Supermicro updates 1 socket server line

For a long time, single-socket servers were at the bottom of the server hierarchy, using weaker “server” chips than those on the desktop. Some servers used Atom processors. These were department servers that performed the most difficult tasks, such as serving files and printed matter.

But that is changing. Driven by processors with a large number of cores, single-socket servers have a significant workload due to the undoubted desire to reduce costs. AMD has led this with 32-core and 64-core EPYC processors that can do more on a single chip than dual-socket servers five years ago.Dell I have a server Available.

In the process, you save some cost. Server processors run for thousands of dollars, and dual-socket motherboards cost more than single-socket boards, so you get all the benefits.

Supermicro’s new single-socket server isn’t at the level of a 64-core server, but the new server can do decent work. The new system is based on the new Intel Xeon E-2300, low-end chips, and 3rd generation Intel Xeon scalable processors, targeting a wide range of vertical markets.

For example, on Intel Xeon scalable processors, the 6U SuperBlade is intended for high-density multi-node applications, while the SuperServer E403 wall-mounted edge server is intended for Telco environments.

Based on the Intel Xeon Scalable Processor, the single socket system supports up to 16 DIMM slots and enables up to 4TB or 6TB of DRAM and Intel’s Optane persistent memory. This is a large memory footprint for single socket processors. The Xeon E-2300 system is a bit more modest: 128GB DDR4 memory with up to 8 cores and 95 watts TDP.

Copyright © 2021 IDG Communications, Inc.

Supermicro updates 1 socket server line

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