NVIDIA's Kepler and Intel's Ivy Bridge architectures are a match made in Acer's upcoming VA40 notebook. The notebook combines Intel Core i7-3612QM quad-core processor with NVIDIA GeForce GT 640M discrete graphics, and with NVIDIA Optimus technology, performs dynamic-switching between the GT 640M and Intel HD 4000 graphics embedded into the processor. A Chinese forum user "yknyong1" posted screenshots of the two components using available diagnostic software. We know that CPU-Z 1.6 adds reliable support for Ivy Bridge CPUs, but GPU-Z 0.5.9 has preliminary support for Kepler GPUs, too. At least it knows how to count CUDA cores, ROPs, clock-speeds, and other basic information, even if it gets a few other details inaccurate. Kepler support will be refined and made reliable days ahead of NVIDIA's big launch day, later this month.

The Core i7-3612QM is a quad-core chip clocked at 2.10 GHz, featuring 6 MB L3 cache of the Ivy Bridge silicon, and HyperThreading, which enables 8 logical CPUs. The GeForce GT 640M, on the other hand, is known to be based on NVIDIA's new 28 nm GK107 silicon. It is detected with 384 CUDA cores, 2 GB of DDR3 memory over a 128-bit wide memory interface, 16 ROPs, core clock speed of 405 MHz, and 900 MHz memory. The chip carries a device ID of 10DE-0FD2, and is compliant with PCI-Express 3.0 bus interface. When on light load (desktop), the clock speeds of this GPU were turned down to 135 MHz core with 405 MHz memory. Find more barely-legible screenshots at the source.

A fresh (and funky?) new version of CPU-Z has today been released and it brings support for Intel's incoming Ivy Bridge processors, as well as for the Core i5 2550K, 2450P and 2380P, the Xeon E3, the Z77 platform, and for AMD's FX-8140, FX-4150 Bulldozers. Moreover, there's Windows 32/64-bit info in the About tab, and preliminary support for the Piledriver-powered Trinity APUs (from AMD).

To get CPU-Z 1.60 check out this page.Thanks to stasio for the heads up.

The Ivy Bridge LGA1155 processors inbound for April are mom and pop PC chips in front of the monstrosities Intel has planned for the enterprise (and possibly high-end desktop/HEDT) markets, based on the architecture. An 10-core Ivy Bridge-EP engineering sample, made it to the right hands in Taiwan (wrong hands for Intel), that wasted no time in putting them through some tests.

The 10-core Ivy Bridge-EP/EX chip (LGA2011, 2P-capable) features 10 next-generation cores clocked at 2.80 GHz, with 256 KB L2 cache per core, 30 MB shared L3 cache, and HyperThreading technology that enables 20 logical CPUs. This chip crunched WPrime 1024M in 158.5 seconds, and scores 41.78X relative speed in Fritz chess when just 8 of its 20 threads are put to use. You can also find some pretty screen shots of CPU-Z with its long processor selection list and Windows 8 task manager.

Overclocker "Christian Ney" of the HWBOT community claims to have cracked the 6 GHz clock speed mark with an AMD A8-3870K APU, with all four of its cores enabled. The feat consisted of a clock speed of 6067.7 MHz achieved using a base clock of 258.2 MHz and multiplier of 47.0x. The memory was clocked at 3505 MHz, just 95 MHz short of a world-record. The chip was put through a scorching core voltage of 2V. Supporting components included GIGABYTE A75-UD4H motherboard, and GeIL EVO Corsa DDR3 memory. The setup was cooled sub-zero. CPU-Z Validator rejected this submission, probably because like us, it finds 2V vCore and 258.2 MHz base clock unreal for Llano, since it uses a common 100 MHz clock domain for BClk and PCIe.

If you thought the overclocking and benchmark feats we reported on a few days ago here and here were impressive, wait until you see what four cards can do. Overclocking champion Shamino over at Kingpin Cooling has set four 3DMark and one Unigene benchmark record:

It's been a tough week or so for Gigabyte marketing. It had to admit that quite a few people had burned their motherboards, to which it offered free replacements, and isolated the problem to faulty firmware. There has been talk that this firmware cripples overclocking by throttling CPU clock speed under extreme stress. Gigabyte set out to do some myth-busting. Renowned overclocker and Gigabyte PR guy HiCookie set up a test-bench using Core i7-3930K, an "infamous" X79-UD3 motherboard running the latest version F7 BIOS, and a typical extreme-cooling bench.

HiCookie achieved 5643.2 MHz clock speed, using a base clock of 99 MHz, 57.0x multiplier, and CPU voltage of 1.584V. The rest of the test-bench consisted of Kingston HyperX Genesis memory, and Corsair AX1200W PSU. To demonstrate that this isn't a hit-and-run feat, HiCookie put the overclocked bench through Super Pi 1M and 32M and PiFast benchmarks, with record-setting scores. The CPU-Z validation can be found here. Details of the HWBot record scores can be accessed here.A video of the benchmarks follows.

Intel's Ivy Bridge line of processors are not due for release until spring 2012, but it looks like Chinese website Coolaler has scored a sneak peak at the performance level of Intel's 22 nm Ivy Bridge platform by testing an engineering sample of a quad core CPU. The screenshot shows CPU-Z & Task Manager (no HyperThreading) readouts, while the AIDA64 Cache & Memory benchmark has been run. The CPU used is a 2 GHz sample as shown by the photo, which CPU-Z reports as running at its 2.4 GHz turbo boost speed (20% overclock) on a Gigabyte GA-Z68X-UD7-B3 motherboard. Rough and ready verdict: about the same speed as the current Sandy Bridge, but with a significantly enhanced northbridge and graphics core. The AIDA64 scores are actually slightly lower than the current SB scores, but this is likely because the CPU is running unsupported and unoptimized due to a mobo BIOS that's not made for it and a benchmark that cannot measure its true performance. Note the memory speeds, which were run fast at 2134 MHz 6-9-6-24 CR2, further indicating lack of optimization, since these timings suggest somewhat better performance than what was measured.

In mid-September, earlier this year, a team of overclockers sponsored by AMD set a new Guinness Record for clock speed by a silicon processor, setting an AMD FX-8150 processor to run at a staggering 8429.38 MHz. If anything, the coveted Guinness Record feat helped cement the general notion that AMD FX processors are good at overclocking. Sadly, AMD's record didn't last long, with renowned overclocker Andre Yang breaking it with his 8461.51 MHz feat. At this point we don't know if Andre had Guinness covering his feat to he could officially break AMD's record. AMD wouldn't mind it at all, because the new record was set using an AMD FX-8150, too. Andre did it single-handed, or at least he is the only person in the "Submitted by" field on the CPU-Z Validation page.

According to the validation page, 8461.51 MHz was achieved using a base clock speed of 272.95 MHz, with 31.0X multiplier, and a brutal core voltage of 1.992V (almost 2 volts!). As with AMD's record feat, an ASUS Crosshair V Formula motherboard was used. A single 2 GB Corsair-made memory module was used doing 909.8 MHz (1818.16 MHz DDR) with timings of 9-9-9-24T. Like with AMD's feat, only two out of the FX-8150's eight cores were enabled. More details are awaited.

Weeks ahead of its market launch, AMD pulled off a nice PR feat by setting making its trusty squad of overclockers, Sami Mäkinen, Brian Mclachlan, Pete Hardman, and Aaron Schradin set a new clock speed world record (as in Guinness World Record). With just one of its four modules enabled, the eight-core FX-8150 engineering sample was overclocked to a stunning 8429.38 MHz. The chip was able to tolerate a brutal core voltage of 2.016V. Even for a one-in-a-million cherry-picked chip, those are staggering numbers.

8429.38 MHz was achieved using a base clock of 271.92 MHz, with 31.0X multiplier. The memory used was a Corsair Dominator GT single module, which apparently tolerated 3:10 DRAM ratio and timings of 2-16-2-22. That's right, 2-16-2-22. ASUS Crosshair V Formula seated the platform. Cooling was care of a custom liquid-nitrogen evaporator setup. The team used liquid nitrogen as its cooling medium, and switched to liquid helium halfway, which has a lower boiling point. The team cherry-picked chips from the best lots on-site.A video of the feat follows.

Corsair, a worldwide designer and supplier of high-performance components to the PC gaming hardware market, today announced that its Dominator GT GTX6 ultra-high performance DDR3 memory was used to set two new world records for dual-channel memory frequency at CAS 7 and CAS 8. The record-setting frequencies of 3078.2 MHz, CL8-11-8-31, 1T, and 3059.4 MHz, CL7-11-8-31, 1T, were achieved by renowned extreme overclocker "Mat", aka Matthias Zronek, from Overclockers.at.

"I've worked with the Corsair Dominator GT memory for quite some time now, and can easily say that these are great memory modules, dedicated to world-record overclocking," stated Matthias Zronek. "What surprised me the most is the potential of the Domintator GT GTX6. Even at 3000MHz and higher frequencies, at CL7, there is still headroom for lots of optimization."

Intel is readying its fastest six-core processors ever. While the company is working to introduce the Core i7 990X Extreme Edition for launch sometime in Q4 2010, it's already begun sampling the Xeon X5690. The X5690 is a dual-socket ready LGA1366 processor based on the 32 nm Westmere-EP silicon. It carries a nominal clock-speed of 3.46 GHz (26.0 x 133 MHz), with a Turbo Boost speed of 3.60 GHz (27.0 x 133 MHz). It features a QuickPath Interconnect speed of 6.4 GT/s, and supports triple-channel registered DDR3 memory with its integrated memory controller. Cache levels include 256 KB L2 cache per core, and 12 MB shared L3 cache.

The processor is compatible with most server boards based on the Intel 5500 and 5520 chipsets with BIOS updates. A quick overclocking feat by Fitseries3 on the EVGA Classified SR-2 motherboard yielded a speed of 5 GHz making use of the high BClk multiplier. The chip is likely to carry a rated TDP of 130W. Intel may release this processor in the next quarter, either displacing the X5680 from its US $1,730 price point, or occupying a higher one. The CPU-Z validation of the mentioned overclocking feat can be found here.

Corsair, announced today that Corsair Labs has set the world record for DDR3 frequency on a Core i7 system. Corsair Labs achieved an astounding speed of DDR3-2533MHz with the aggressive memory timings of 7-8-7-20 using a triple-channel 6GB memory kit. This new world record, verified and validated by CPU-Z, the industry-standard tool for verifying overclocking results, is the first time this frequency has been achieved on a Core i7 system with 6GB of memory using three modules; most world record attempts use only a single 1GB module. Corsair Labs engineers used the award-winning Dominator GT 2000C7 memory with eVGA's X58 3X SLI Classified motherboard to shatter the world record for memory frequency. Validated results and setup details can be viewed here.

"When it comes to overclocking and memory, Corsair has proven-once again-that its engineering team truly is the best", said Kevin Conley, Vice President of Engineering for Corsair, "As the new world record shows, Corsair's modules are second-to-none in terms of performance, stability and quality."

ASUS, the world's leading producer of motherboards, today put world record-breaking power into the hands of AMD Phenom II users with the launch of the ROG (Republic of Gamers) Crosshair III Formula. Based on the AMD Socket AM3 platform, the Crosshair III Formula harnesses its full complement of ROG-exclusive features and technologies to unleash the full overclocking potential of Phenom II processors-enabling budget-conscious enthusiasts and gamers to enjoy extreme levels of performance at an affordable mid-price point.

Intel's newest high-end processor, the Core i7 975 Extreme Edition is gearing up for launch later this year, on course of which, it already passed a milestone. Xtreme Systems Forums member PcCI2iminal scored one with overclocking a Core i7 975 XE D0 stepping chip past the 5 GHz mark, 5015 MHz to be precise using only air cooling for the processor, with an ambient temperature of 20 °C as claimed by the overclocker. Its cooling was care of a Thermalright Ultra Extreme 120. Its partners in crime were Biostar TPower X58 motherboard, and Corsair Dominator DDR3-1866 memory. At that speed, the setup made it through a CPU-Z validation. PcCI2iminal was further able to put the chip through SuperPi 1M at a speed of 4750 MHz, where its crunch time was measured 8.672 seconds. For more pictures and screenshots, head over to the thread at Xtreme Systems.

The latest version of the popular CPU, motherboard and memory identification utility from CPUID, was released yesterday. The new version brings:

• Improved support for AMD Phenom II processor.
• New Intel Core i7 models.
• Support for NVIDIA 740i chipset.
• Several bug fixes.

DOWNLOAD: CPU-Z 1.50

AMD finally seems to have put a realistic assessment of its processors, with its claims of the Phenom II X4 having "massive headroom" with its overclocking potential being validated once again, this time by Team Finland, at a CES overclocking event. Team Finland was able to overclock a Phenom II X4 940 processor at its highest stable clock speed of 6.30 GHz using extreme cooling. Earlier attempts to overclock the chip beyond the 6 GHz mark only yielded in test-beds that were able to POST, boot and display the clock speed using CPU-Z. This attempt however, was a benchmark-stable overclocking feat.

The bench consisted of a Phenom II X4 engineering sample, DFI LANParty Dark 790FXB-M2RS, OCZ DDR2-1066 memory, two Radeon HD 4870 X2 graphics cards in CrossfireX and Windows XP. The CPU cooling employed was liquid helium, which dropped the temperature to -242 degrees Celsius. To achieve a clock speed of 6.30 GHz, the processor's vCore was set at 1.84V, its bus speed at 280 MHz and a multiplier of 22.5 was set. The HyperTransport frequency multiplier was set at 8. The Radeon HD 4870 X2 accelerators were set at 800 MHz (core) and 950 MHz (memory). The machine was put through 3DMark05, where it ended with a world-record score of 45,474.

CPU-Z, the famous easy to use CPU, memory and motherboard information utility, was updated today to version 1.49. This release adds support for AMD Phenom II CPUs and more Intel Core 2 models, plus improved load times. Version 1.49 also adds a new Hall of Fame feature as well as a new online validation process.

DOWNLOAD: CPU-Z 1.49

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.

The CPUID developers have released the latest version of their processor, memory and motherboard detecting utility CPU-Z. In CPU-Z 1.47 they have added support for:

• Intel Core i7 processor.
• Intel Core 2 Duo S Mobile processors.
• NVIDIA MCP79/7A chipset.
• AMD 790GX / SB750 chipset.

To download CPU-Z version 1.47 please click here, or go to the CPU-Z page for more information.

CPU-Z is a freeware software that gathers information on some of the main devices of your system. This version has preliminary support for Intel Penryn CPUs family (45 nm). It also adds support for Intel Core 2 Duo E6x20, Pentium E2140/2160 processors and Intel P35, G33, G31, Q35, Q33, X38 chipsets. Download CPU-Z v1.40 from here.

The latest version of CPUID's processor and motherboard information utility has been released. Version 1.39 of CPU-Z generally improves support and offers small enhancements, here are the changes:

• Windows Vista 64 support
• VIA CX700/VX700 chipset
• Added Merom XE (X7900/X7800)
• Added "PCI" and "MaxPCIBus" in the ini file to configure PCI scanning
• Added "-core" parameter to display the clock speed of the specified core

You can download it from here.