AMD Ryzen Threadripper PRO 5995WX
AMD's 64-core Zen 3 workstation CPU for WRX80 platforms, built for VFX artists, engineers, and researchers who exhaust what desktop CPUs can do.
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Why we rate it
- 64 cores for massive parallel tasks
- 288MB of L3 cache
- WRX80 platform for extreme I/O
- Proven enterprise-grade reliability
- WRX80 boards cost thousands
- 280W TDP requires workstation-class cooling
Where the AMD Ryzen Threadripper PRO 5995WX wins and loses
Specifications
General info
Cores and threads
Clocks and cache
Power
Watch it in action
Is the AMD Ryzen Threadripper PRO 5995WX right for you?
If your workloads are large-scene renders, fluid dynamics, FEA, genomics, or scientific simulations that genuinely scale to 64 cores, the 5995WX is for you. This chip exists for people who have outgrown desktop CPUs.
For gaming, a £300 desktop chip will beat the 5995WX. For everyday professional work, a 16-core desktop chip is enough. This chip only pays off when workloads genuinely use all 64 cores regularly.
Before you buy
Only if your workloads genuinely saturate 64 cores regularly and you're on the WRX80 platform or buying in on it. At used prices it's more accessible, but platform costs remain high.
Technically yes, but you shouldn't. The low base clock, high memory latency from the multi-chiplet design, and platform cost make it significantly worse for gaming than a £300 desktop Ryzen chip.
TRX4 is the older Threadripper PRO socket used by 3000 and 5000 series chips. sTR5 is the newer socket used by 7000 and 9000 series Threadripper PRO chips. They are not compatible with each other.
Registered ECC DDR4 (R-DIMM), which is server-grade memory rather than standard consumer DDR4. This is significantly more expensive than consumer memory and must be purchased accordingly.
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