Harness Record-Breaking Performance with Precision Thermal Management
The relentless pursuit of extreme computing power has reached new heights. ASUS's elite overclocking team has pushed the 96-core AMD Threadripper PRO 9995WX to unprecedented limits, shattering eight world records and setting a staggering Cinebench R23 score of 227,818 points. This monumental achievement on the ASUS PRO WS WRX90E SAGE SE motherboard required a 2000W power supply and liquid nitrogen cooling, stabilizing all 96 cores between 5746 and 5950 MHz at temperatures plunging to -47°C. This feat not only eclipsed previous leaks of 186,000 points but decisively surpassed the prior flagship 7995WX’s 210,000-point world record that stood unchallenged for months.
While such extreme overclocking demands cryogenic solutions, every high-performance system—from workstation HEDT builds to enthusiast overclocking rigs—faces critical thermal challenges. The Threadripper 9000 series, utilizing the sTR5 socket platform, generates immense heat under load, making efficient heat transfer non-negotiable for stability and performance.
Maxtor Thermal Paste: Engineered for the Heat Frontier
When pushing CPUs to their thermal limits, ordinary thermal compounds falter. Maxtor Premium Thermal Paste delivers the precision thermal conductivity demanded by high-end desktop and overclocking environments. Formulated with advanced micro-particle technology, Maxtor ensures optimal heat transfer from your CPU die to cooler interfaces, minimizing thermal throttling and maximizing sustained performance.
Whether you’re benchmarking on the edge of liquid nitrogen cooling or optimizing a multi-threaded workstation, Maxtor provides the reliable thermal foundation for your sTR5 socket or other high-TDP platforms. As the industry anticipates Threadripper 10000-series innovations, equip your system with thermal management proven at the pinnacle of computing achievement.
Maxtor Thermal Paste: Where Extreme Performance Meets Thermal Control.
