Why Intel Xeon High Performace Computing Servers
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Faster Throughput
One node with 4 sockets can populate more RAM, up to 1024GB RAM (256GB/DIMM). And this 3rd Gen can reach RAM speeds of 3200MHz. So, speed and capacity have improved.
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Accelerators Support
Eight half-length or four double-wide expansion card slots for accelerators or I/O cards fit in GIGABYTE's Intel Xeon Scalable servers.
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Series Choices
GIGABYTE has the R-series and G-series to accommodate configurations of GPUs, networking, or other I/O interfaces, while using Intel processors.
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Modularity
GIGABYTE's "Building Block" concept allows for easy swapping of parts. Customers can choose which type of module they want, such as PCIe or SXM.
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Fast TTM
GIGABYTE has had a long, strong relationship with Intel allowing for GIGABYTE servers to be ready for next gen technology.
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Thermal Solution
Single node computing performance has increased, and GIGABYTE has developed a layout and thermal solution to handle the heat and maintain peak performance at the same time.
Intel Xeon HPC Servers Unlock the Computing Power in Your Data Center
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Stand-alone Supercomputer
For a balanced, dedicated CPU and GPU server, GIGABYTE has a 4 socket R292 series server and a 2 socket G-series servers ready. They combine compute, storage, network and expandability suitable for data analytics and computational science.
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Hybrid HPC
A more cost-effective model of HPC computing, hybrid HPC, allows expandability through the cloud. GIGABYTE's G-series and R292 can easily reallocate on-premises nodes for efficiency as well as access on-demand resources in the cloud.
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Artificial Intelligence
AI flourishes with a high per-core performance, multi-socket, CPU platform with substantial I/O bandwidth to maximize the transfer rate between processors, cache, memory, and GPUs. In addition, GPU accelerators speed up processing through parallel computing. System is also able to scale-out easily.
Together We Are Smarter
