ASUS Republic of Gamers (ROG) today announced that overclockers have used the latest ROG Maximus XII Apex powerhouse motherboard to break a slew of world records and secure a raft of global first place scores. Marking a new performance milestone, overclockers took the Intel Core i9-10900K all the way up to 7.7 GHz frequencies on all 10 of its cores.

Because of the ongoing global situation, ASUS was unable to host its traditional overclocking gathering this year, so instead a smaller session took place at the ASUS headquarters in Taiwan - with local overclockers Jon 'Elmor' Sandström and Pieter 'Massman' Plaisier working alongside internal ASUS experts. Using a liquid-helium setup, the group managed to shatter the Intel Core architecture frequency record, the single-core Geekbench 4 record, and took global first-place positions in 10-core categories for Geekbench 3, Cinebench R15, and wPrime 32M.

TeamGroup announced the new world record of Super Pi 32M (Air Cooling) on Jan. 22, 2014. Working together with HKEPC OC Lab in Hong Kong, TeamGroup overclocking memory module has achieved new record" 4min 38sec 329ms ", not only placed among the Top 5 world record of Super Pi 32M, but also the only non-extreme cooling record in Top 10 Global Ranking.

Super Pi 32M is the most popular test program for pro overclockers to compare the performance and stability of their computers. It's also one of the main items in HWBOT Global Ranking. By using Gauss-Legendre algorithm, it can accurately calculate π to 232 square roots--the 32M digits after decimal point and need extremely high stability of system memory. Beside the performance of processor, memory module clock and low latency timing are also the keys of computing speed. Shorten the computing time is the target for overclockers around the world to compete.

ASUS has disclosed the details of the ASUS Open Overclocking Cup 2013 final which will be organized with support from Corsair. The AOOC 2013 final will be held in Moscow on October 5, 2013, as part of the Igromir 2013 expo to be hosted by the Crocus Expo Center from October 3 to 6, 2013. The ASUS booth will be located in Pavilion 1, Hall 1 of the Crocus Expo Center.

The ASUS Open Overclocking Cup 2013 final will be attended by the 13 overclocking teams from Europe and the CIS selected in the qualification round and by the winners of AOOC 2012. These are the best of the European overclocking scene, repeatedly placing in the top of HWBot.org with record-breaking results, so we can be sure that they can deliver their best in ASUS Open Overclocking Cup 2013 using components from ASUS Republic of Gamers and Corsair.

The world's leading motherboard brand ASRock today announced the winner list of the 8 Series OC Competition with HWBOT, sponsored by Intel, Kingston, Antec, Nvidia and Gainward. Two contestants broke the record for the highest Haswell CPU frequency and both crossed the threshold of 7.1GHz, which is also the only two in the world to exceeded 7.1GHz for the time being. The final champion of CPU-Z, Dfordog (China) reached an all-time high CPU-Z score of 7.13609 GHz with ASRock Z87 OC Formula and Intel Core i7 4770K Haswell CPU and won the bonus prize of USD1,000.

Besides the incredible result in the CPU-Z category, the final champion of memory clock CherV (Hong Kong) created a stunning score of 2155.7 MHz which ranks second on the worldwide memory frequency chart. The contest successfully generated awesome OC results with ASRock 8 series motherboards: Five scores entering the top 10 Haswell CPU frequency scores, two scores entering the HWBOT Super Pi 32M Hall of Fame and three scores entering the HWBOT Memory Clock Hall of Fame. The final and bi-weekly champions either utilized ASRock Z87 OC Formula or Z87M OC Formula, which strongly corroborates the power of Z87 OC Formula Series, regardless the form factor.

During the week of Computex 2013, 6 overclocking records were shattered by professional overclockers with G.SKILL extreme performance DDR3 memory. Established in 1989 by computer hardware enthusiasts, G.SKILL is a leading memory & Solid State Drive manufacturer based in Taipei, Taiwan. The company's top priority is quality. All of the products undergo a series of the most rigorous tests and strict quality control processes. In addition to a committed, qualified IC testing house to examine the products, all G.SKILL products are 100% tested to ensure the highest yield, reliability and quality.

GIGABYTE TECHNOLOGY Co. Ltd., a leading manufacturer of motherboards and graphics cards, today announced the GIGABYTE Classic Challenge, its latest overclocking competition hosted on HWBOT.org. Open until August 15th 2012, the GIGABYTE Classic Contest combines two classic stages, great prizes and a small twist.

Overclockers are asked to compete on two classic benchmarks 3DMark 01 and Super Pi 32M with a GIGABYTE X79S-UP5 motherboard and a GIGABYTE X79-UP4 up for grabs. The twist? Simple. If one entrant has the raw talent to claim both stages, GIGABYTE will also award a bonus prize of a forthcoming GIGABYTE F2A85X-UP4.

During the week of Computex 2012, five overclocking records have been achieved with G.SKILL high performance DDR3 memory by several renowned extreme overclockers.Read on for details of the five records.

Intel Core i7-3770K is turning out to be a monstrous overclocker, when assisted with extreme cooling such as liquid-nitrogen. One such test-bed, was overclocked close to the 7 GHz mark, and put through Super Pi (1M and 32M), and PiFast. At 6961.6 MHz, the chip ripped through Super Pi 1M, in 5.187 seconds. The same chip, clocked at 6650.1 MHz, crunched Super Pi 32M, in 5 minutes, 2.843 seconds.

In PiFast, with a clock speed of 6805.1 MHz, the chip hammered out a total computation time of 10.56 s. NordicHardware compiled a comparison table using HWBot and its own data, to reflect how much faster a ~7 GHz Core i7-3770K is, at Pi. The rest of the known test-bed consisted of ASUS ROG Maximus V Gene Z77 motherboard, and 4 GB (2x 2 GB) of dual-channel DDR3 memory, clocked at around 2652 MHz, with timings of 7-11-7-28-1T.

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.

During the first day of Computex 2011, three legendary overclockers, Shamino, Fredyama and Young Pro smashed the super Pi 32M record at the G.Skill booth. They achieved incredible Super Pi 32M time of 5min 33.172s with amazing ram speed of DDR3 2340MHz CL6-9-6-25 1T. This is the fastest Super Pi 32M record recorded using the latest Intel LGA 1155 platforms. This amazing score was achieved with top in-line hardware, G.Skill DDR3 2400MHz CL8 4GB (2GBx2) PI memory, ASUS ROG Maximus IV Extreme motherboard and Intel 2600K CPU.

BreakTheLimt.net, a Malaysian hardware portal tested the Phenom II X4 940 at its stock speed of 3.00 GHz, and posted a sting of benchmark results of the said chip. It was tested on a platform consisting of a MSI DKA790GX Platinum motherboard, with 2 GB of DDR2 1066 MHz memory and a ASUS Radeon HD 4870 TOP graphics card. All components were set to run at stock speeds. The chip was put through Super Pi 1M and 32M, Cinebench R10, PiFast Multithreaded, WPrime 1.5, Aquamark and 3DMark06.

Phenom X2 is intended to be the latest dual-core processor from AMD. It is based on the newer K10 architecture. The 65nm Kuma core is what sits inside the first to release models of the Phenom X2. Although based on K10 architecture and Kuma core, the initial batch being 65nm, AMD for some reason chooses to call it Athlon X2 saving the Phenom brand name perhaps for the 45nm batches? At least the sample Expreview got had the Athlon X2 etching on it. The chip carried the "AD6500" label and came with a 2.30 GHz clock speed.

Here's something to ponder: 6500 isn't a performance rating, it is just a model number. The Athlon 64 X2 6400+ had a 3.20 GHz clock speed. As performance evaluations will soon show, the Phenom/Athlon 6500 isn't anywhere close to the performance of the X2 6400+. However, architectural improvements meant that Kuma outperforms Brisbane (K8, 65nm) on a clock to clock basis. To ascertain this, Expreview used a Athlon 64 X2 5000+ Black Edition (Brisbane) that was underclocked to 2.30 GHz, the clock speed which AD6500 comes with. Super Pi 1M benchmark was run. While the Brisbane chip crunched it in 39.374 s, Kuma did it in 33.43 s indicating a performance increment of roughly 15%. The test-bed consisted of a NVIDIA nForce 750a SLI motherboard and GEIL 1GB DDR2-800 memory. Kuma AD6500 comes with a shared L3 cache of 2 MB apart from dedicated L2 caches of 512 KB per core. It uses a broader HyperTransport 3.0 system interface at 3600 MT/s. It supports DDR2-1066.

Chinese PC enthusiast website Coolaler set a new world-record score for the lowest time taken to crunch Super Pi 1M benchmark, their setup did it in 7.281 seconds. Here's what they used to achieve this feat:

• Intel Core 2 Duo E8600 at 6.253 GHz (625 x 10) with VCore of 1.936V
• DFI LAN-Party UT P35 motherboard
• G.Skill 4GBPI DDR2 at 1285MHz memory
• Liquid Nitrogen (LN2) cooling

Looking at their previous run of 6.143 GHz, this is also the highest overclock for the E8600 so far.