
• Automatic system restart
• Forward progress indicator (via a virtual front panel)
• Out-of-band manageability and system firmware update
• Configuration of manageability and console security
• Secure Sockets Layer (SSL) encryption on Web console access
Figure 14. High-level depiction of the HP Integrity rx1600, rx2600, rx4640, and rx5670 servers’ management processor
architecture
Built for high availability
The HP Integrity rx5670, rx4640, and rx2600 servers have been designed to be an integral part of a mission-
critical environment, delivering from 99.95% availability to close to 99.999% availability, depending on the
specific solution configuration. Delivering these levels of uptime requires a strong base of single-system high
availability (SSHA) in the hardware. The Integrity rx5670, rx4640, and rx2600 servers have redundancy and
resiliency built in from the ground up, starting with the chassis infrastructure, through the I/O, then continuing
through the memory and processor subsystems.
The servers’ strong SSHA is further bolstered by HP’s fault event monitoring service (EMS). And for the maximum
possible uptime, any of the three servers can be configured as an integral part of a high-availability cluster, using
clustering software such as HP Serviceguard.
High-availability chassis infrastructure (power and cooling)
Fans in the Integrity rx5670, rx4640, rx2600, and rx1600 servers provide excellent cooling, pulling cool air from
the front of the unit, flowing the air back over internal system components, and then discharging heated air out the
back of the server. All the fans in the Integrity rx5670, rx4640, and rx2600 servers are easily accessible and
provide N+1 redundancy.
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