Inspur NF5280M6 is a high-end 2U 2-socket rackmount server
configured with the 3rd Gen Intel® Xeon® Scalable Processors. For
different application scenarios, NF5280M6 maintains the consistent
high-quality and reliability of Inspur servers. The product meets
the application configuration requirements of various industries
with high computing performance, complete ecological compatibility,
and flexible configuration, and is suitable for various application
scenarios such as data analysis and processing, deep learning, and
distributed storage etc.
Features:
High Performance
NF5280M6 configured with 2 latest 3rd generation Intel® Xeon®
scalable processors, each CPU has up to 40 cores and 80 threads.
The maximum TDP 270W, maximum base frequency 3.6GHz, 1.5MB L3 cache
per core and 3 UPIs up to 11.2GT/s.
NF5280M6 provides extraordinary speed, high availability and a
maximum of 6T memory capacity with up to 32 * DDR4-3200MT/s ECC
RDIMMs or LRDIMMs.
NF5280M6 protects data integrity during power failure without
degrading memory capacity and bandwidth by support Intel® Optane™
Persistent Memory, It up to 512G capacity and 3200MHz bandwidth.
Flexible Expansion
Support up to 20 * 3.5-inch or 39 * 2.5-inch drives. Support OCP
3.0 (optional) and 10/25/40/100/200G network interface.
Support up to 11 * PCIe slots for further I/O performance upgrade.
Support rear 2 * SATA M.2/E1.S (optional) to meet a variety of
storage needs.
Intelligent Management
NF5280M6 adopts easy maintenance design and the entire system
supports tool-less maintenance. By optimizing some structural
components, it allows convenient assembly and reduces the
maintenance time.
With Inspur's unique intelligent temperature control technology and
advanced air-cooling system to keep the server working in the best
environment, to ensure the stable operation of the system.
Relying on the latest BMC technology, technicians can perform
monitoring and troubleshooting via the web-based GUI and LEDs (for
fault diagnosis and prognosis). The front-panel UID indicator
indicates the failure components and identifies the faulty or
abnormal components in a timely manner, thus, simplify the
maintenance workflow, speed up troubleshooting, and improve system
availability.
BMC supports to monitor system parameters and triggers alarm
notification for potential failures, thus, allow technician to be
prepared in case of failure, secure stable machine operation, and
reduce the risk of system shutdown.
