Inspur NF5468A5, Manual

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3
cache and data protection enabled by the super-capacitor in case of power
failures.

With the latest BMC technology, technicians can quickly identify the faulty
system via the BMC Web GUI, locate the faulty system via the UID LED on the
front panel, and then identify the components that have failed (or are failing)
via LEDs for fault diagnosis, enabling simple, quick, and efficient O&M.

The BMC can monitor system parameters and send alerts in advance to enable
technicians to take appropriate actions, minimizing system downtime and
ensuring stable running of the system.
For information about warranty policies, refer to Chapter 9 Inspur Limited Warranty
in
Inspur Server NF5468A5 User Manual
.
For other product resources (such as product marketing materials, user manuals,
drivers, firmware, and product certifications), visit
https://en.inspur.com .
2.3
Manageability and Security

The motherboard and backplane feature overcurrent and overvoltage
protection functions, and the onboard connectors and cables are designed to
be foolproof, thus preventing potential circuit hazards.

A hood latch is added to the top cover and an intrusion switch connector is
integrated on the motherboard to monitor chassis-opening activities,
preventing unauthorized operations.

BIOS image files are signed using secure encryption algorithms before release,
and the signature must be validated before firmware update, thus ensuring
the integrity and legitimacy of the firmware.

The BMC intelligent management system provides various security features
such as identification and authentication, authorization and access control,
web security configuration, and log audit, offering industry-leading security
capability.

All physical I/O ports are clearly defined.

Optional Trusted Platform Module (TPM) 2.0 is provided for data security,
enabling secure boot of servers.
2.4
Energy Efficiency

Equipped with 80 PLUS Platinum PSUs (1,600 W – 3,000 W) with power
efficiency up to 94% at a load of 50%.

Features efficient voltage regulator down (VRD) solutions, reducing DC-DC
conversion loss.