AMD Ryzen Threadripper Pro 9995WX - 5,4 GHz - 96 núcleos - socket sTR5 - 482 MB cache - 350 W - WOF

The AMD THREADRIPPER PRO 9995WX is a workstation-class processor engineered for intensive professional workloads. With up to 96 physical cores and a maximum single-core frequency of 5.4 GHz, it delivers parallel computing capacity and high single-thread responsiveness required by compute-heavy applications. A large 482 MB combined cache improves data locality and reduces latency for repeated data access. The processor fits into workstation platforms designed for high memory capacity and sustained multi-threaded performance.

Advantages

The processor provides massive multi-core throughput alongside high peak clock speeds for mixed single- and multi-threaded tasks. Its extensive cache and architecture optimizations lower memory access overhead for large datasets. Designed for workstation stability, the CPU supports professional platform features and high memory channel counts to sustain demanding compute and memory-bound workloads.

Suitable for

• 3D rendering and animation farms
• Video post-production and encoding at high resolutions
• Scientific simulations and engineering analysis
• Large-scale software compilation and continuous integration servers
• Virtualization hosts and dense multi-VM environments

Key specifications

• Up to 96 physical CPU cores with simultaneous multi-threading support
• Maximum single-core boost frequency up to 5.4 GHz
• Approximately 482 MB total on-die cache for accelerated data access
• Designed for workstation platforms with high memory channel counts and large RAM capacity
• High sustained throughput for multi-threaded workloads and compute-intensive applications

How to use

Install the processor into a compatible workstation motherboard following the manufacturer's socket and thermal solution requirements. Apply an appropriate CPU cooler and ensure adequate chassis airflow to maintain thermal headroom under sustained load. Configure workstation firmware and operating system settings to enable full core visibility, correct power profiles, and large memory allocations. For virtualization or rendering workloads, distribute threads and memory across available resources to avoid contention and achieve predictable performance.

Recommendations

Match the processor with a certified workstation motherboard, ECC- capable memory modules if data integrity is required, and a robust cooling solution. Keep firmware and platform drivers up to date and monitor temperatures and power delivery during heavy workloads. Use multi-socket-aware or multi-thread-optimized software builds to fully utilize the available cores and cache.