HPE has officially ended support for the 3PAR 8000 series on August 31, 2026, and the 9000 series will follow on May 1, 2027. For many Russian data centers, this transition is a formality, as vendor support and firmware access have been unavailable since 2022. Despite the end-of-life status, these storage systems remain functional and continue to support production environments.
Post-support maintenance requires proactive management. Users lose access to official firmware updates, predictive analytics via InfoSight, and vendor-provided spare parts. However, the systems retain their core functionality, and the secondary market offers a wide range of affordable spare parts, including controllers and power modules. Independent service providers remain available to maintain these systems.
The primary risk for aging 3PAR arrays is disk failure. Drives from the same batch tend to degrade simultaneously, so monitoring individual disk health and error counters is critical. Administrators should track 'grown defects' and maintain a stock of spare drives. A cost-effective strategy for smaller setups is purchasing a secondary 'donor' array to serve as a comprehensive source for replacement components.
Specific technical issues, such as failed drive initialization, can often be resolved without hardware replacement. For instance, a 'failed' status caused by a spin-up task error can be fixed via CLI commands. Additionally, self-encrypting drives (SEDs) from decommissioned systems can be repurposed by resetting the crypto-lock using the PSID code found on the drive label, provided the process is handled carefully.
Performance degradation on older 3PAR arrays is frequently linked to expired battery modules, which force the system into write-through mode. Monitoring battery health via the 'showbattery' command is essential, as these components are user-replaceable. Proper decommissioning of arrays, including disk de-initialization, is necessary to ensure hardware remains usable for future deployments.
