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Oracle® Flash Accelerator F640 PCIe Card v1 Product Notes

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Updated: November 2021
 
 

Fixed Issues

The following Oracle Flash Accelerator F640 PCIe Card v1 issues are fixed in Firmware Release QDV1RF30.

Bug ID
Issue
27759886
Oracle 6.4 TB NVMe SSD Asserting on RE14
To immediately ensure the fix is implemented, perform the Secure Erase Cards Before Use erase sequence, otherwise after two weeks of device power-on the issue will be fully resolved. See Secure Erase Cards Before Use.
28708331
Device Monitor: Extend jitter check to cover device read failures
Oracle Server X7-2, Oracle Server X7-2L, and Oracle Server X7-8 require using Software Release 1.3.2 or later with Oracle ILOM Software Release 4.0.4.21.a in conjunction with device firmware release 8DV1RF30 to reduce device read failures. The SMbus can take up to 30 seconds to respond after a firmware update.

The following issues are fixed in Firmware Release QDV1RD28.

Bug ID
Issue
27740631
One controller processor in Oracle Flash Accelerator F640 PCIe Card v1 running FW QDV1RD24 does not enumerate after reboot, but is present after power cycle
27446403
Oracle Flash Accelerator F640 PCIe Card v1 running FW QDV1RD22 fails
27439114
Oracle Flash Accelerator F640 PCIe Card v1 running FW QDV1RD24 fails
27023041
Out of band temperature monitoring of Oracle Flash Accelerator F640 PCIe Card v1 stops updating temperature
26842551
Oracle Flash Accelerator F640 PCIe Card v1 device shutdown during OS reboot does not complete, stops

The following issues are fixed in Firmware Release QDV1RD22.

Bug ID
Issue
26768459
Oracle Flash Accelerator F640 PCIe Card v1 Activity LEDs 1 and 2 are OFF during idle when they should be ON
26776176
Fixed assert codes SR004
26638669
Oracle Server X7-8 PCIe Fatal Error - extending completion timeout range for the NVMe device
26566040
Determine the correct NVMe Shutdown timeout period for RTD3 (RunTime D3) power state
Oracle Flash Accelerator F640 PCIe Card v1s support NVMe specifications for RTD3 Resume Latency and RTD3 Entry Latency. RTD3R Resume latency allows 7.5 seconds of margin for devices to safely start before main power is applied to the device controller. RTD3E Entry latency allows 6 seconds of margin for active devices to safely shutdown before main power is removed from the device controller.

Note -  Shutdown not complete messages may appear for OSes that do not support RTD3 Resume Latency and RTD3 Entry Latency.