It looks like Intel has concrete plans with its SSD lineup moving into 2012. A roadmap slide sourced by VR-Zone reveals that its main SSD lines feature major additions or replacements that will take shape by the third quarter of 2012. To begin with the enterprise-grade 700 Series, Intel will have launched SSD 720 "Ramsdale" family of PCI-Express SSDs with SLC NAND flash memory, and SSD 520 "Cherryville", a successor of SSD 510; by the end of 2011. These products will lead the lineup through, with no changes in the first quarter of 2012.

In 2012, Intel will launch "Ramsdale MLC" PCI-Express SSD, a variant of Ramsdale that uses MLC-HET NAND flash memory, that increases capacities, while offering endurance roughly comparable to SLC, if not as fast as it. Capacities will double over Ramsdale SLC, into 400 GB and 800 GB. Around that time, Intel will also launch SSD 500 Series "King Crest", a new 2.5-inch SATA 6 Gb/s SSD that succeeds SSD 520 "Cherryville" family, and makes use of 25 nm MLC-HET NAND flash instead of standard 25 nm MLC NAND flash. Its capacity options are unknown.

Well, this is good news for PC enthusiasts. PC overclocking has become a competitive sport in recent years with various brands hosting the competitions and others also chipping in with sponsorship money. This year's event was the fourth annual MSI Master Overclocking Arena competition held in Taipei, Taiwan, with sponsorship money coming from the likes of Intel and Kingston among others. Basic competition info: sixteen teams worldwide; benchmarks used were Super PI 32M, 3DMark 11 and surprisingly, the ancient 3DMark 2001SE but it's not clear why such an old benchmark is being used; the components used are given to contestants based on a lottery system, the team picking a number corresponding to either a CPU or a complete rig. This prevents contestants from having an unfair advantage by bringing in their own heavily modified kit to press home an advantage. Imagine how much more potent a modded motherboard with beefed up voltage regulators could be? Turned out that the favourites, previous winners Romania, won the competition. The prize money was only $3000, which is paltry compared to mainstream sports, but remember that this overclocking "sport" is still very new and is very niche in nature, so isn't so unreasonable when viewed in that light. Head on over to VR-Zone for more competition details and photos.

Intel is preparing to discontinue a couple of Core processors in the LGA1156 package, and a few older processors in the LGA775 package. These include the Core i5-661 and Core i3-530, two of the first Clarkdale dual-core processors, Pentium Dual-Core E5700, Celeron E3500 and E3400.

Intel will take orders for Core i5-661 and Core i3-530 till April 27, 2012, and will ship the last of them by October 5, 2012. Orders for Pentium E5700, Celeron E3500 and Celeron E3400 will be taken till December 30, 2011. While the last of the tray shipments will be completed by June 8th, 2012, boxed versions will ship till supplies are depleted in Intel's warehouses.

Corsair, a worldwide designer and supplier of high-performance components to the PC gaming hardware market, today announced the addition of 8GB DDR3 memory modules to its Vengeance and Value Select product lines.

The new 8GB Vengeance DDR3 memory operates at 1.5V for compatibility with the new 2nd generation Intel Core processor family and is guaranteed to operate at 1600MHz. Providing 8GB of rigorously-screened DRAM on a single module allows gamers and performance enthusiasts to build systems with 32GB of high-performance memory.

In 2012, it's curtain's for Intel's iconic Nehalem/Tylersburg platform, with the company issuing the Intel X58 chipset a schedule for discontinuation. The chipset has exactly 12 more months to attain EOL (end of life) status. Intel will continue to take orders for Intel X58 till April 27, 2012, the last of these orders will have shipped by October 12, 2012. Intel X58 + ICH10/R is the de facto chipset for Intel's Core i7 client processors in the LGA1366 package.

To motherboard vendors, the X58 I/O Hub (northbridge) is priced at US $39, and another $14 for the ICH10R southbridge. In November 2011, Intel is releasing the proper successor for the Nehalem/Tylersburg platform, the Sandy Bridge-E/Patsburg, consisting of Core i7 processors in the LGA2011 package, and Intel X79 chipset.

Samsung Electronics America Inc., a subsidiary of Samsung Electronics Co. Ltd, today announced the Samsung Series 7 All-In-One PC, an elegant, streamlined and easy-to-use desktop computer. By combining Samsung's powerful technology with a sleek, minimalist design profile, the Series 7 All-In-One PC offers a top-of-the-line computing experience in a sophisticated, clutter-free package. Additionally, the elegant touch screen monitor capitalizes on Samsung's renowned television technology, offering users a TV-quality experience on their PC.

"Samsung's new all-in-one PC provides all of the benefits of a full-sized desktop computer without the cumbersome tower and wires often associated with that form factor," said Scott Ledterman, director of mobile PC marketing at Samsung Enterprise Business Division. "It's an ideal choice for consumers looking to upgrade their PC, as it will provide them with the latest technology while freeing up valuable desk space in their home or office setup."

PC enthusiast customers and companies running corporate datacentres looking to buy into the new Sandy Bridge-E platform may want to wait a little while before handing over their hard-earned money to Intel. The initial batch of C1 revision Sandy Bridge-E processors have a bug - "errata" in Intel terminology - in them with VT-d, which means that hardware accelerated virtualization doesn't work properly with them (software only mode is unaffected). The feature when working properly, allows all hardware acceleration to work on the hosted operating system (virtual machine). This would allow things such as hard drive controllers to work, plus applications such as high-powered 3D games, typically First Person Shooters, to run at nearly full speed and the full Windows Aero desktop to be displayed on the hosted OS, as the hardware features of the graphics card can be used. Therefore, working VT-d is a critical feature for these kinds of applications.

Alpenföhn is aiming at the performance crown under the CPU coolers with the K2. For this, Alpenföhn is employing two cooling towers and ships the unit with two, potent Wing Boost fans. The middle fan with 140 mm is intended to keep the air flow at a maximum, while the smaller 120 mm unit in front is meant to offer maximal compatibility to modern mainboards, while still providing impressive air flow. Those wanting to go even further may install a third fan in the rear of the cooler. The Alpenföhn K2 CPU cooler is available immediately at Caseking.

The cooler utilizes an incredible amount of materials with a massive weight of 1050 grams. Using more mass does not simply equate to greater performance, as only an intelligent use of such will make for a great cooler and this is something the Alpenföhn engineers are certainly experts in. Eight heatpipes are embedded in a Copper, with both aspects featuring a high-quality Nickel plating. On top of that, all contact points between cooling fins, heatpipes and ground plate feature high-quality solder points to maximize the potential of the K2.

Intel released two new Desktop Board Extreme Series motherboards based on the Z68 chipset, supporting Core processors in the LGA1155 package, the DZ68ZV and DZ68BC. The DZ68ZV uses the same exact PCB as the DP67BG, replacing the P67 PCH with Z68 (they're pin-compatible). It lacks display connectivity. The only plus here is support for Intel Smart Response Technology. It uses a 8-phase active-swiching/load-balancing digital PWM power circuitry for the CPU, and quite a few overclocking features. Expansion slots include two PCI-Express 2.0 x16, three PCIe x1, and two PCI. Storage connectivity includes two SATA 6 Gb/s four SATA 3 Gb/s and one eSATA 3 Gb/s. Then there's 8-channel HD audio, USB 3.0, and Intel GbE controller.

The DZ68BC is a completely new design that is tailored for the Z68 chipset, complete with overclocking features, as well as display connectivity. The CPU is powered by an 8-phase digital PWM VRM, makes use of improved VRM cooling, expansion slots include two PCI-Express 2.0 x16, three PCI and two PCIe x1, storage connectors consist of four SATA 6 Gb/s, four SATA 3 Gb/s, and two eSATA. There's 8-channel HD audio, Intel GbE connections, display IO that includes DVI, D-Sub, and HDMI, USB 3.0, and possibly FireWire. Lucid Virtu comes bundled, that provides active switching between the integrated and discrete GPUs.

Acer's first Aspire One 522 netbook powered by AMD's low-power C-60 accelerated processing unit hit shelves in Europe. The Aspire One 522 was released in January, powered by other AMD APUs that aren't as power-efficient as the C-60. The AMD C-60 features two x86-64 cores clocked at 1.00 GHz, which can jump up to 1.33 GHz with TurboCore, and a Radeon HD 6290 graphics core that runs at 276 MHz, that can run at 400 MHz with TurboCore.

The Aspire One 522 is a 10.1-inch netbook with all the essentials you'd expect from a netbook from this category, plus the performance advantage AMD's APUs bring to the table over Intel Atom. Its LED-backlit screen features 1280 x 720 pixels resolution, the APU is backed by 1 GB of DDR3 memory, and storage is care of a 320 GB hard drive. Connectivity includes a web-cam, 10/100 Ethernet, WiFi b/g/n, Bluetooth 3.0, and a 5-in-1 card reader. Display connectivity includes D-Sub and HDMI. A 6-cell battery powers the machine. It comes with Windows 7 Starter pre-installed. The new Aspire One 522 is priced at €279.

Intel released its latest generation of Atom processors, codenamed "Cedar Trail". Unlike earlier expected, the portable (netbook) variants of the new Atom processor aren't launched this day, just the low-power desktop (nettop) variants of Atom D2500 and Atom D2700. Cedar Trail is built on the 32 nm fabrication process, it features faster graphics, more graphics connectivity options (such as DisplayPort), hardware HD video acceleration, and a faster integrated memory controller.

Both the D2500 and D2700 are dual-core processors, with two x86-64 cores, and four logical CPUs for the OS to deal with, using HyperThreading technology. The D2500 is clocked at 1.86 GHz, while the D2700 runs at 2.13 GHz. Both chips feature 1 MB of shared L2 cache, the TDP of both are rated at 10W. New features included with the two are Intel Wireless Display Technology, Fast Boot, and PC Sync. The improved embedded graphics core is capable of 1080p video playback, supports hardware acceleration of popular HD video formats, and supports Blu-ray 2.0 format. Available to OEMs, the Atom D2500 and D2700 are BGA chips, priced at $42 and $52 in 1K quantities, respectively. The portable (netbook) variants of this generation, the N2600 and N2800, are expected to arrive a little later.

We know how chip manufacturers aren't usually very keen on overclocking of their products, but here, Intel explains the actual steps to take in achieving a great overclock! And oddly enough, this includes their locked CPUs as well, which raises the question of why lock them at all? Bit-tech looked into overclocking the new LGA2011 Sandy Bridge E in detail.Intel highlights the key areas for overclocking Sandy Bridge E processors, and gives a practical example of a 4.74 GHz overclock

The bets are off, it looks like Intel is in for a price-performance shock with AMD's Bulldozer, after all. In the press deck of AMD FX Processor series leaked by DonanimHaber ahead of its launch, AMD claims huge performance leads over Intel. To sum it up, AMD claims that its AMD FX 8150 processor is looking Intel's Core i7-980X in the eye in game tests, even edging past it in some DirectX 11 titles.

It is performing on par with the Core i7-2600K in several popular CPU benchmarks such as WinRAR 4, X.264 pass 2, Handbrake, 7Zip, POV Ray 3.7, ABBYY OCR, wPrime 32M, and Bibble 5.0. AMD FX 8150 is claimed to be genuinely benefiting from the FMA4 instruction set that Sandy Bridge lacks, in the OCL Performance Mandelbrot test, the FX 8150 outperforms the i7-2600K by as much as 70%. Lastly, the pricing of the FX 8150 is confirmed to be around the $250 mark. Given this, and the fact that the Core i7-2600K is priced about $70 higher, Intel is in for a price-performance shock.

In a possible bid to counter the upcoming AMD FX eight-core processors, Intel is reportedly reorganizing its Unlocked Core i7 processor series in the LGA1155 package. Currently there's only one Unlocked Core i7 LGA1155 processor model, the Core i7-2600K, and that is holding on to a US $320 price-point. It will be joined by the Core i7-2700K in the near future.

According to sources, this won't quite be a case of i7-2700K displacing the i7-2600K from its $320 price point, but that the new chip will occupy a slightly higher price point than the $320 the i7-2600K commands. According to the sources VR-Zone spoke with, the new i7-2700K could "end up somewhere close to US$340-350." It would then give Intel the flexibility to play with the price of the i7-2600K as the situation demands (letting the i7-2600K keep its $310~$320 price, or send it down below $300). Intel's Core i7-2700K is expected to launch on October 24, close to two weeks after AMD launches its first AMD FX processors.

A slip-up by Intel revealed its next high-performance socket LGA1155 processor, the Core i7-2700K. The box part product code of the new chip was disclosed in the latest material deceleration datasheet (MDS) document, as BX80623I72700K, carrying the spec code SR0DG. From the given product code, one can deduce the SKU as Core i7-2700K. No other specifications were given out, but given that Core i5 2000 and Core i7 2000 quad-core models are spaced out in steps of 100 MHz, one can only guess that the i7-2700K carries a clock speed of 3.50 GHz, with 3.90 GHz Turbo Boost. In all likelihood, the release of this new chip could be timed to coincide with AMD FX 8150, displacing the Core i7-2600K from its existing price-point, and making the 2600K compete with the FX-8150 at a more competitive price.

Intel Corporation announced today its latest solid-state drive (SSD), the Intel Solid-State Drive 710 Series, a purpose-built Multi-Level Cell (MLC) data center SSD and replacement for the Intel X25-E Extreme SSD. While the Intel X25-E was based on more expensive but highly reliable Single-Level Cell (SLC) NAND flash memory, the Intel SSD 710 uses compute-quality Intel 25-nanomenter (nm) MLC NAND flash memory with Intel High Endurance Technology (HET) to deliver the endurance and performance necessary for data center, financial services, embedded, Internet portal, search engine and other demanding storage and server applications, but at a greater value.

"The Intel SSD 710 Series gives enterprise data center and embedded users extreme endurance and performance, enabled by Intel's High Endurance Technology based on Intel 25nm MLC NAND technology," said Rob Crooke, Intel vice president and general manager of the Intel Non-Volatile Memory Solutions Group. "Intel SSDs are widely deployed in the data center due to their performance, reliability and value. Our latest SSD product family offers more than 30 times the write endurance of our current MLC SSDs, plus improved performance and new features, such as power-loss data protection and surplus arrays of NAND for enhanced reliability."

Here are the first pictures of Intel Desktop Board Extreme Series DX79SI. This is the first socket LGA2011 we've seen that has eight DDR3 DIMM slots (four on either side of the socket, two DIMMs per channel), every other board has barely enough room for four. LGA2011 supports quad-channel DDR3 memory, yielding 33% bandwidth gain over triple-channel DDR3 and 100% gain over dual-channel DDR3. Despite its large memory area, the DX79SI sticks to standard ATX board dimensions. This is thanks to some smart engineering.

While on other LGA2011 boards, the CPU VRM is concentrated to the north of the socket, on this board, it is split between the north and south of the socket. Both areas have heatsinks, and the VRM area to the south is located where older generations of motherboards would typically have the northbridge chip. X79 is a single-chip chipset, located where the PCH/southbridge typically is.

Back in August, it was reported that the retail packages of some, if not all, Intel's Sandy Bridge-E Core i7 LGA2011 processors will not pack the certified cooling solution like Core i7 LGA1366 processors do. It was also reported that Intel will sell its own-branded cooling solutions separately. It became a little obvious right then, that Intel won't selling dinky-little heatsinks that cost a couple of dozen Dollars. At the ongoing IDF event, Intel displayed its first retail-packaged cooling solution that's not only LGA2011-compatible, but also supports older socket types such as LGA1155, LGA1156, and LGA1366.

The cooling solution is a closed-loop (self-contained) liquid cooler made by water cooling OEM Asetek. Called the RTS2011LC, the cooler is rated to cool processors with TDP of up to 130W. The cooler consists of an exposed-copper block that also houses the pump, tough and flexible tubing that runs to the radiator assembly, which houses a reservoir, and a fancy-looking 120 mm fan. Along with the fan, the Intel logo on the block lights up blue. The radiator used looks similar to that on the Hydro Series H70, a popular cooler by Corsair, which is also made by Asetek. Expected to be available around the same time as Core i7 LGA2011 processors, the Intel RTS2011LC could command a price over $99.

Here are the first pictures of ASUS' latest gaming desktop under its premium Republic of Gamers banner, the ROG CG8565. This black beauty is sculpted with the typical "edgy" design that has been found on recent ROG products. The case has no windows, but its design is enough to be an eyeball-magnet at LAN parties. The case looks well-ventilated with its intricately-designed vents on its top and sides. The front door slides down revealing the front panel, with two USB 3.0 ports, two USB 2.0 ports, audio, multi-format card reader, a Blu-ray ROM + DVD-RW combo drive, and a 3.5-inch SATA hard drive hot-swap bay. The ROG logo glows red when the system is powered on.

Under the hood, the ROG CG8565 is a Sandy Bridge-powered system. It is driven by an Intel Core i7-2600K quad-core processor, that's overclocked out of the box at 4.20 GHz. There are two higher OC presets that's selectable using the ROG panel, OC1 runs the CPU at 4.40 GHz, and OC2 runs it at 4.60 GHz. The CPU makes use of liquid cooling. In all likelihood, the motherboard is an ROG Maximus IV-class. There's 16 GB of dual-channel DDR3-1600 MHz memory.

Intel is in no mood to settle down its high-end client solid-state drive (SSD) lineup, the company is preparing a new line of SSDs in the 2.5-inch SATA 6 Gb/s form-factor that succeeds the SSD 510 Series. Called the SSD 520 Series, the new line consists of various size options that didn't exist with SSD 510 Series, improvements in performance and price per gigabyte, and a few new features. While the SSD 510 is available only in two sizes (capacities): 120 GB and 250 GB, SSD 520 Series comes in a lot more: 60 GB, 120 GB, 160 GB, 240 GB, and 480 GB. It's as if Intel is taking SandForce SF-22xx SSDs head-on at each price-point.

Sequential and random access performance figures are known to vary between different models (capacities) with Intel SSDs, but there's one set of them that we have in hand, perhaps it's of the fastest model: up to 530 MB/s read, 490 MB/s write sequential performance; and 40,000 IOPS reads and 45,000 IOPS writes random performance. SSD 520 Series drives make use of 25 nm MLC NAND flash memory, and a complete feature-set for today's client SSDs: TRIM, SMART, NCQ, and ACS-2 compliance. The drives are rated with 1.2 million hours MTBF, can operate between 0 and 70°C, and withstand up to 2.7 G (RMS) vibration. Production of Intel SSD 520 Series SATA 6 Gb/s drives are expected to start in the fourth quarter of 2011.

Even as AMD struggles to get its FX series processors out, and into to the market, Intel seems to be doing the opposite: trying to get Sandy Bridge-E (enthusiast) out as quickly as possible. The new high-end desktop/workstation platform was slated for December, and then there was news that chipset delays could push it into 2012. Fresh news pin-points the launch date to Week 46 of 2011, more specifically, November 15. On that day, Intel will have processors as well as compatible Desktop Board products (Intel-branded motherboards) out in the markets, ready for purchase. Ideally, motherboard vendors should have their socket LGA2011 products stocked up by then, too.

Intel will begin the Sandy Bridge-E platform with Core i7-3960X Extreme Edition 6-core Unlocked processor, Core i7-3930K 6-core Unlocked processor, and Core i7-3820 4-core processor. Intel X79 Express is the De facto desktop chipset. The first compatible Intel Desktop Board products include DX79SI, and DX79TO.

In the weeks to come, Intel will unveil a new family of solid state drives, the SSD 710 series, codenamed "Lyndonville". These come in the 2.5-inch form-factor, and use the 3 Gb/s SATA interface. Intel is pitching SSD 710 series to the enterprise computing segment, as a potential successor of even the X25-E series. Its design principles include giving the enterprise segment an SSD with lower price per gigabyte and endurance comparable to X25-E. Intel is able to achieve lower price per gigabyte because it is using High Endurance Technology Multi-Level Cell (HET-MLC) NAND flash memory chips built on the 25 nanometer fabrication proces, and not 50 nm SLC NAND flash.

Intel's SSD 710 series are available in three capacities - 100 GB, 200 GB, and 300 GB. The endurance rating, 4 KB and 8 KB random read/write performance, and even sequential transfer rates vary between the three. Endurance and performance are also affected by overprovisioning. The drives can be set provide its maximum advertised unformatted capacity, or 20% of it can be overprovisioned. The SSD 710 drives provide up to 1,500 TB 4 KB random write endurance, and up to 2,400 IOPS 4 KB random write performance.

Intel launched as many as 16 new processors over the weekend, including 11 desktop socket LGA1155, and 5 mobile chips. The new wave includes several new sub-$100 parts covering key price-points, and carrying the Pentium and Celeron brands. Leading the pack is a new quad-core chip that is sure to strike a price-performance sweetspot: the Core i5-2320. This chip displaces the Core i5-2300 from its price-point of US $177, and is faster. While the i5-2300 is nominally clocked at 2.80 GHz, the i5-2320 runs at 3.00 GHz. Another significant introduction here is the Core i3-2130, which displaces the i3-2120 from its price-point of $139. The new dual-core chip is clocked at 3.40 GHz, 100 MHz faster than the chip it's displacing.

Then there's another kind of change, the Core i3-2125. This chip is identically clocked with the i3-2120 at 3.30 GHz, but it might be tweaked in other parameters (such as GPU clock speed, feature-set, etc). Core i3-2120T is a new low-power desktop chip, that's clocked at 2.60 GHz, and nearly half the rated TDP, at 35W. Then there's a trio of Pentium-branded dual-core chips, including the G630T, G860, and G630, clocked at 2.30 GHz, 3.00 GHz, and 2.70 GHz, displacing the G620T, G850, and G620, respectively.

Gigabyte released a new utility that allows you to change the mode of the chipset SATA controller between IDE, AHCI, and RAID (if available), from within Windows. While the switching isn't exactly on-the-fly (because changing SATA mode is effectively changing the SATA controller as Windows sees it, and hence can't happen on-the-fly), it certainly saves the trouble of going into BIOS setup and digging out that option. The utility works by writing the value of the selected mode to the CMOS, and prompting a system reboot for the change to take effect. Gigabyte's Disk Mode Switch utility works on Gigabyte motherboards based on Intel 6-series chipset (H61, H67, P67, and Z68). Now why you'd need a Windows-based utility to change a BIOS setting as infrequently changed as SATA controller mode is something we'll leave it to you to comment on.DOWNLOAD: Gigabyte Disk Mode Switch

Last week, Intel released a firmware update (0362) for its SSD 320 Series products that it claimed would address the "8 MB bug", which results in a data loss with the drive not being able to see more than 8 MB of the installed NAND flash memory. After application of the firmware update, some reported back to Intel Support Community claiming that the new firmware did not effectively address the 8 MB bug, and has in some cases, made the drives even more unreliable. The users note that a SSD self-test cycle by the drive is causing Windows to crash with a bluescreen (BSOD). Intel has not responded to these posts.