- AMD’s Threadripper Pro 9995WX WorkStation Processor Hit 6Ghz and set New World Performance Posts
- Asus Overclockers took 96-core CPU to new heights with a liquid nitrogen cooling set
- New Wire Ripper 9000 -Series Flagship combines extreme specifications with unlocked over -clock potential
AMD’s new Thadripper Pro 9995WX already turns out to be the most powerful workstation CPU available.
The top-end offer in the freshly launched Thadripper 9000 series, 9995WX has 96 cores, 192 threads, a 2.5 GHz basic watch and increases the speed up to 5.4 GHz.
It also supports 144 usable PCIe Gen5 courses, 128 MB L3 cache and 8-channel DDR5 ECC memory at up to 6400 mt/s.
Breaking Records
Now on sale, priced at an eye -catching $ 11,699 at Amazon and Newegg, 9995WX is technically designed for advanced workstations, but it has already become a popular choice in the extreme over -clock scene.
Using liquid nitrogen and an ASUS PRO WS WRX90E-SAGE See motherboard, Asus Overclocking Team Member Census pushed the chip to almost 6GHz across all 96 cores and reached a Cinebench R23 score of 227,817, which is a world record all the time.
The CPU was cooled to -47 ° C during the session and powered by a 2,000W PSU.
Ur rates kept stable between 5,746 MHz and 5,950 MHz, allowing the chip to maintain stability in full core under persistent loads.
This performance struck the previous record of 210,000 points set by AMD’s previous 7995WX chip, placing the 9995WX at the top of the HEGT segment.
In total, 9995WX was part of eight new world records and first-place-Benchmark results across Cinebench, Geekbench, 7-ZIP, HWBOT X265 and Y-Cruncher.
Asus Overclockers Cens, also, Seby and others used all the same chip to take top places in both global and hardware categories.
9995WX may be aimed at professionals, but its unlocked design and massive core counting also make it a showcase for what the current Desktop CPU Engineering can achieve.
Matched with an advanced board and liquid nitrogen cooling, Asus demonstrates how hard a workstation processor can be pushed.
