Google Chrome OS Cr-48 Notebook for sale in China

By Koushik Saha on 25.12.10

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Google's Chrome OS-running Cr-48 netbook is quite a hot item nowadays, so coveted that, despite only being available directly from Google, it's already become available for sale in China.

As you will certainly remember, search-engine giant Google officially introduced a couple of weeks ago its first-ever netbook, the Cr-48, meant to offer at glimpse at the future Chrome operating system's capabilities, and made it available within its Pilot program (sort of a beta-testing initiative).

However, as GizInChina reports, it seems that, if you happen to live in China and you have 7,777.77 Chinese yuan (roughly 1,170.84216 U.S. Dollars) to spare, you'll be able to get one of the new Cr-48 netbooks even if you haven't qualified for the aforementioned program, since the item was listed as being available for saleon one of China's largest online sales portals, Taobao (with no less than 77 pieces being available in stock)

While the photos posted within the respective listing seem to be genuine enough (we've also added them to our article, so you can check them out directly), there's very little technical info to go on, the vendors informing possible customers that the device sports a 12-inch display, an Atom CPU running at 2.66 Ghz, a built-in 3G module and 64GB of built-in flash memory.
As far as we're concerned, the listing on Taobao has two possible explanations: either we're talking about clones (which shouldn't be much of a surprise, given the fact that, after all, Chine is the land of knock-offs), or about genuine Cr-48 netbooks that were more or less voluntarily misplaced (we seriously doubt that Google would actually sell these things in China, since it's not doing it anywhere else around the world).

However, we wont' probably get to know the truth about these netbooks unless someone actually gets to purchase one, and if one of you happens to do so, please, don't hesitate to drop a line in our comments section.


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32nm CPUs next year from AMD

By Koushik Saha on 2.3.09

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Although Advanced Micro Devices was previously expected to get ready to produce central processing units under the 32-nanometer process technology only in 2011, it seems that the chip maker plans to speed things up a little. Dirk Meyer, chief executive of AMD, stated recently that the company was set to “ramp up” production in the middle of next year, and that it expected volume production to start in the fourth quarter of the year.

Currently, the CPUs shipped by both AMD and Intel are fabricated using the 45nm process. The Sunnyvale company has managed to come to the market with processors manufactured under the 45nm process only in the fourth quarter of last year, but it seems that it expects to be able to move to the next-generation 32nm fabrication by mid 2010.

Unlike the previous generation of chips made by AMD, the 32nm CPUs will only be designed by the company, The Foundry Company being the one that will take on the manufacturing process. It seemsthat the spinoff of its facilities into a new entity helped the chip maker keep on track with rolling out new-generation processors only about a year behind archrival Intel.

According to Meyer, AMD and Advanced Technology Investment Co., formed by the Abu Dhabi government, will close today the deal regarding the spinoff of the chip maker's manufacturing operations into a joint company. This move is expected to help AMD put an end to an entire line of quarterly loses.


Meyer says that the chip maker expects the Foundry Co to provide it with the necessary resources, mainly due to the fact that AMD will own 34 percent of the newly formed joint venture. At the same time, he seems to believe that the spinoff was a great move for AMD. “We've been actually impressed to see the quality and depth of the relationship a fabless company can have with its partners,” Meyer said.


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Thermaltake's new Xpressar RCS100 & RCB400 Series

By Koushik Saha on 23.2.09

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At CeBIT Hannover, you’ll be able to discover Thermaltake's latest Technology innovation, Xpressar, the world first micro-refrigeration system, and you can get much more than you can expect!

The Xpressar™ is a micro vapor-compression refrigeration system. The vapor-compression refrigeration system has been the most widely used method for air-conditioning of large public buildings, private residences, hotels, hospitals, theaters, restaurants and automobiles. It uses a circulating liquid refrigerantas the medium, which absorbs and removes heat from the space to be cooled and subsequently rejects that heat elsewhere.

With the success of the RCS100, Thermaltake will be demoing the next generation, RCB400 series prototype in Cebit 2009. It’s a bay drive unit that cools CPU and VGA units.

You will be able to discover more infos in our Cebit booth. Please visit us at Hall 24 Booth # C02!


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Athlon X2 7850 in the second quarter of 2009

By Koushik Saha on 24.1.09

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"AMD is preparing the way for a new CPU Athlon dual core, still based on 65 nanometer technology of CPU Phenom"

AMD is preparing the debut of the cpu which will take place in the segment of the solutions with Athlon X2 dual core architecture, the model Athlon X2 7750 Black Edition recently presented.

We talk about the Athlon X2 7850 cpu, expected to debut during the second quarter 2009. This processor family presumably cpu Black Edition, characterized by frequency multiplier unlocked upwards so as to facilitate the overclocking by users.

The new CPU will be characterized by the clock frequency of 2.8 GHz, compared with 2.7 GHz CPU Athlon X2 7750 Black Edition; to find its own two cores, each tied to 512 Kbytes of L2 cache. Completing the technical characteristics of this cpu 2 Mbytes of unified L3 cache between two cores, memory controller and DDR2-1066 HyperTransport 3.0 bus for connecting to the motherboard.

The technical specifications of this processor reflect those of cpu Phenom X4 and Phenom X3, because this is the L3 cache from 2 Mbytes featuring cpu Phenom family.

The production technology used by AMD is at 65 nanometers for a transition to 45 nanometers have to wait until the third quarter 2009 with the launch of the first cpu family Regor, based on the same architecture of cpu Phenom II but with a quantity of L3 cache that presumably remain equal to 2 Mbytes, exploiting this to the modularity of L3 cache of the cpu.


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ASUS Rampage II Extreme, "Fast & Furious"

By Koushik Saha on 14.1.09

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After the ASUS P6T Deluxe OC Plam left a very good impression because of good performance and overclockability we are now happy to test the ASUS Rampage Extreme II. On this Board you'll find a lot of overclocking features and we also hope good overclockability and performance.Further you'll find a very solid power supply on this board: 16 phases CPU, 3 phases QPI/DRAM, 3 phases NB and 3 phases memory is much more than you can wish. Even the BIOS is optimized for overclockers and enthusiasts. These and other features we mention later make the Rampage II Extreme interesting to overclockers as well as enthusiasts.


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AMD to launch 6 business-class desktop 45nm CPUs

By Koushik Saha on 5.1.09

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AMD is heading towards kicking off its desktop CPU lineup built on the 45nm manufacturing process this 8th of January. The company also started off with selling certain "business-class" CPUs last year, CPUs that are rated for long MTBF, giving it a little incentive for business/office PC manufacturers for using the processors in their models. The company is looking to do the same with its 45nm desktop CPU lineup, with six business-class CPUs on the cards, sources tell DigiTimes.

The models planned are dual-core Athlon X2 B23 (2.9GHz, 2MB cache) and B21 (2.7GHz, 2MB cache), triple-core Phenom II X3 B73 (2.8GHz, 7.5MB cache) and B71 (2.6GHz, 7.5MB cache), and quad-core Phenom II X4 B93 (2.8GHz 8MB cache) and B91 (2.6GHz 8MB cache). These processors are slated for Q3 2009. Following the introduction of these, the company plans to phase-out its current business class CPUs by issuing last-order notices for them in Q4. These will be issued for Phenom II X4 9850B, 9750B, 9600B and Phenom II X3 8850B, 8750B, 8600B as well as Athlon X2 5600B, 5400B, 5200B, 5000B, 4850B, 4450B and Athlon 1640B.


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VIA To launch Dual-Core version of Nano CPU

By Koushik Saha on 2.1.09

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Chip manufacturer VIA will begun to manufacture test samples of a dual-core version of its Nano CPU and expects to ship this processor by Q4 2009/Q1 2010. This new chip is an upgrade to the Nano chip, which was introduced earlier this year to compete with Intel’s breakaway Atom processor.
According to this detailed report filed by Digitimes, Via is expected to first introduce the Nano 3000 Series CPU which will feature SSE4 support which is sublicensed from Intel. These new CPUs will be manufactured using Fujitsu Electronics 65nprocess. This may change however as TSMCoffers a 40nm manufacturing process and Fujtisu itself has a 45nm process. The second iteration of this chip will be the Nano E, which will bump the FSB to 1333 MHz, utilize a 65nm process and be compatible with current NanoBGA2 motherboards.


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AMD updated desktop cpu schedule

By Koushik Saha on 27.12.08

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AMD, on the brink of making a start with its first desktop CPUs made on the 45nm manufacturing process, seems to have updated time-frames in which it will introduce new CPUs and manage inventories of currently available CPUs. Data compiled by DigiTimes from sources in the motherboard manufacturing industry points towards the following in 2009:

* The introduction of four new SKUs in the months of April, that include Athlon X4 (Propus core) 615 and 605, Athlon X3 (Rana core) 420 and 410, followed by Athlon X2 (Regor core) 240 and 235 in June
* Last# orders for Phenom X4 9850 and 9950 (140W) to be taken in March, Phenom X4 9750, 9850 (95W) and 9950 (125W) will be in June, before which Phenom II X4 920 and 940 in May (in most likelihood replaced by models 925 and 945)
# Phase-out of Phenom X3 8450 and 8550 started, that of Phenom X3 8650 in March followed by Phenom X3 8850 and 8750 in June
# Last order notice for Athlon X2 4450e to be issued in March


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DFI ready with first LGA 1366 motherboard

By Koushik Saha on 17.12.08

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DFI is ready with the first LGA 1366 motherboard in the micro-ATX form factor, the DFI LP JR X58-T3H6, dubbed LANParty Junior, which supports the latest Core i7 processors by Intel. The motherboard measures 245 x 245mm. Despite its smaller size, it has a respectable feature-set: 6-phase CPU power circuit, six DDR3 DIMM slots for triple-channel memory, two PCI-Express 2.0 x16 slots supporting both ATI CrossFire and NVIDIA SLI, an additional PCI-Express x4 slot, and HDCP capable ALC 889A HD audio.

The BIOS features CMOS Reloaded, Voltage Tuning for vDIMM, vNB, vCore, vSB, vHT, frequency tuning in increments of 1 MHz, adjustable CPU multiplier, andABS technology system. The board features as many as 7 fan headers, onboard power and reset switches, and diagnostic LED display. There is no word on the pricing or availability at this point in time.


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Asus unveils Celeron based Eee Box

By Koushik Saha on 15.12.08

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Asus, more famously known as maker of Eee PC netbooks, has spruced up its Eee Box line up with the addition of a Celeron-based B203.

The new Celeron-based B203 Nettop is expected not to have more changes as compared to its successor. The B203 features a budget-minded Celeron 220 CPU instead of the Intel Atom, has reworked hard drive options with increased storage capacity, offering a 120GB and 160GB version in addition to the 80GB offered in previous versions.

The B203 comes with four USB ports, a flash card reader, a DVIoutput, and Ethernet and Wi-Fi connectivity. The Nettop runs Windows XP Home, and Windows Vista.

No details on pricing are yet revealed on the website.


Still the market watchers expect that it could undergo processor change and that can lower the price of the Eee Box from $350 to $240. It will thus allow the small form-factor desktop to better compete with similarly low-cost desktops and laptops.


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Intel Core i7 920, Core i7 965 EE

By Koushik Saha on 15.12.08

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Long awaited Nehalem architecture got its official name: Core i7. We have tested two CPUs based on this architecture along with one motherboard based on X58 chipset also signed by Intel. But let’s cut to the chase and go straight to testing and results.
New Chipset

Code name for X58 chipset is “Tylersburg”. This chipset is made in 65 nm manufacturing process and it is direct descendant of X48 chipset, which means that it belongs to Intel Extreme chipset series. There will be more than one version of X58 chipset: EP, EN and WS version that will be differentiated by number of PCI Express lines and QPI (QuickPath Interconnect) connections (links, busses). On server or WS (WorkStation) motherboards we can expect larger number of QPIs (used for I/O communication of integrated memory controller), while EP versions will have more PCI Express lines. Motherboards based on EP and EN versions of X58 chipset will be used more frequently than WS version. Weexpect that EP versions of X58 motherboards will have at least 3 PCI Express slots of which 2 slots will operate in x16 mode. Maybe the best detail of X58 chipset is that it will support CrossFire and SLI technologies.X58 chipset consists of two chips but MCH (Memory Controller Hub – memory controller) is integrated in CPU so there is no memory controller in NorthBridge. Because of that it is wrong to call it NorthBridge but many of us will continue to call it that way. Right name for that chip would be: I/O Hub, because almost only function of this chip is to connect CPU with PCI Express bus and SouthBridge. ICH10 or ICH10R (I/O Control Hub) is known from the past, and we encountered it for the first time on P45 chipset. Technical specifications are the same: 6 SATAII ports, two GB LAN controllers, 12 USB 2.0 ports, 6 PCI Express x1 slots, Intel HD audio etc. Real difference is existence of one PCI slot and no PATA connectors.At first sight Intel DX58SO is so different from any other tested motherboard and since we got technical sample we cannot comment on accessories that will be in retail package. Motherboard itself looks conservative and at the same time very contemporary. As you may already conclude, it is based on X58 chipset. This model belongs to Intel Extreme series of motherboards. Layout is drastically different from earlier models from this series. DDR3 memory slots are located on same positions as on legendary DFI NF4 LanParty Ultra-D model. There are 4 DIMM memory slots but it is not clear why Intel didn’t implement all 6 slots. Triple Channel mode for memory is achievable by inserting memory modules in blue colored DIMM slots. Fourth slot is almost useless in this configuration because it can be cause of problems with memory addressing (degradation of performances can occur), especially if we take into account integrated memory controller. Location of memory slots affected position of CPU socket that is located almost at the center of motherboard. Six-phase power unit is placed right beside CPU socket and mosfet transistors are covered with aluminum heat-spreaders. On the right are positioned 24-pin power connector and I/O Hub (IOH) that is also cooled by blue colored aluminum heat-spreader on which can be mounted 40mm transparent fan. This small fan is lighted by blue diodes and can be mounted thanks to supplied plastics clips. EPS12 connector has unusual location: at the middle of motherboard closer to right edge. We assume that this location is used because of closeness with CPU power unit so current will be more “ironed” and with less loss. Other components on motherboard have more or less standard positions.
Besides standard and many times seen options, most interesting options are those that are used for overclock. Overclock options can be found in “Processor Overrides” section while other important settings can be found in “BUS Overrides” and “Memory Overrides” sections. In BUS Overrides menu you can set voltage and basic speed of integrated memory controller and QPI bus. In Memory Overrides section can be found settings for all memory timings. Interesting detail is that only upon inserting Core i7 965 CPU we unlocked some of the options in Memory Overrides section. One of those “new” options were two additional multipliers for memory (10 and 12) besides “old” 6 and 8 values. After we plugged in “weaker” Core i7 920 CPU those options disappeared but despite that we managed to achieve stable clock for QPI of 195MHz which resulted in 3.9 GHz frequency for Core i7 920 CPU model. Very impressive! Unfortunately we didn’t manage to determine are those 195 MHz limit of motherboard or is it only for our CPU. The fact was that motherboard booted even on QPI set on 210 MHz but system was very unstable. Most surprising fact was that even with new BIOS (updated) motherboard didn’t allowed us to lower multiplier so we didn’t manage to test limits of QPI bus. Nor “regular” (920) nor EE (Extreme Edition – 965) Core i7 didn’t allowed us to lower multiplier so we think that it is “fresh” BIOS to be blamed for that and the hope remains that this “bug” will be ironed in next BIOS version.


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Intel finalized 32 nm

By Koushik Saha on 12.12.08

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The first 45 nm processor Intel was unveiled in October 2007, was the Core 2 Extreme QX9650. In mid-November 2008, Intel introduced its new architecture, Nehalem, with the Core i7, always engraved in 45 nm. To follow the agenda of its tick-tock (a new fine etching / a new architecture a year, alternating), the manufacturer will have to disclose the process of burning 32 nm next year. The roadmaps show the "Westmere", a development of 32 nm "Bloomfield" (the Core i7), scheduled for Q4 2009. And obviously, "Sandy Bridge" with a new architecture, landing in 2010. All this seems on track ...

You should know that Intel is preparing a new finesse burning in three stages, the research, development and production. In September, the foundryfoundry announced it had produced a first chip SRAM in 32 nm. Today, Intel indicate that the development of this fine etching and her forthcoming production. The world's leading manufacturer of x86 processors is on time and for the moment everything is going well for the 32 nm.

AMD, which has just introduced its first server processors in 45 nm and declination preparing their public for January, should keep a good year behind Intel. The manufacturer should not break its 32 nm server CPU before the end of 2010, and the general public will have to wait 2011. AMD has also recently indicated that instead of the 44% originally planned, it has only 34% of The Foundry Company, the rest being provided by investors from Abu Dhabi.


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Medfield, next version of Atom

By Koushik Saha on 11.12.08

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The latest reports by industry insiders reveal some interesting updates on the IALP/Atom roadmap.

The most important update is about a new code name, Medfield. It is the 2H/2010 32nm successor to Lincroft, part of the Moorestown platform. The interesting thing about this code is while Moorestown and the current Menlow platforms have a CPU + chipset, Medfield will be an all in one package.

Medfield will be offered in two variants, one with handheld level graphics, the other with netbook graphics. As per speculations, the netbook variant will usea version of the current Intel integrated GPU, and the handheld version will carry on with a PowerVR core.

In addition, Atom sales have the potential to open new markets. They are win-win package for the market.
Related to this, recently a update indicated that AMD can loose market on grounds of absence of netbook chips.


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Deneb processors launch date unveiled by AMD

By Koushik Saha on 2.12.08

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Advanced Micro Devices upcoming Deneb processors have made it to the headlines within the past few weeks, and, as their launch date closes even more, new info on them seem to surface every day. The chip maker has already announced that the new chips will come under the Phenom II brand, which will include the high-end models, while the low-end parts will be branded Athlon.

According to the latest news, the first new line CPUs are expected to hit the market in January, on the 8th day of the month, to be more precise, and they will be compatible with the already-existing AM2 and AM2+ chipsets from the company. These chips should remain on the market for about half a year, during which the Sunnyvale company expects to complete the transition to the next-generation AM3 platform, designed to fit the needs of the new processor.

An article published by the guys from HKEPC shows both the names of the new Phenom II and Athlon parts scheduled for release at the beginning of the next year, as well as the market segments the chips are aiming at. It seems that the maker plans to release seven quad-core 45nm processors featuring core speeds ranging from 2.5GHz up to 3.0GHz. The 2.5GHz part would be Phenom II X4 805, which would also sport 6MB of cache, the same as the 2,6GHz Phenom II X4 810. Both chips are scheduled for February, along with the 2.6GHz Phenom II X4 910 with 8MB of cache.The other four Phenom II X4 chips are 920 running at 2.8GHz and 940 clocked at 3GHz, both featuring 8MB cache and coming on January 8th. The 2.8GHz Phenom II X4 925 comes in February as an AM3 part, the same as Phenom II X4 945 running at 3GHz, which will arrive in April next year with 8MB of cache.

Beside the quad-cores, AMD also plans launching two Phenom II X3 processors based on its code-named Heka chip, the Phenom II X3 710 featuring 2.6GHz and 7.5MB cache and Phenom II X3 720 with the same cache but 2.8GHz clock speed. Both chips are expected to arrive in February 2009. The Athlon series will include six processors based on the company's Propus, Rana and Regor cores, two for each of them. These chips will arrive in April and June next year, and quad, triple and dual-cores, respectively.


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AMD plans to release six 45nm CPUs in February

By Koushik Saha on 1.12.08

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Forget about chocolate, flowers, or diamonds, because the real buying decision come Valentine's Day will be what processor to indulge in. It's no stretch to say the entire tech world will remain infatuated with Intel's Core i7 platform by the time February rolls around, but Intel won't be the only one trying to woo consumers. According to DigiTimes, motherboard manufacturers are busy preparing for a sextuplet of 45nm quad-core AM3-based CPUs from AMD in February.

* Phenom II X4 710 (2.6GHz, 6MB L3 cache)
* Phenom II X4 720 (2.8GHz, 6MB L3 cache)
* Phenom II X4 805 (2.5GHz, 4MB L3 cache)
* Phenom II X4 810 (2.6GHz, 4MB L3 cache)
* Phenom II X4 910 (2.6GHz, 6MB L3 cache)
* Phenom II X4 925 (2.8GHz, 6MB L3 cache)The same sources that have been whispering sweet-somethings to DigiTimes also say that AMD will follow up it's busy February release schedule with more 45nm CPUs in April, but they won't be Phenom parts. Instead, look for Athlon-branded chips without the shared L3 cache. Additionally, the chip maker plans to release the quad-core Athlon X4 600 family and tri-core Athlon X3 family at the same time. And if you can wait until June, sources say AMD will introduce it's 45nm dual-core Athlon X2 200 series.


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Phenom II X4 Processors price listed

By Koushik Saha on 28.11.08

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As it is the case with almost every soon-to-be unveiled hardware product, details on AMD's next-generation desktop processors, the Phenom II X4 CPUs, have also leaked on the Internet recently, as they were listed on the web page of an Australian online retailer. The listed models were soon taken down, but luckily, the guys over at Fudzilla managed to get their hands on a couple of details on the processors, including models, clock levels, pricing and cache size.

As it turns out, AMD's new Phenom II X4 processors, which will be manufactured using a 45nm processing technology, will initially be available in two models, namely the Phenom II X4 920 and the Phenom II X4 Black Edition 940. As mentioned in previous articles, the resemblance to Intel's naming scheme is more than striking, as the Santa Clara, California-based chip maker has already launched its Core i7 920 and Core i7 940 CPU models.As far as specifications go, the upcoming Phenoms will be available with clocks speeds of 2.8GHz and 3.0GHz, for the 920 and 940 models, respectively. Both models will provide a 2MB L2 cache and a 6MB L3 cache, compared with Intel's 8MB cache across its entire Core i7 lineup. Price-wise, these two Phenom CPUs are expected to become available for approximately $471.9 and $532.4, although these prices are yet to be confirmed by the company itself, upon the official release. Also, you will have to remember that we are talking about Australian currency, which basically puts the new Phenoms at a price point of approximately US$300 and US$350.

It has already been said that the new Phenom II, quad-core, 45nm processors from AMD are great overclockers, but we shouldn't expect them to compete directly with Intel's highest performance CPUs to date. However, we could see the Phenom II processors taking a considerable part of Intel's mainstream product segment, as it is here that the old Core 2 Duo architecture, which still uses an FSB technology, will probably see some fierce competition from AMD's upcoming products.


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Nvidia unveils Tesla Supercomputer

By Koushik Saha on 22.11.08

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“Personal” and “supercomputer” aren’t words that would usually appear side by side, unless you’re a mastermind at Nvidia. With the announcement of their latest machine, the Tesla Personal Supercomputer, they’re looking to bring what was normally thought of as gigantic, to the small time.

The Tesla only costs 1/100th of what a normal supercomputer cluster would cost, and only takes up a small fraction of the space. Thanks to heterogeneous computing, the process of CPUs acting in tandem with GPUs, it all fits right into a desktop form factor.

It’s reported that the Tesla is based off of Nvidia’s CUDA architecture, making it possible for the system to be programmed in the C language. 960 cores can be working side by side inside the system, and it’s claimed that these systems are already in use at MIT, Cambridge and other environments.How much will your own personal supercomputer run you? An admittedly reasonable 10 large. Hey, 960 cores is a bargain at that rate.


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Core 2 processors with TDP desktop systems

By Koushik Saha on 21.11.08

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Despite the recent debut of solutions based on Nehalem architecture, marketed under the brand name of Core I7 few days, Intel seems not willing to stop the development of solutions Core 2 Duo systems for Socket 775 LGA least for the first part of 2009 .

The debut of some new cpu with Intel quad core architecture characterized by low levels of consumption of particular content, with maximum TDP in 65 Watt said.

The models are to debut Core 2 Quad Q9550, with clock frequency of 2.83 GHz and L2 cache of 12 Mbytes, Core 2 Quad Q9400 with clock of 2.66 GHz and 6 MB of L2 cache and Core 2 Quad Q8200 with clock of 2.33 GHz and L2 cache of 4 MB. For all these cpu are the same value as TDP quad pumped bus and by 1333 for MHz clock.he prices are respectively 369, 320 and 245 U.S. dollars excluding taxes.
Processors such, in view of the total content combined with a high power, to obtain HTPC systems of major power computer that does not descend to particular compromises in terms of noise operation. Similar approach will be followed by Intel for a wide range of processors Core 2 family, in this case with TDP up to 35 watts.

The following versions of the processor that will be presented by Intel during the month of November.
Core 2 Extreme QX9300
Core 2 Quad Q9100
Core 2 Extreme X9100
Core 2 Duo T9600
Core 2 Duo P9500
Core 2 Duo T9400
Core 2 Duo P8600.


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Surge Protected motherboard from Asus

By Koushik Saha on 18.11.08

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As power fluctuations are a matter of concern to PC users in India, this motherboard is backed by Anti-Surge Protection technology - a new motherboard hardware technology that provides protection against power surges or unstable power fluctuations. The P5KPL-AM/PS also features support for the new Intel 45nm CPUs and FSB 1600 for excellent operational performance; while built-in 5000hr full Japan-made conductive polymer solid capacitors in VRM provide longer, more durable lifespan.

Vinay Shetty - Business Manager, Components, Asus (India) said, "The Asus P5KPL-AM PS motherboard was especially designed by our R&D team keeping India in mind. This motherboard has a unique Anti-Surge Protection feature that protects the critical components of the motherboard and CPU from voltage fluctuations. This feature sets this motherboard apart from all other motherboards in the market and it is the perfect solution for users in India who have been worried about inconsistent power supply damaging their system for long time."In the event of power fluctuations or surges during PC operations, the motherboard can protect itself and the CPU by switching off the unstable power. Also, when users start their PCs (especially after a surge), there is usually no means to check if the power is unsafe to the motherboard - and might result in damage to the motherboard that could even lead to device failure.

Working in the background, Anti-Surge Protection Technology provides protection against power fluctuations through three important features: over-voltage protection, short circuit protection and power-good signal generation.

Generally, without Anti-Surge Protection Technology, there is no "stop-gap" that checks for over or under voltage before it enters the PC and power supply. With Anti Surge Protection Technology, detection of either over or under voltage will cause it not to send the "POWERON" signal to the Super I/O—protecting the PC from power surges. The Anti-Surge Protection Technology also continually monitors the 5V, 12V, 3V voltages in real-time to deliver over-voltage and short circuit protection. If and when one of these supply voltages are either a great deal bigger or smaller than their normal operation voltages, Anti-Surge Protection Technology will then switch off the power to protect the motherboard and CPU. Users need to only restart the PC to resume working without risk of motherboard damage.

This new motherboard is based on the Intel G31 platform with support for 1600(O.C.)/1333 / 1066 / 800 MHz FSB, 2x RAM slots for up to 4 GB of RAM, has an integrated Intel Graphics Media Accelerator 3100 inbuilt GPU and 8x USB ports. The board retails at a cost of Rs. 2,975.


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Intel shows working 80-core processor

By Koushik Saha on 25.10.08

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Last year, Intel announced a project to build a processor that would pack no less than 80 cores. While the idea may seem rather futuristic to some, the chip maker is reported to have already demonstrated the CPU at the Gitex Dubai trade show. Reports say that the Santa Clara based company wasn't shy at all at showcasing the processor, with the demonstration being made in the general public area outside of the trade show.

As we all know, Intel has other multi-core projects in the pipeline, and Larrabee is one of them. However, the showcased processor was not Larrabee, but another CPU. The company is said to have started working on this CPU long before Larrabee came into play. The showcased CPU features 80 small cores, and is able to deliver 1 Teraflops of computing power. The 80-core chip is said to need only 78.35W of power, and that it features a 3.13GHz clock speed.

According to Fudzilla, Intel also detailed several other features of the CPU. The technology it comes with allows for almost all of the cores to be totally shut down when not needed. Also, it seems that the CPU can downclock all the way to 780MHz in such situations, and that the peak Teraflops performance will drop to 0.01. The CPU would only need 6.45W to compute the 4tile, 4x4 matrix mult withcomm equation.The research processor was built under the 65nm process and the company expects it to be ready for the market in the next five or seven years. It seems that Intel will come out with this eighty-core CPU as a part of the future line of sixteen, thirty two, sixty four CPUs, right before a ninety six-core version. The chip manufacturer considers the multi-core as being the near future for the CPU industry, although such an approach might sound rather idealistic.

Since the current multi-core processors are already facing problems concerning the lack of adequate software able to scale on a large number of cores, Intel should also consider conducting a research project in this area as well, so as to allow users to benefit from all the eighty featured cores.


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