概述
创新
-
节省资源体系结构共享冷却、电源和网络基础架构是刀片解决方案提供的高密度和服务器效率的关键。6U SuperBlade利用 Supermicro创新的分解服务器设计, 进一步推动我们的资源节约，实现计算模块的独立升级，无需更换刀片服务器组件的其余部分, 以获得最佳的TCO。 -
New support for EDSFF E1.S and E3.S drives
产品亮点
处理器
输入/输出
服务
机箱
8U
| Blade Support |
|
|---|---|
| CPU Support |
|
| Networking |
|
| Management |
|
| Power Supply | Power Supply
|
6U
| Blade Support |
|
|---|---|
| CPU Support |
|
| Networking |
|
| Management |
|
| Power Supply | Power Supply
|
4U
| Blade Support |
|
|---|---|
| CPU 支持 |
|
| Networking |
|
| Management |
|
| Power Supply | Power Supply
Battery Backup Power
|
选项
Blade Matrix
Thermal Matrix: Recommended maximum CPU TDP, heat sinks and power supply configurations for Supermicro blade servers.
Networking
Storage Expansion
Management
Power Supply
X14 SuperBlade Datasheet
New X14 6U and 8U SuperBlade multi-node solutions featuring Intel Xeon 6900 series processors with P-cores and 6700 series processors with E-cores
TECHTalk: New Supermicro X14 Max-Performance Multi-Nodes
When it comes to optimal compute density and efficiency, nothing beats Supermicro's new X14 max-performance multi-node systems. VP of Systems and Solutions Raphael Wong joins us to introduce the SuperBlade® and FlexTwin™ architectures powered by new Intel® Xeon® 6900 series processors with P-cores.
MEMX Selects Supermicro SuperBlade® to Grow Business with New Services
Enabling MEMX to Deliver the Most Deterministic System for Stock and Option Trading
The University of Tsukuba Creates Pegasus, a ‘Huge Memory’ AI Supercomputer with the Supermicro SuperBlade®
University of Tsukuba Center for Computational Sciences creates a Huge Memory HPC System for Researchers in a Wide Range of Disciplines.
Google Distributed Cloud Virtual Excels On Supermicro® SuperBlade®
Simplify hybrid and multi-cloud environments with GDC Virtual on SuperBlade
Google Distributed Cloud Virtual Excels On Supermicro® SuperBlade®
Simplify hybrid and multi-cloud environments with GDC Virtual on SuperBlade
Supermicro® Superblade® Powered By AMD EPYC™ Processors Excels For ANSYS Simulations
Balanced compute resources, memory bandwidth, and network bandwidth deliver outstanding performance and scalability for Ansys simulation software.
Supermicro SuperBlade® Powered by AMD EPYC™ Processors Excel at Scaling Distributed AI and ML Training
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.
Supermicro SuperBlade 8U Review
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.
Scale Up Your HPC, AI, and ML Workloads with Supermicro SuperBlade
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 TECHTalk: Highest-Density Multi-Node Server
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.
Red Hat® OpenShift® on Supermicro® SuperBlade®
Supermicro® SuperBlade® Simplifies and Accelerates Your Private Cloud Deployment Journey
Innovations in High Density Computing in HPC - Supermicro SC21 TECHTalk with IDC
Presented by Luis Garcia, Director, Blade Solutions; Supermicro Michael Ocampo, Product Manager, Supermicro; Peter Rutten, Research Director, Infrastructure Systems, IDC
Osaka University Creates AI Supercomputer with Supermicro SuperBlades Utilizing 3rd Gen Intel Xeon Scalable Processors
New Features Enable Faster Results and AI Research
Mission Critical Server Solutions
4-Socket SuperBlade - SAP HANA TDI 认证刀片服务器解决方案
用8USuperBlade® 实现卓越的TCO节省
