Memory Error Injection adds bit errors into memory arrays for memory error troubleshooting.
Failed DIMM Isolation identifies a specific failing DIMM channel pair thereby enabling the user to
replace only the failed DIMM pair. Identifies a single DIMM for correctable errors and DIMM pair for
uncorrectable errors.
Virtualization
Intel VT-x (FlexMigration, FlexPriority, and Extended Page Tables) provides:
Platform control between the VMM and guest OSs for faster, more reliable and secure
transfers.
VM migration features that enhance flexibility for failover, load balancing, disaster recovery,
and maintenance.
Intel VT-d (Intel Virtualization Technology for Directed I/O) enables the VMM to assign specific I/O
devices to specific guest OSs improving security and availability.
Mezzanine options and I/O
Optional dual-port Fibre Channel mezzanine cards for redundant SAN connections.
Up to eight embedded Ethernet adapters for redundant LAN connections.
Multiple mezzanine I/O expansion slots each supported multiple data paths routed to redundant
interconnect modules.
Network Adapter Teaming (Bonding) provides network fault tolerance; transmit load balancing, and
switch-assisted load balancing.
Processor/Chipset
Cache-line Deletion disables a faulty cache line during BIOS initialization when all cache lines are
checked or while the processors is processing.
Processor Internal Sensors & Thermal Control protection against over-temperature conditions.
Cache parity/ECC protects cache data from accidental data corruption due to particle hits.
Machine Check Architecture (MCA) detects and captures hardware errors such as system bus, ECC,
parity, cache, other.
Enhanced MCA handling & error logging builds upon the original Machine Check Architecture to:
offers more "banks" and increased "resolution" for reporting errors that cause MCA events and 2)
sets check flags for the OS to poll.
External Bus Error Recovery (ECC) enables automatic correction from a single data bit error and
detection of double data error bits on the memory data bus.
De-allocate Processor on Reboot detects faulty processors during system initialization, de-
allocates them, and reports the condition.
Corrupt Data Containment tags faulty data before it is consumed (often called data poisoning) to
limit the impact to the currently running program and to greatly reduce the need to reset the
system.
On-Die Error Protection protects registers from particle hits.
Storage
Two hot-plug SAS/SSD drive bays.
Integrated HP Smart Array P410i Controller with RAID 0 and 1 standard
Integrated HP Smart Array P410i Controller upgradeable firmware with recovery ROM capability
HP Smart Array P410i flash backed write cache (FBWC) options to 1GB.
Intel® QuickPath Interconnect (QPI)
QuickSpecs
HP ProLiant BL620c Generation 7 (G7) Server Blade
Carrier Grade Supplement
Standard Features
DA - 14179 Worldwide — Version 2 — December 28, 2012
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