
Scientific Computing Threadripper Pro Workstation
Engineered for heavily threaded computational workloads, this workstation is powered by AMD’s Threadripper PRO processors, delivering extreme core counts, eight high-speed memory channels, and abundant PCI-Express lanes. Optimized for high-performance computing, it excels in simulations, data analysis, and scientific research applications.
Housed in a spacious tower chassis, this system offers plenty of expansion room for additional storage and PCIe devices. Due to the high power demands of Threadripper PRO, the system is limited to a maximum of three high-wattage GPUs, making it an ideal solution for CPU-centric workloads that require massive processing power and memory bandwidth.
Engineered for heavily threaded computational workloads, this workstation is powered by AMD’s Threadripper PRO processors, delivering extreme core counts, eight high-speed memory channels, and abundant PCI-Express lanes. Optimized for high-performance computing, it excels in simulations, data analysis, and scientific research applications.
Housed in a spacious tower chassis, this system offers plenty of expansion room for additional storage and PCIe devices. Due to the high power demands of Threadripper PRO, the system is limited to a maximum of three high-wattage GPUs, making it an ideal solution for CPU-centric workloads that require massive processing power and memory bandwidth.
Original: $10,309.00
-70%$10,309.00
$3,092.70Description
Engineered for heavily threaded computational workloads, this workstation is powered by AMD’s Threadripper PRO processors, delivering extreme core counts, eight high-speed memory channels, and abundant PCI-Express lanes. Optimized for high-performance computing, it excels in simulations, data analysis, and scientific research applications.
Housed in a spacious tower chassis, this system offers plenty of expansion room for additional storage and PCIe devices. Due to the high power demands of Threadripper PRO, the system is limited to a maximum of three high-wattage GPUs, making it an ideal solution for CPU-centric workloads that require massive processing power and memory bandwidth.





