Showing posts with label Processors. Show all posts
Showing posts with label Processors. Show all posts

Liquid Cooled Intel® Xeon Phi™ Coprocessors - Asetek®

Asetek® Liquid Cools Intel® Xeon Phi™ Coprocessors - Asetek to Display Liquid Cooled Intel Xeon Phi Coprocessors at SC12 in Salt Lake City

Asetek® Inc., the world’s leading supplier of liquid cooling solutions for computers announced today that it will show direct-to-chip liquid cooling systems for Intel Xeon Phi Coprocessors at SC12.

Liquid Cooled Intel® Xeon Phi™ Coprocessors - Asetek®

Asetek direct-to-chip technology captures heat from the hot spots in servers notably CPUs, coprocessors and memory directly into liquid. Once the heat is in the liquid it is easily transported to a suitable point for rejection. Suitable heat rejection points range from within a server’s normal cooling air stream using Asetek Internal Loop Liquid Coolers to completely outside of the data center building using hot water and Asetek RackCDU™ liquid cooling. Rejecting heat at the right point increases cooling efficiency which delivers density benefits and savings in energy costs at the server and in data center cooling.

“Asetek direct-to-chip liquid cooling focuses on removing heat from the hottest locations in servers and Intel Xeon Phi coprocessors are key hot spots in a growing number of high performance servers,” said André Sloth Eriksen, Founder and CEO of Asetek. “Cooling coprocessors is important to our strategy of ‘cooling what’s hot’ in a server to maximize the gains in density and energy efficiency in an affordable manner.”


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High Performance Intel’s Newest Xeon E5-2600 Servers - 100TB

100TB.com Continues to Push the Envelope With Low Prices on Intel E5 Servers - Known for industry changing product offerings, 100TB.com continues its reputation with Intel’s newest E5 product family of dedicated servers at unbeatable prices.

Keeping with their reputation of high bandwidth, latest technology, and low price dedicated servers, 100TB.com adds Intel’s newest Xeon E5-2600 product family to their server line-up. Heralded as the best product family to date, the E5 product families are sure to cause a change in the dedicated server market.

100TB.com has a deep history of market changing products. The name of the company itself reflects an offering their competitors are still trying to achieve: 100 terabytes of top tier bandwidth included with every dedicated web server. Adding the Intel Xeon E5-2600 product families to their current server line-up, and pricing strategy, is hard to beat.

“From the beginning we decided to be an industry leading company. We’ve delivered on that vision several times and offering Intel’s new E5 servers, with 100 terabytes of bandwidth, at the price listed, is definitely causing a buzz,” said Thomas Hancock, the general manager of 100TB.com. “There has been a lot excitement surrounding the E5s, we love adding to it.”

The Xeon E5-2600 product families deliver higher performance, efficiency, and security than the prior generation. The new servers optimize I/O throughput and reduce data latency by 30 percent. Running on 100TB.com’s world-class network, the E5 family eliminates network bottlenecks and increases network effifiency.

“The Intel Xeon processor E5-1600/2600 product families deliver up to 80 percent higher performance than their predecessors,” reported Intel in a recent E5 product brief. “ They provide more cores, cache, and memory capacity, along with bigger, faster communication pathways to more data, more quickly.”


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Splashtop to Ship on Intel Sandy Bridge Motherboards in 2012

Splashtop to Ship on Intel Sandy Bridge Motherboards in 2012 - Intel bundles Splashtop Streamer on millions of Motherboards – lets end-users turn a PC into a personal cloud or digital home hub

Splashtop Inc., the worldwide leader in cross-device computing, today announced a partnership with Intel (NASDAQ:INTC) to bundle Splashtop on millions of motherboards to enable personal clouds delivering PC content, media, files and apps to mobile devices and TVs beginning in February.

Intel Sandy Bridge Chip

Splashtop currently bridges over 5 millions mobile users to PCs or Macs worldwide, anytime, anywhere.

Splashtop is fully optimized for the Intel Sandy Bridge CPU chipset and is capable of delivering high-definition video at 1080p and 30 frames per second with low latency to mobile devices.

“People are buying more powerful PCs and turning them into personal clouds to deliver content, files, and applications to their mobile devices," said Mark Lee, CEO and cofounder of Splashtop. " We are excited about partnering with Intel and optimizing Splashtop to deliver the best cross-device user experience."

Splashtop Remote Desktop eliminates the need to transfer, convert or sync files and multimedia among devices. Important work files and office applications, such as Outlook, PowerPoint, Excel and Word, are easily accessed. Content for personal entertainment, including movies, music, photos and even 3D games, can also be enjoyed remotely.


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Reality Synthesizer GPU Professionally Reballed by PSR

Reality Synthesizer GPU Professionally Reballed by PSR, Inc. Now Reballing the Sony PS3 RSX-GPU - The Sony PS3 has several issues that are directly related to the Reality Synthesizer, Graphics Processing Unit commonly referred to as the RSX chip or the GPU. The most common of many problems is the YLOD, Red Blinking light, No video and Video Pixilation. The only repair solution is to replace or ReBall the RSX-GPU.

Reality Synthesizer GPU Professionally Reballed by PSR

The most common of the many problems is the YLOD, Red Blinking light, No video and Video Pixilation. The only repair solution is to replace or ReBall the RSX-GPU.

There are dozens of repair shops that work on the Sony PS3 units, but they are not ReBalling the RSX-GPU, they are reflowing the board in an infrared oven or simply heating the chip. This is a band-aid covering the real problem and will never be reliable. The Solder balls under the chip must be removed and replaced with new. The chip can then be soldered back onto it's host motherboard. This is a very delicate and time-consuming process that takes specialized equipment and weeks of technical training for even the most seasoned veteran.


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Intel Core i7 975 Extreme - World's Fastest - Reviewed

Intel's Core i7 975 Extreme Edition reviewed, crowned world's fastest desktop processor: Surprise, Intel's top of the line 3.33GHz Core i7 975 Extreme Edition is fast. In fact, based on the reviews by Hot HaIntel Core i7 975 Extremerdware and PC Perspective, among others, this quad-core proc is the fastest desktop processor ever. While it's only 4-5% faster across the board than Intel's previous champ, the Core i7 965, world's fastest is world's fastest, right AMD?

Better yet, the CPU is suitable for "significant" overclocking -- HH took it around the benchmark block at 4.1GHz and found only a "small voltage bump" while hitting a 50-degree C max temperature using Intel's stock heat sink. Look for the Core i7 975 to hit retail for a $999 list price which explains why the first gaming rigs wrapped around the 975 start at $8,000.

Complete Intel's Core i7 975 Extreme Reviews at
Hot Hardware review
PCPer review

Source: engadget


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First Phenom based CPUs on November 20, 2007...

AMD going launch the first Phenom based CPUs on November 20, 2007

Despite all the talk of delays at Phenom HQ, AMD is still adamant that the CPUs are going to be with us by the end of the year. In fact, a source from AMD has just told Custom PC that ‘we are looking at back end of November for Phenom...

Meanwhile, the guys at VR-Zone claim to have dug up the details of the chips scheduled for November. According to the site, the first CPUs to be released will be the 2.2GHz Phenom 9500, and the 2.4GHz Phenom 9600. the site says that both chips will have a TDP rating of 89W, and will have 2MB of Level 3 cache, with a further 512MB of Level 2 cache for each of their four cores.

As well as this, VR-Zone also claims that a third 2.6GHz Phenom 9700 will be released before the end of the year with a TDP of 125W. Interestingly, though, the site claims that the FX enthusiast chips won’t be out until next year. The site has scant details of the first Phenom FX-81 CPU, except that it will be clocked above 2.6GHz and will have the same amount of cache as the standard Phenom chips.

However, our source at AMD dismissed the site’s claims saying: ‘this isn’t true – it is just speculation.’ Either way, it looks as though we only have to wait until next month for the first Phenom CPUs, whatever they may be.

Although AMD will launch the first Phenom-based CPUs on November 20 this year, only quad-core versions are planned in the initial stage. However, with the quad-core CPUs only accounting for less than 10% of the whole CPU market, these first CPUs will, consequently, not add much to motherboard demand, the sources explained. Appreciable demand will only start to be seen in first quarter 2008, when dual- and tri-core versions show up in the market, the sources said.

Story behind the Phenom CPUs:

After the more or less successful launch and acceptance of its native quad core equipped line of central processing units which are aimed at the server market segment, Advanced Micro Devices hopes to make a big comeback on the desktop market with its Phenom class of processors that are aimed at competing with the latest offering from Intel.

The top of the line Phenom class of processing units from Advanced Micro Devices will not come all at once but rather dispersed over the next three quarters, allowing the manufacturing company to come up with new iterations of the said processors every few months and eventually resolve any issues or provide occasional performance boosts.

The AMD Phenom line of products will be mainly divided into the 9 and FX series and they will have to compete against the Intel 45 nanometer offerings based on the Yorkfield core. The intermediate, three cored processing units will come under the general designation of Phenom 7 series and they will be placed as a middle level alternative between the quad and the dual offerings.

The first AMD Phenoms to hit the market will be the ones from the 9700, 9600 and 9500 series that will operate at clock speeds of 2.6, 2.4 and 2.3 GHz respectively. All these Phenom class processors will be built using the 65nm fabrication process and they will come equipped with 512KB of L2 cache memory per core as well as a big 2MB of L3 shared cache memory that will be used by all four processing cores. These processors will be based on the Agena core, just like the Phenom FX series that will arrive early next year.

The FX series will become the top of the line AMD processor offering and the very first processor from this line will be the FX-82 which will be clocked at 2.6GHz, just like the 9700 model. Several months later it is expected that AMD will launch two new processors, one from the 9000 series and one from the FX line, both clocked at 2.8GHz and with very alike features.

As AMD currently has no plans for a 3.0GHz or faster processing unit it looks like Intel keeps its performance crown for now, but most probably AMD will continue to offer the best price, performance ratio on the market, gaining more ground on the value market segment. According to the news site tcmagazine, the thermal envelope of the new AMD processors will start at 89 watts for the 9500 and 9600 series and will climb at 125 watts for the 9700 series, while the information concerning the TDP ratings of the FX family are not yet known.

AMD has decided to come up with a new name for the upcoming high-end Agena-based CPUs. Thus, the next-generation K10-derived "Stars" family will
include single, dual and quad-core processors, which will be commercialized under three different brand names: Phenom (high-end), Athlon 64 (mainstream) and Sempron (entry level).

An official chart presents the AMD Phenom FX CPU as AMD's quad core flagship for the soon-to be-released series. The Agena-based Phenom FX is scheduled to be clocked in the 2.4-2.6 GHz speed range. Immediately following are two 2.2-2.4 GHz versions. One of them is supposed to be designed for AMD's Socket 1207 (the Quad FX platform) just as the 2.4-2.6 GHz model and the other will work on the current AM2 sockets. All three Phenom FX CPUs have 4X512 KB for L2 cache and 2 MB for L3 cache.

Further going down the official chart and still sticking with the high-end CPUs, we discover the Phenom X4 processors. These are Agena-based as well and AMD offers 2.2 GHz and 2.4 GHz versions. L2 and L3 caches remain unchanged from the FX models, but the two X4 CPUs have different HyperTransport 3.0 speeds: the 2.4 GHz features a 3.6 GHz HT 3.0 speed while the 2.2 GHz model features a 3.2 GHz HT 3.0 speed.

The availability of Phenom FX and X4 CPUs is set to debut in Q3 2007.

Up next, we find the Phenom X2 CPUs based on the "Kuma" microarchitecture. AMD schedules three versions for Q4 2007, with 2.8 GHz, 2.6 GHz and 2.4 GHz clock speeds, respectively. At the top of this segment there is the AMD Phenom X2 2.8 GHz model, which comes at a staggering the HT 3.0 bus clock of 4.2 GHz. The other two models have 3.8 GHz and 3.6 GHz HT 3.0 clock speeds. Being dual core processors, all three models feature a 2x512KB L2 cache and 2MB L3 cache configuration.

The Athlon 64 X2 denomination will still appear among AMD's future value models based on the "Rana" architecture. AMD schedules a single "Rana" model clocked at 2.2 GHz for Q1 2008. Unfortunately, all future Athlons won't integrate any L3 cache.

Finally, the entry level Sempron CPUs live on through the single core "Spica"-based models, scheduled for Q1 2008. AMD will release two Sempron versions clocked 2.4 and 2.2 GHz, which will feature only 512 KB of L2 cache. These models will be available for the AM2 socket.

Source: Web


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AMD - Triple-Core Phenom Processors

AMD - Triple-Core Phenom Processors, catch the details in this Video Clip...
AMD is throwing the processor world for an interesting curve. While both AMD and Intel are eager to hype their quad-core platforms – various reasons for each – AMD is pitching something that Intel has yet to offer. A tri-core processor.

Why three cores? I'm not sure – but today they announced that they will be adding triple-core Phenom processors to their roadmap for the near future. In a video posted to AMD's site, they pitched it as a CPU that gave a competitive edge in various markets, from desktops to enterprise. Their assertion is that quad-core and beyond are giving diminishing returns, particularly in the desktop market. Obviously, this means a price reduction between these CPUs and another quad-core variant of the same series.

It is a short video, and has more marketing speak than actual technical justifications, but is interesting nevertheless. Depending on the price different between dual, quad and now triple core processors, maybe they will have a fit on the desktop.

On the technical side, this is pretty trivial to do: three to core four is just a fuse to blow. What it gets you is a whole lot of choices. Remember the smooth run of SKUs, that was the beginning. If your clocks are thermally constrained, having three instead of four cores gives you a bin or two of speed. Given how few games use a second core fully, this might be a real win.

As far as money goes, assuming there is no salvage, three cores could still be a profit win, but it could be a loss. The selling price of a three core is greater than the price of a dual, and if that difference is greater than the manufacturing cost difference between a dual and a quad, AMD wins. If it is not, or people who would buy a quad buy a tri, then they lose.

Overall, it ends up with greater flexibility for AMD. How the firm uses it will determine whether or not this is a win, loss or draw. In any case, look for it on the consumer side, not the server first, and possibly moving over if it works out.


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