H242-Z11|AMD EPYC™ 7002 Series Processor (Rome) The next generation of AMD EPYC has arrived, providing incredible compute, IO and bandwidth capability – designed to meet the huge demand for more compute in big data analytics, HPC and cloud computing.Built on 7nm advanced process technology, allowing for denser compute capabilities with lower power consumptionUp to 64 core per CPU, built using Zen 2 high performance cores and AMD’s innovative chiplet architectureSupporting PCIe Gen 4.0 with a bandwidth of up to 64GB/s, twice of PCIe Gen 3.0Embedded security protection to help defend your CPU, applications, and dataUp to 2X Performance Per Socket & IO Bandwidthvs AMD EPYC NaplesUp to 4X Floating Point Per Socketvs AMD EPYC Naples H242-Z11 Product Overview GIGABYTE Management Console GIGABYTE server utilizes the AMI MegaRAC SP-X solution for BMC server management, has a browser-based graphical user interface, and

H242-Z10|Architecture for Modern Data Centers AMD EPYC™ 7003 Series ProcessorsGIGABYTE servers and AMD EPYC 7003 Series Processors deliver the highest possible I/O throughput to pave the way for fast communication between CPU and accelerator in HPC and data analytics.Up to 64 Cores8 Channels of DDR4-3200Up to 4TB Memory Capacity128 lanes PCIe 4.02-way SMT & Turbo Boost4,6,8-channel Memory InterleaveSynchronized Fabric and Memory Clock SpeedsSecure Memory EncryptionSecure Encrypted Virtualization H242-Z10 Product Overview H242-Z10 Block Diagram Max Memory Speed Even at 2 DPC With GIGABYTE unique solution, maximum memory speed is now supported, even when using 2 DIMMS per channel*.

H242-Z11|Architecture for Modern Data Centers AMD EPYC™ 7003 Series ProcessorsGIGABYTE servers and AMD EPYC 7003 Series Processors deliver the highest possible I/O throughput to pave the way for fast communication between CPU and accelerator in HPC and data analytics.Up to 64 Cores8 Channels of DDR4-3200Up to 4TB Memory Capacity128 lanes PCIe 4.02-way SMT & Turbo Boost4,6,8-channel Memory InterleaveSynchronized Fabric and Memory Clock SpeedsSecure Memory EncryptionSecure Encrypted Virtualization H242-Z11 Product Overview H242-Z11 Block Diagram Max Memory Speed Even at 2 DPC With GIGABYTE unique solution, maximum memory speed is now supported, even when using 2 DIMMS per channel*.

H242-Z10|AMD EPYC™ 7002 Series Processor (Rome) The next generation of AMD EPYC has arrived, providing incredible compute, IO and bandwidth capability – designed to meet the huge demand for more compute in big data analytics, HPC and cloud computing.Built on 7nm advanced process technology, allowing for denser compute capabilities with lower power consumptionUp to 64 core per CPU, built using Zen 2 high performance cores and AMD’s innovative chiplet architectureSupporting PCIe Gen 4.0 with a bandwidth of up to 64GB/s, twice of PCIe Gen 3.0Embedded security protection to help defend your CPU, applications, and dataUp to 2X Performance Per Socket & IO Bandwidthvs AMD EPYC NaplesUp to 4X Floating Point Per Socketvs AMD EPYC Naples H242-Z10 Product Overview GIGABYTE Management Console GIGABYTE server utilizes the AMI MegaRAC SP-X solution for BMC server management, has a browser-based graphical user interface, and

A ... A Solution for an Autonomous Vehicles Network On the physical hardware level, GIGABYTE's H242 Series server features a multi-node design to ensure adequate physical redundancy – if one node fails, the virtualized environment immediately will shift the workload to the other physical nodes within the server, and the faulty node can be quickly and cheaply replaced for a new one. ... A MEC network architecture running together with vRAN services on GIGABYTE's edge servers such as the H242 Series therefore will be an ideal way to enable an URLLC 5G network for an intelligent Internet of Vehicles.

A ... Network operators can therefore combine mMTC technology together with a MEC (Multi-access Edge Computing) based on GIGABYTE's H242 Series servers to build the infrastructure needed to support this massive IoT network. ... GIGABYTE's H242 Series as the Hardware Base for a mMTC MEC GIGABYTE's H242 Series server has an ultra-small footprint form factor (four half-width nodes in a short depth 2U chassis), ideal for deployment at the far edge such as in existing macro cell site base stations.

AMD ... Edge Computing GIGABYTE's answer to the demand for edge solutions can be seen in our short depth chassis like the E152-ZE0 that comes in 400cm in depth, or the four node H242 server that is 475cm in depth. ... High Performance Computing GIGABYTE's sever portfolio includes high CPU compute in 2U H262 servers with four nodes, each node supports dual AMD EPYC 7003 CPUs and 16 DIMMs.

Why ... These range from compact edge server platforms such as the H242 series which can be deployed at base station towers, to larger and more powerful platforms such as the G291-series (G291-280 / G291-Z20) or the E251-U70 which feature GPU acceleration to be used for AR / VR or mobile gaming applications that can be deployed at aggregated edge data centers.

The ... These range from compact edge server platforms such as the H242 Series which can be deployed at base station towers, to larger and more powerful platforms such as the G291-Series (G291-280 / G291-Z20) or the G591-HS0 which feature GPU acceleration to be used for AR / VR or mobile gaming applications that can be deployed at aggregated edge data centers.

H262-Z63|Architecture for Modern Data Centers AMD EPYC™ 7003 Series ProcessorsGIGABYTE servers and AMD EPYC 7003 Series Processors deliver the highest possible I/O throughput to pave the way for fast communication between CPU and accelerator in HPC and data analytics.Up to 64 Cores8 Channels of DDR4-3200Up to 4TB Memory Capacity128 lanes PCIe 4.02-way SMT & Turbo Boost4,6,8-channel Memory InterleaveSynchronized Fabric and Memory Clock SpeedsSecure Memory EncryptionSecure Encrypted Virtualization H262-Z63 Product Overview H262-Z63 Block Diagram Power Efficiency Automatic Fan Speed ControlGIGABYTE servers are enabled with Automatic Fan Speed Control to achieve the best cooling and power efficiency.