting a licensing model as open as ARM's, this is still a big step for a company that guards the x86 like a family heirloom. Announced February 23, it's a bit synthesizable processor core for microcontrollers and deeply embedded applications.

The Cortex-M0's minimum usable configuration is a mere 12, gates. To put that in perspective: Anything tinier is probably an 8- or bit processor. ARM Cortex-M0 instruction set. ARM Cortex-M0 block diagram.

Low-power state retention in the Cortex-M0. Four bit ARM processor cores suitable for microcontrollers and deeply embedded applications: ARM Cortex-M0 configuration options.

All became more famous than the products of which they are parts, says a Harvard Business School professor. These lessons and others are part of a case study that Professor Richard S.

Tedlow teaches at Harvard Business School. However, Microprocessor Report has a few quibbles with his analysis, mainly because it doesn't go far enough. And it isn't a matter of mere historical interest.

We think the changes wrought by the are more relevant now than ever. As AMD struggles for survival, and after all known startups working on xcompatible processors have crashed, Intel is nearer to capturing a worldwide monopoly of PC processors today than it was 23 years ago.

In the s, eight-bit CPU architectures like the were big sellers, especially in home computers from Apple, Atari, and Commodore. AMD's evolving role as an alterative source for x86 processors since Designing the Intel Sidebar: Dave House was general manager of Intel's Microcomputer Group in Can Detroit Emulate Intel?

More Computers, Less Security As personal computers proliferate, malicious hackers have more targets. But we're so bombarded with warnings about anonymous attacks coming from the Internet that it's easy to overlook the potential threats closer to home.

Can everyone who handles it be trusted? My recent experience with a repair shop shows that we cannot. This download log reveals that my computer was misused by a repair technician.

Surviving the Busted Bubble Economy At Microprocessor Report, we are primarily technology analysts, not market analysts, so we don't make economic forecasts.

Our fellow In-Stat analysts are not so lucky. Even the world's top economists have been rocked by the Wall Street meltdowns, government bailouts, and financial upheavals of recent months. It's difficult to anticipate what will happen a few weeks from now, much less months or years in the future.

Unfortunately, many people believe our now collapsed bubble economy was a normal economy. As a result, they define recovery as the restoration of bubble-level business activity. This misconception is understandable for younger folks who have known nothing but bubbles.

However, even some older people have forgotten what a normal-growth economy looks like. It's time for an attitude adjustment. As users download this driver, the installed base of Stream-capable systems could swell to more than two million PCs.

Before, users had to download and install the free ATI Stream runtime separately. All are software-development platforms for parallel processing. PeakStream's products went off the market after Google acquired the company in This article analyzes ATI Stream.

ATI Stream programming model. Starting now, Freescale is offering design services to customers that want a custom SoC. Freescale will offer intellectual property IP for the chip, will design the chip, and will manufacture the chip.

The customer provides a design specification and money. At first glance, it looks as if Freescale is merely launching a design-services business, just one more design house among many.

But there's a catch. Unlike most design houses, Freescale has little interest in making SoCs entirely new from the ground up. Instead, the SoC must be based on an existing Freescale standard part or use a substantial amount of Freescale's existing IP.

To customize the SoC for the target application, Freescale is willing to add or remove blocks and integrate some customer-provided IP or third-party IP. Among the revelations was a startling feature: In other words, the Godson-3 applies hardware optimization to x86 emulation, much as Transmeta did with its Crusoe and Efficeon microprocessors.

The Godson-3 is also known as the Loongson-3 or Dragon Block diagram of the Godson-3's GS processor core. Cluster of four GS processor cores sharing four coherent L2 caches.

Two GS clusters linked together, forming an eight-core microprocessor.

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