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Highest Density x86 Multi-Node Server for Enterprise Cloud, HPC Applications
A SuperMicro széles választékú többprocesszoros szervermodelljeit ismerheti meg
A SuperMicro többprocesszoros szervereinek legfontosabb és legújabb funkciói
A SuperMicro által kínált SuperBlade rendszerek kivitelezéseit mutatjuk be.
Itt megtudhatja, milyen testreszabási lehetőségek állnak rendelkezésre
A legújabb hírek, frissítések és információk találhatók a több processzoros szerverekkel kapcsolatban
8U, 6U and 4U Blade Server Enclosure
Quad, dual or single Intel Xeon Scalable processors up to 350W TDP, or single AMD EPYC processor up to 280W TDP
Up to 32 DIMM Slots, up to 8TB DDR5-4800 memory per node, support for Intel® Optane™ persistent memory
Up to 2 NVMe/SAS/SATA; Optional mezzanine 4x NVMe per blade
Up to 8x 3000W Titanium Level power supplies
Redundant 25Gb/10Gb/1Gb Ethernet switches; Up to 200G/100G InfiniBand or 100G Intel Omni-Path Architecture networking for HPC applications
Open Industry Standard IPMI, Redfish APIs, Full Suite of Management Software including SuperCloud Composer
Worldwide Global Services
Blade support:
CPU support:
Networking:
Management:
Power Supply:
Configuration matrix: Basic configurations and compatibility guide for blade enclosures, servers and networking switches. Thermal matrix: Recommended maximum CPU TDP, heat sinks and power supply configurations for Supermicro blade servers.
Choices of HDR/EDR InfiniBand, Intel® Omni-Path Architecture and redundant 25Gb/10Gb Ethernet switches and AOC options
Provide additional NVMe storage capacity and enable hardware SAS3 RAID capability with AOC options on the blade servers.
Enable redundant and centralized server management capability with KVM over IP, IPMI, Redfish APIs and RSD support
Platinum and Titanium Level (96%) Efficiency AC/DC power supplies with optional Battery Backup Power (BBP®) support
GPU-accelerated SuperBlade servers are ideal for running converged AI/ML and HPC workloads, as evidenced by excellent Horovod AI/ML workload performance and the ability to scale training across multiple nodes.
The Supermicro SuperBlade systems have been around for quite some time. The popular blade chassis come in a variety of form factors, including 4U, 6U, and 8U. Each size gives customers a different set of choices when ultimately selecting the blades that go inside.
Put up to 1.68 petaFLOPs per rack of supercomputing capacity into your data center with our performance and density-optimized solution with a resource-saving architecture
Supermicro's Comprehensive Server, Storage and Networking product lines Optimized for IT, Data Center, Embedded, HPC and Cloud Computing and Supporting 3rd Gen Intel Xeon Scalable Processors (Ice Lake)
Supermicro® SuperBlade® Simplifies and Accelerates Your Private Cloud Deployment Journey
Presented by Luis Garcia, Director, Blade Solutions; Supermicro Michael Ocampo, Product Manager, Supermicro; Peter Rutten, Research Director, Infrastructure Systems, IDC
New Features Enable Faster Results and AI Research
SuperBlade systems enable data centers with the highest compute density for cloud-based applications. In this TechTalk, we show how the latest SuperBlade systems leverage the latest 3rd Gen Intel® Xeon® Scalable processors and high-speed networking technologies to provide unlimited data center configurability.
SuperBlade® and MicroBlade® Server Solutions
Supermicro 4-socket blade server SBI-8149P series is designed for the most demanding, low-latency SAP applications that require the highest level of performance, scalability and reliability. Even the most complex SAP HANA 7+1 scale-out architecture can be easily deployed within a single 8U SuperBlade enclosure with 100G networking.
Supermicro high performance, density optimized and energy efficiency blade server solutions can significantly reduce initial capital and operational expenses for many organizations. In particular, Supermicro's new generation SuperBlade® product portfolio has been designed to optimize key components of TCO for today's datacenters, such as free-air cooling, power efficiency, node density and networking management.
Cost and Density Optimized with Lowest Initial Hardware Acquisition Cost
6U SuperBlade: Disaggregated Resource Saving Design for Optimal TCO
Designed for High-Performance Computing and Most Demanding Enterprise Workloads
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