The GPX QT8-24E2-8GPU GPU-accelerated server is a 4U, 8-GPU system designed to
support highly parallel workloads. This server provides extreme GPU density,
ideal for rack-scale, highly parallel workloads. High-capacity SATA storage
devices provide plenty of storage for large datasets. Users can expect strong
performance from this system in HPC and AI applications.
With support for 8 full-width GPUs, AMD® EPYC® 7003 series Processors,
up to 4TB of DRAM, and eight hot-swappable SATA drives, the GPX QT8-24E2-8GPU is
the ideal high-performance GPU-accelerated server for highly parallel HPC and AI
Ideal GPU Optimized Server Use Cases
AMD EPYC 7002 Series
DDR4 ECC Registered
Dual-Port Intel i350 Gigabit Ethernet RJ45 (front) Dedicated Management LAN port
Redundant (3) 2200W AC-DC Power Supply C19 Power cord required
Prices for products are subject to change without notice and DO NOT INCLUDE SHIPPING AND/OR HANDLING CHARGES OR APPLICABLE TAXES. Prices quoted cannot be guaranteed to be accurate until reviewed and accepted by Thinkmate and are intended for same-day purchase. Consequently, prices and special offers are subject to change or expire without notice. Products are available for purchase within the United States. Overseas orders must be prepaid by wire transfer. Thinkmate shall not be responsible for typographical or other errors or omissions regarding prices or any other information. The system configuration information on this page is presented for your convenience only. Due to the vast number of different possible combinations of components and software and the possibility of unexpected unworkable configuration limitations and incompatibilities, in the event that a displayed system configuration must be modified in order to build a properly functioning computer system, Thinkmate shall not be held responsible for any additional costs of reconfiguration of a system design and any additional costs of reconfiguration shall be the responsibility of purchaser. Please note that computer system pictures may not reflect the actual configuration chosen.