Fixed a frequent lockup error (0x15) that occurred during boot when the controller's cache was mismatched with the drive state.
| Symptom | Likely Cause | Solution | |---------|--------------|----------| | Server hangs at "Initializing HP Smart Array" | Corrupted option ROM or mismatch with system BIOS | Clear NVRAM (jumper on board), reflash firmware. | | Drives show as "Unsupported" | Too old firmware (<5.0) for large/SSD drives | Upgrade to v6.00+. | | Write cache disabled after boot | Dead BBWC or firmware cache bug | Replace battery; if persists, downgrade to v5.66 then upgrade to v6.64. | | Performance drop after upgrade | Stale drive firmware or controller settings | Update individual drive firmware; reset controller to defaults. | | Controller not detected | Flash corruption during upgrade | Boot from SPP and perform emergency recovery (if option ROM alive). Else, replace controller. |
If you are running an older version, you might be missing out on critical bug fixes or improved drive handling for SSDs. Here is a quick workflow for a safe upgrade: p410i firmware
Is your legacy ProLiant server still running strong? The HP Smart Array P410i controller is a workhorse, but keeping its firmware current is essential for data integrity and drive compatibility.
In rare cases, if a reboot occurs during the flash, the array may appear as "configured on a newer controller." You may need to use the HPE Smart Storage Administrator (SSA) to "Re-enable" the controller. Fixed a frequent lockup error (0x15) that occurred
Online updates are not supported on VMware ESXi. You must use the Offline Firmware Maintenance CD or the SPP method mentioned above.
The P410i (integrated) controller, based on the PCI Express interface, manages SAS and SATA hard drives in RAID configurations (0, 1, 1+0, 5, 6, 50, 60). Unlike software RAID, the P410i offloads parity calculations to a dedicated I/O processor. However, its functionality is entirely dependent on —low-level software stored in flash memory on the controller. Firmware governs: | | Write cache disabled after boot |
Updating the firmware can be done via online flash components (while the OS is running) or offline using a bootable ISO. This is the most common method for active servers.
Regular firmware updates are essential to ensure that the HP p410i controller remains compatible with the latest hardware and software, and to address any known issues or vulnerabilities. The firmware update process typically involves:
Fixed a frequent lockup error (0x15) that occurred during boot when the controller's cache was mismatched with the drive state.
| Symptom | Likely Cause | Solution | |---------|--------------|----------| | Server hangs at "Initializing HP Smart Array" | Corrupted option ROM or mismatch with system BIOS | Clear NVRAM (jumper on board), reflash firmware. | | Drives show as "Unsupported" | Too old firmware (<5.0) for large/SSD drives | Upgrade to v6.00+. | | Write cache disabled after boot | Dead BBWC or firmware cache bug | Replace battery; if persists, downgrade to v5.66 then upgrade to v6.64. | | Performance drop after upgrade | Stale drive firmware or controller settings | Update individual drive firmware; reset controller to defaults. | | Controller not detected | Flash corruption during upgrade | Boot from SPP and perform emergency recovery (if option ROM alive). Else, replace controller. |
If you are running an older version, you might be missing out on critical bug fixes or improved drive handling for SSDs. Here is a quick workflow for a safe upgrade:
Is your legacy ProLiant server still running strong? The HP Smart Array P410i controller is a workhorse, but keeping its firmware current is essential for data integrity and drive compatibility.
In rare cases, if a reboot occurs during the flash, the array may appear as "configured on a newer controller." You may need to use the HPE Smart Storage Administrator (SSA) to "Re-enable" the controller.
Online updates are not supported on VMware ESXi. You must use the Offline Firmware Maintenance CD or the SPP method mentioned above.
The P410i (integrated) controller, based on the PCI Express interface, manages SAS and SATA hard drives in RAID configurations (0, 1, 1+0, 5, 6, 50, 60). Unlike software RAID, the P410i offloads parity calculations to a dedicated I/O processor. However, its functionality is entirely dependent on —low-level software stored in flash memory on the controller. Firmware governs:
Updating the firmware can be done via online flash components (while the OS is running) or offline using a bootable ISO. This is the most common method for active servers.
Regular firmware updates are essential to ensure that the HP p410i controller remains compatible with the latest hardware and software, and to address any known issues or vulnerabilities. The firmware update process typically involves: