Product Specification; Introduction - Inspur NX5460M5 User Manual

2 Product Specification

2.1 Introduction

Inspur NX5460M5 is a half-width 2S blade server, which is designed on the basis of the new
generation of Intel® Xeon® scalable processor. The product is optimized for cloud computing,
virtualization, HPC and other requirements:
Ultra-high performance: Supports a full range of CPUs (up to 205W) with a new
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generation of Intel® Xeon® scalable processors, up to 28 cores per CPU, and the industry's
highest density of computing power. It supports 24 DIMMs, up to 3TB DDR4 memory,
providing large memory expansion capability; and supports 2 SATA/SAS/NVME SSDs and 2
M.2 SSDs to meet users' high-speed read-write storage needs.
Flexible expansion: Under the premise of maintaining the highest density among the
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blade servers, the unique IO BOX design can be combined with standard network cards
to achieve the parallel of direct and exchange solutions to meet the customers' needs.
At the same time, it can support the one front PCIe X16 slot, equipped with FPGA and IO
accelerator card, further improving the performance of the blade server and meeting the
different application needs of customers.
Intelligent management: Intelligent management software developed by Inspur
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supports advanced functions such as stateless computing and multi-chassis management,
greatly improving the product management efficiency and deployment speed. It also
provides standardized interfaces, supports a range of industry-standard specifications, and
provides seamless connectivity for third-party management.
Green energy saving: N+N redundant centralized power supply design improves power
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conversion efficiency to 92%. At the same time, it adopts the most advanced Z-type heat
dissipation architecture and centralized cooling fan to achieve optimal balance between
heat dissipation and muting. With Inspur's unique intelligent management software and
patented technology, the product achieves optimal green energy saving and reduces TCO.
Product Specification
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