Threadripper is the name assigned to the high-end desktop (HEDT) processor line from AMD. When it comes to challenging workstation applications, AMD’s Threadripper is popular in the market. These chips provide a large number of cores. They also provide applications such as ray-tracing capable of scaling across all those cores for outstanding performance.
The Threadripper Pro workstations provide users with affordably priced, efficient processors. These processors can accomplish various tasks simultaneously. You may find these workstations extensively used for 3D rendering, digital content creation, streaming and gaming, CAD projects, etc. To begin with, AMD is releasing 4 CPUs under the Threadripper Pro brands. Refer to the table below:
AMD Ryzen Threadripper Pro Offerings
If you look at the product offering above, the main difference in the Ryzen Threadripper Pro line-up is in the core count, frequency & overall TDP configurations. These parts are very similar to their bigger sibling, a.k.a EPYC. In single-socket configurations, both have 8 individual memory channels, native ECC support for RDIMMs & LRDIMMs, and secure memory encryption with DASH manageability. Also, the Threadripper Pro range supports only up to 2 TB, whereas the EPYC range supports up to 4 TB. All the Ryzen Threadripper Pro CPUs are confined to are single socket solutions only.
AMD claims performance leadership across different professional applications and is expected to compete with even dual-socket rival systems. Here are some company claimed numbers for reference:
AMD also claims some major advantages and product distinctions across the product portfolio and the competition. Check out the official slide below:
The top-of-the-line CPU, the 3995WX, offers 64-cores. On paper, it looks better than the conventional EPYC 7742 which comes in a power envelope of 225 Watts, (2.25 GHz base & 3.4 GHz Turbo), and even the 7H12 (280 Watts, 2.6 GHz base / 3.3 GHz turbo) by offering more base frequency at 2.7 GHz and a much higher turbo frequency at 4.2 GHz for 280W TDP.
The numbers clearly indicate that these processors are definitely taking benefit of the manufacturing optimizations provided by the recent Ryzen 3000XT processors to help achieve these higher numbers.
Now that the context is being set let us look at the best Threadripper Pro Workstations currently available off the shelf.
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The 30E0004TUS workstation comes with game-changing power to provide infinite possibilities. It is packed with enough memory capacity and storage space. With plenty of expansion slots, you can connect multiple devices at once. Apart from performance, it also outshines in terms of security. With the outstanding NVIDIA Quadro graphics support, this highly configurable workstation possesses 2 graphic cards.
With autonomous software vendor (ISV) certifications, it can seamlessly work over the complete range of the industry verticals. It can be used for engineering, architecture, healthcare, finance, media, entertainment, etc. This workstation is highly configurable and efficient. Without any hassles, the P620 30E0004TUS workstation can handle complex workloads.
This graphite black-colored workstation tower from Lenovo is swift and powerful. It is equipped with plenty of memory capacity and storage and various expansion slots. The workstation is famous for presenting business-class AMD conformity and security features. The business-class support leads to innovative and reliable features.
Through the autonomous software vendor (ISV) certifications, the P620 workstation can seamlessly work over the entire range of industry verticals. The same spans engineering, construction, architecture, healthcare, and media and entertainment, etc. Generally, it is ideal for multithreaded applications demanding intensive computation. Especially the scientists, engineers, and architects gain the most benefit from this workstation.
For most workstation applications, these Threadripper Pro workstations are the best ones. They come with huge processing power to deal with complex workloads.