The AMD Threadripper PRO 9995WX represents the peak of workstation performance, delivering unmatched multi-core power for creators, engineers, and enterprise environments. Whether you work in 3D production, simulation, scientific computing, virtual production, or large-scale rendering, this processor ensures maximum throughput and outstanding stability.

Key Features & Specifications

Built on AMD’s cutting-edge Zen architecture, the Threadripper PRO 9995WX stands as one of the most powerful workstation CPUs available today. Moreover, it provides unparalleled multi-threaded performance, massive PCIe bandwidth, and robust memory scalability—perfect for professionals handling complex, real-time workloads.

Superior Multi-Core Performance

With a top-tier workstation-class core configuration, the AMD Threadripper PRO 9995WX accelerates demanding tasks like real-time rendering, 8K editing, fluid simulations, and AI-assisted workloads. Additionally, its high clock speeds ensure fast feedback loops when working with heavy production pipelines.

Enterprise Reliability & Security

Backed by AMD PRO technologies, the CPU delivers enhanced security, manageability, and long-lifecycle platform stability. Therefore, production studios and engineering teams gain predictable, consistent performance essential for mission-critical work.

Workstation & Rendering Performance

Professionals across VFX, CAD, BIM, and data science benefit from the massive parallelism and high memory bandwidth offered by the Threadripper PRO 9995WX. PCIe Gen5 support provides exceptional throughput for next-generation GPUs, NVMe SSD arrays, capture cards, and scientific accelerators. Moreover, multi-GPU environments thrive on this workstation platform, enabling cutting-edge AI and rendering workflows.

Whether you run complex simulations or handle multi-layered 3D scene builds, this CPU maintains superior performance without bottlenecks.

Why Choose This Product

The AMD Threadripper PRO 9995WX stands out as the ultimate solution for high-end workstation builders. Moreover, its advanced TR5 platform ensures next-generation support, future scalability, and industry-leading performance in professional software such as Blender, Houdini, SolidWorks, Maya, Resolve, and Unreal Engine.

For more details, visit the official AMD workstation page or check benchmark analyses on trusted sites like Puget Systems.

Compatibility & Requirements

This processor requires an sTR5 (TR5 platform) workstation motherboard. Additionally, it demands high-end cooling—preferably a 360mm or 420mm liquid cooler—to maintain optimal temperatures under continuous heavy workloads.

Internal link opportunities:

• Pair with our [TR5 Workstation Motherboards]

• Keep temperatures controlled with our [High-End Liquid Coolers]

• Build a full studio setup with our [Professional Workstation Cases]

Product Specifications

• Model: AMD Ryzen Threadripper PRO 9995WX

• Platform: TR5 / WRX90

• Socket: sTR5

• Core/Thread Count: High-end professional multi-core configuration (Threadripper PRO flagship tier)

• Boost Clock: Extremely high workstation-class boost frequency

• Memory Support: DDR5 ECC, multi-channel configuration

• PCIe Support: PCIe Gen5

• TDP: High-performance workstation thermal design (premium cooling recommended)

• Dimensions: Workstation-class CPU format

• Weight: Approx. 70–100g

• Warranty: 3-year manufacturer warranty

• Package Contents:

  • AMD Threadripper PRO 9995WX CPU

  • Documentation

  • No cooling solution included

Does the Threadripper PRO 9995WX work with AM5 motherboards?

No, it requires an sTR5/WRX90 workstation motherboard.

Is this CPU good for heavy 3D rendering?

Yes, it excels at rendering, simulation, and multi-GPU production workflows.

Does it support DDR5 ECC memory?

Yes, the platform uses high-bandwidth ECC DDR5 memory.

Does it include a cooler?

No, a premium liquid cooling system is required.

Is this CPU ideal for AI and machine learning tasks?

Absolutely. Its massive PCIe bandwidth and multi-core performance benefit AI, ML, and scientific computing.