- NVIDIA RTX PRO 4000 SFF offers more than double AI’s yield
- NVIDIA states that the RTX Pro 2000 exceeds RTX A2000 in 3D modeling performance
- Both new GPUs maintain a limit of 70 watts, which allows implementation in limited systems in space
NVIDIA has launched two new SFX PRO servers (small factor) RTX Pro and work station GPU built in its Blackwell architecture that use a low -fan low profile design, low profile.
The new RTX Pro 4000 SFF and RTX Pro 2000 slot under the high -end RTX Pro 6000, but are designed to maintain solid performance for professional workloads in smaller and lowest power station compilations.
Both GPU aim to change more CPU processing to GPU, which allows even the workstations of factors of a small manner to handle the inference of AI, representation and simulation faster than before.
Compact hardware with work level capacity
The RTX Pro 4000 SFF is built with 24 GB of ECCDR7 memory and offers up to 770 tops of AI.
Nvidia says that it offers more than double AI’s performance of the RTX A4000 SFF of previous generation, and also presents the improved ray layout, 50% more memory bandwidth and has a thermal limit of 70 W, which makes it appropriate for work stations with a limited cooling capacity.
The RTX Pro 2000, also limited to 70W, transports 16 GB of ECCDR7 memory and 545 AI performance tops.
Nvidia states that it is approximately 1.5 times faster than the RTX A2000 in 3D, CAD and representation modeling.
The company also points to its usefulness in the generation of images and text with AI, potentially accelerating design workflows and content in smaller studies or engineering equipment.
These workstation GPUs share the Blackwell architecture benefits found in the largest RTX Pro Line in NVIDIA, including support for FP4 accuracy through fifth generation tensioner nuclei and the second -generation transformer engine.
This is intended to improve inference performance while keeping energy consumption controlled.
Nvidia has not yet revealed specific prices for these models, but has indicated that it will make them available through partners such as PNY, TD Synnex, Dell, HP and Lenovo at the end of this year.
Given its position below the RTX Pro 6000, they are expected to cost considerably less, while providing a large increase in performance with respect to the GPUs of the small format workstation.
Although it is marketed as an update route for professionals, the real advantage over the fastest CPU only CPU workstation will depend on the type of workload and software optimization for GPU acceleration.
For the tasks that already benefit largely from the GPU calculation, such as AI inference, large -scale representation and simulation, the new RTX Pro 4000 SFF and RTX Pro 2000 could offer strong profits without requiring a larger and more expensive work station.
For CPU -centered applications, improvements can be less dramatic, but additional GPU capacity still expands the performance envelope for small and limited power systems.
