Tame AMD's Record-Breaking Threadripper 9995WX with Maxtor Precision Thermal Paste
Recent performance leaks reveal AMD's upcoming flagship Threadripper PRO 9995WX delivers unprecedented processing power, scoring 173,000 points in Cinebench R23 multi-core testing. This represents a staggering 46% performance increase over the previous 7995WX model, which previously set world records at 210,000 points and remains unchallenged today.
The 96-core Zen 5-based processor achieved this benchmark while consuming 840W of power - far exceeding AMD's 350W TDP specification. While AMD previously demonstrated the 7995WX surpassing 180,000 points under extreme overclocking conditions, the 9995WX's stock performance already approaches these limits without exotic cooling solutions.
As AMD prepares to launch its Threadripper 9000WX series next week at a premium $11,699 price point, thermal management becomes mission-critical. These extreme processors demand thermal interface materials capable of handling intense thermal loads exceeding 800W during performance.
Maxtor Thermal Paste: Engineered for Extreme Computing
When pushing high-core-count processors like the Threadripper 9995WX to their limits, conventional thermal compounds fail under sustained thermal stress. Maxtor's proprietary formula delivers:
Unmatched thermal conductivity for rapid heat dissipation
Zero pump-out effect during thermal cycling
Stable viscosity at temperatures exceeding 200°C
Electrically non-conductive safety for precision applications
Protect your investment in AMD's most powerful HEDT processors. Maxtor thermal paste maintains optimal heat transfer efficiency under continuous heavy loads, ensuring your high-end workstation sustains performance during intensive rendering, simulation, and computational workloads.
