Thermalright, best known for its aluminum fin heatsinks devised the AXP-140 CPU heatsink for HTPCs, that is low-profile friendly with a height of 7 cm. VR-Zone unboxed the heatsink to take a few pictures.

The AXP-140 supports Intel processors on the LGA-775 socket. It consists of a thick nickel-plated copper CPU contact block from which six aluminum heatpipes convey heat to an aluminum fin array. Unlike conventional heatsinks from Thermalright, the array propagates horizontally along the plane of the motherboard. The dimensions of this heatsink are 145 x 147 x 70.2 mm (L x W x H). It weighs 900 g (1.98 lbs). Although this heatsink could cool some processors with low TDP passively for a silent operation, a 120mm fan can be attached to it for active air-cooling. The AXP-140 is expected to be priced at US $59 when it hits the stores.

For good or for bad, it seems that DigiTimes was wrong on Intel and NVIDIA's plans about the future of netbooks. Recently DigiTimes reported that Intel is to forbid using of NVIDIA's brand new GeForce 9400 chipset also known as the Ion platform. Now, two days after the report, Intel spokesman said there is no such thing:

There is nothing preventing vendors from using the Ion platform. We sell Atom as a stand-alone processor, or as package with chipset,

said Bill Calder, an Intel spokesman, in an e-mail sent to InternetNews.com. It's the manufacturers of the netbooks who will decide whether or not to combo the Atom with NVIDIA's chipset and powerful graphics core.

Barely a week into its announcement, the NVIDIA Ion platform, finds itself amidst a potential controversy that has trouble written all over it, reveals a DigiTimes report. The Ion platform is NVIDIA's attempt to bring to market, products incorporating the Intel Atom processor and its own core-logic with embedded GeForce graphics technologies. The controversy involves an internal statement distributed by Intel to hardware manufacturers that they will be able to purchase stocks of Atom processors bundled with homegrown i945GSE and i945GC chipsets, and not just the processor itself.

This leaves manufacturers with inability to buy just the processor. While manufacturers can work around this by buying the entire bundle per unit, in order to use the processor on products based on the Ion platform, it is an expensive way of doing it and substantially increases manufacturing costs. This would then render Ion based products too expensive to fit in the market segment originally conceived. NVIDIA's executives have been lobbying with Taiwanese PC makers to garner support for the Ion platform. Intel responded to the report, saying that it had no plans to validate NVIDIA MCP79 on netbook or nettop platforms. Intel also has no plans to form a partnership with Nvidia to support nettop or netbook platforms based on the Intel Atom CPU, the company added. A response is awaited from NVIDIA.

A DRAM major is incomplete without a product lineup that includes solid-state drives (SSDs). Kingston is looking to fill the void in its lineup with SSDs. The company looks to update is lineup as early as by January 2009. Due to time constraints and to play safe with intellectual property terms, the company looks to source its products from manufacturing sources, with a monthly shipment goal of 10,000 units, according to a DigiTimes report.

Kingston co-founder David Sun stated that Kingston does not intend to cover the manufacturing part at this stage, as SSD technology involves numerous intellectual property (IP) items. Therefore, Kingston will enter the market follow the same path as for NAND flash products (memory cards and flash drives), by securing supply for its SSD products with Intel, Sun indicated.

Intel is expanding its award-winning Intel X25-M and X18-M SATA Solid-State Drive (SSD) family by announcing the production release of a 160 gigabyte (GB) capacity drive in a 2.5-inch form factor. The product is shipping now, and a 1.8-inch 160GB version will begin shipping next month. There's one more thing worth mentioning for these multi-level cell-based drives - their read and write speeds - and they are sustained read of 250MB/sec and 80MB/sec write. Get more information and product details here.

Former Intel CEO and Co-Founder Andy Grove has an interesting proposition for his former company. He believes that the emerging market for plug-in electric vehicles and hybrids presents a major business opportunity for Intel to become a leading manufacturer of advanced batteries. While Mr. Grove retired in 2005 he still serves as an advisor to Intel's leadership, including CEO Paul Otellini. This would mark a major divergence from Intel's current business model, as it would be unlikely much of their current research could be applied to such a drastically different product. In the early 2000s, Intel tinkered with producing consumer electronics, but the idea was shelved after a short time. More recently, Intel has abandoned business units that did not closely relate to its chip business. There is no doubt that the potential exists for advanced batteries to be a highly lucrative product as the public becomes ever more aware of environmental concerns and automotive manufacturers begin to design more electric and hybrid vehicles. One of the main obstacles for GM's Chevy Volt program is the lack of advanced battery technology to power it for a reasonable amount of time. Even though it would require creation of new departments from the ground-up Intel's financial resources make it a possible, although currently improbable, business venture. Currently there is no word from Paul Otellini on whether Intel is actively considering Grove's advice.

Intel ranked 4th overall, and 1st for the semiconductor sector, in the first ever ranking of consumer and technology companies on climate change strategies. The Ceres report assessed 63 of the world's largest consumer and technology companies on their corporate governance and climate change practices. Check out the CSR@Intel blog to learn more about how Intel fared in the analysis.

XFX has just released its X58i motherboard, yet another new member of the Intel X58 based guild. Pictures and specs of the motherboard follow below.

Ericsson announced today that it is collaborating with Intel to ensure that Ericsson's Mobile Broadband Modules are interoperable with Intel Anti-Theft PC Protection Technology for notebooks to offer a secure and reliable anti-theft solution for mobile broadband users. The collaboration addresses solutions to minimize the negative consequences when notebooks are lost or stolen, and in conjunction independent encryption software when sensitive data is lost while on-the-go and to prevent unwanted data intrusion.

Thanks to Intel and its Game On website, fans of Ubisoft's Far Cry 2 title can now enjoy 3 more hours of their favourite game, playing several bonus maps. These explosive bonus missions are kindly available for free here thanks to Intel.

Intel Corporation has completed the development phase of its next-generation manufacturing process that further shrinks chip circuitry to 32 nanometers (a billionth of a meter). The company is on track for production readiness of this future generation using even more energy-efficient, denser and higher performing transistors in the fourth quarter of 2009. Intel will provide a multitude of technical details around the 32nm process technology along with several other topics during presentations at the International Electron Devices meeting (IEDM) next week in San Francisco.

i5? i5! Core i5 would be the brand name Intel's mainstream desktop derivatives of the Nehalem architecture based on the Lynnfield core would carry. It is similar to its big brother, the Core i7 for the most of the part except for a few differences:

• A current generation Direct Media Interface (DMI) Interconnect as chipset interface
• A 128-bit wide DDR3 memory interface (Dual Channel) instead of triple-channel
• Some more machinery from the northbridge migrated to the CPU, such as the PCI-Express root complex
• The newer LGA 1160 socket

Lynnfield continues to have four x86 processing cores with HyperThreading enabled, with 256 KB of L2 cache per core and a shared 8 MB L3 cache. Chiphell got its hands on not only the processor, but also a compatible motherboard and run a quick preliminary evaluation of the processor. The processor, clocked at 2,127 MHz, was put though SuperPi, wPrime, Cinebench, Fritz Chess, and 3DMark Vantage. The processor is expected to release in the second half of 2009.

NVIDIA will have the opportunity to design platform core logic (chipsets) for the Intel Atom processor, in the weeks to come. The visual computing giant has had a fair bit of success with its MCP79 chipset for mainstream PCs, which could be ported to platforms with much smaller footprints, such as netbooks and nettops. The starting point in its roadmap could well be the MCP79 itself which has architectural superiority over Intel chipsets in the same range, for being of a monolithic design.

Intel's own chipset for the Atom processor faced quite some criticism from the media for being dated in both design and manufacturing processes, resulting in its high TDP. Major players in the industry, ASUS, Gigabyte and MSI have said they welcome the partnership between Nvidia and Intel and believe the cooperation would give them more pricing flexibility.

Intel has introduced its first set of mobile dual-core CPUs under the Celeron M branding. There are two models up for sale: T1700 and T1600, clocked at 1.83 GHz and 1.66 GHz respectively. These processors, based on the Core micro-architecture, have a shared L2 cache of 1 MB. These chips have a front-side bus speed of 667 MHz. Both these processors are derived from the 65nm silicon fabrication process, and come with rated TDP of 35W. The T1700 and T1600 are priced at US $86 and $80 respectively (in 1000 unit tray quantities), and are intended to be value offerings towards a segment of notebooks.

Absolute Software, Intel Corporation and Lenovo are bringing hardware-based anti-theft and computer-theft deterrence technology for notebook computers to businesses.

Select Lenovo ThinkPad T400 notebooks will be among the first notebooks to ship with support for Intel Anti-Theft PC Protection and Absolute Computrace technology built in. The new optional services will be available beginning in December.

The release of the Intel Core i7 has set the overclocking arena abuzz with excitement in anticipation of new world records. Armed with the ASUS ROG Rampage II Extreme motherboard that supports the newest Intel platform, the Japanese overclocking enthusiast duck smashed to the top of the overclocking charts and notched in a world record for Core i7 CPU frequencies. Recording an exceptional score of 5510.09 MHz, duck clearly laid down the gauntlet for future challengers to the throne. A CPU overclocking veteran, duck still holds the world's highest frequency for overclocking a Pentium 4 631 CPU to a staggering 8180.4MHz last year.

The new world record was in no small part thanks to the overclocking-oriented features found on the new Rampage II Extreme motherboard. TweakIt, an easy-to-use joystick-like control on the motherboard, enables overclockers to make real-time changes to their systems' core frequency, voltage and other parameters-even while the benchmark utility is running. At no point does software come into play, as the tweaking is completely hardware-based. With hassle-free tweaking, coupled with real-time LCD poster information such as system frequency, users can implement on-the-fly modifications during CPU tests for extraordinary benchmark scores. The validation can be found here.

After outlining the phase out schedule for its Core 2 Quad Q6600 processor, Intel today reported that it is retiring two more CPUs - the 2.66GHz Core 2 Quad Q6700 Kentsfield (65nm) quad-core and the 2.6GHz Core 2 Duo E4700 Allendale (65nm) dual-core. Intel will be taking orders for both processors until March 24, 2009 and shipping them until June 4, 2010 in trays, and until July 3, 2009 boxed.

ASUSTeK is planning on introducing a Celeron version of the Eee Box desktop replacement PC, as a desparate precaution. The Eee nettop products have not sold as well as expected since their first debut four months ago, and even the well designed Intel Atom processors are to be replaced by Celerons to see if things will go better.

While its nettop products have not sold as well as expected since debuting four months ago, Asustek is introducing a Celeron version of the Eee Box priced at NT$7,988 (US$240) in order to increase shipments for this year, according to market sources. The company is replacing the Atom processor with a Celeron 220 processor and upgrading its hard drive from 80GB to 120GB, while cutting the overall price, the sources explained. According to the latest Eee Box price quotes, a system featuring a Celeron 220 processor and 120GB hard drive is selling for NT$7,988, with the price bumped up to NT$11,900 when bundled with a 19-inch LCD monitor. A system with an Atom processor and 80GB hard drive, keyboard, mouse, and Eee Stick is selling for NT$9,999, the sources added. According to estimates from Asustek, the company expects to ship 100,000-200,000 units of the Eee box this year and over one million units in 2009, while Intel estimates shipments for nettops will reach 60 million units by 2011, the market sources noted.

Intel Corporation and Hitachi Global Storage Technologies (Hitachi GST) today announced plans to jointly develop and deliver Serial Attached SCSI (SAS) and Fibre Channel (FC) enterprise-class solid-state drives (SSDs) for servers, workstations and storage systems.
The combination of a leading Enterprise drive supplier with a NAND technology and manufacturing leader will produce world-class solutions in terms of reliability, performance and system compatibility. The two companies will work together exclusively to deliver enterprise SSDs with SAS and FC interfaces, with the first products expected to be available in early 2010.

Intel made additions of three new chips to its mainstream thru value lineup of desktop processors. They include Core 2 Quad Q8300, Pentium Dual Core E5300 and Celeron Dual Core E1500.

The Core 2 Quad is based on the 45nm Yorkfield-4M core. It has an operating frequency of 2.50 GHz and a FSB configuration of (7.5 * 333 MHz) with an effective FSB of 1333 MHz. It has a total L2 cache of 4 MB. This chip will be priced at US $224 (1000 unit tray). Pentium Dual Core E5300, based on Wolfdale-2M sports 2 MB of L2 cache and a clock speed of 2.60 GHz (13.0 * 200 MHz) with an FSB of 800 MHz. It will be priced at $86, displacing the E5200. The Celeron series is now lead by E1500, clocked at 2.20 GHz and an L2 cache of 512 KB. This chip is based on the older 65nm Allendale core, and is priced at $53.

Buffalo has released an Intel-made solid-state drive (SSD), model SHD-NSMR 80G. The 2.5 inch, 80 GB drive is built on the multi-level cell (MLC) design, with rated sequential read speeds of up to 253 MB/s, with random read speeds of 241.7 MB/s. The drive uses standard SATA II interface. It measures 100 × 70 × 10mm (width × height × depth), and weighs 88g.

The drive bundles a decent set of related software by Acronis: MigrateEasy data migration software, TrueImage LE data backup software, DiskDirector LE partition management software, and DriveCleanser data secure-deletion software. The drive is now out in Japan and costs 103,950 JPY (about $1,090).

DigiTimes reports that Intel is to phase out its most beloved 65nm 2.4GHz Core 2 Quad Q6600 processor in the first quarter of 2009.

Intel is planning to start phasing out the 65nm Core 2 Quad Q6600 in the first quarter of 2009, prompting several PC and channel vendors to start planning to cut Q6600-product prices to clear their inventory before the end of this year, according to sources at PC vendors.
Intel will issue a product discontinuance notice for the Q6600 in the first quarter next year, and call end-of-lifecycle in the second quarter.
Acer has reduced pricing for its Intel Core 2 Quad Q6600-based desktops to below NT$13,900 (US$418) for the IT Month consumer show in the Taiwan market, and other vendors are expected to follow suit.

Intel plans its own public demonstration of the overclocking capabilities of the Core i7 processors. This, in response to rival AMD achieving an overclock of well beyond 5.00 GHz, and booting at speeds above 6.00 GHz. The engineers at Intel reportedly carried out a large-scale binning of Core i7 processors, to cherry-pick the best performing part. The scale of binning could well be best of 100,000 units.

A chief engineer at Intel, Francoise Piednoel expressed his reservations regarding the 6.00 GHz overclocking feat AMD carried out with its upcoming Phenom II X4 processor last week, saying that the overclocking capabilities of the Phenom II X4 demonstrated do not reflect those of release-grade products, and cannot be replicated in a real-world setting. AMD may have disabled several sensors on the cherry-picked chip used in its demonstration, which facilitated that overclock. In response to this, Intel would be disabling the same sensors, in its special demonstration chip. The demo could be held at CES 2009. The professional overclocker chosen to achieve this feat would be none other than FUGGER from XtremeSystems. FUGGER could be set the task of taking the most desirable, binned Core i7 965 Extreme Edition chip all the way up to a stellar 7.00 GHz, if all goes well.

Have you ever thought of overclocking your shiny little netbook, probably not, but here's what might happen if you're wondering. In my humble opinion this is ridiculous, but it's possible. Overclocking experts from Team Australia, using an ordinary MSI Wind U100 netbook and a single Kingston 2GB DDR2 667Mhz SO-DIMM, have done the unthinkable, overclock the hell out of an Intel Atom N270 netbook processor. If you remember, MSI recently released a v1.09 BIOS for the Wind that allows overclocking. That's exactly what Team AU have done, dismantle an MSI Wind netbook, put some LN2 cooling and use the latest BIOS to max the Intel Atom CPU frequency. The end result is pretty good, they've managed to push the poor 1.6GHz Atom N270 CPU to an amazing 2385MHz (FSB 199 x 12 multiplier) and take a CPU-Z snapshot. There's really no point in doing that, but it's pure fun. The full discussion thread for this insane experiment is posted over at XtremeSystems.

Micron on Monday said to CNET that it would start mass-production of its long-awaited RealSSD C200 256GB solid state drives early next year. More specificaly, a Micron representative said that the company will start volume production in March 2009, and although both Micron and Intel have just unveiled 34nm memory technology, the 256GB SSDs won't utilize it. Using the new 34nm process will allow both companies to deliver drives with over 300GB of storage space, but that's another story plus these drives won't come out until the end of 2009. According to some information given before, the 2.5-inch Micron RealSSD C200 256GB SSDs will read data at 250MB/s and write at 100MB/s. The new SSDs will have a SATA 3.0 Gbps interface and will make use of MLC (multi-level cell) NAND flash chips. Previously, Micron said the drives were to enter mass production in Q4 2008, but the chipmaker is slightly behind schedule and won't make it until next year.