
Safe Checkout
Secure Payments
Fast Delivery
Order Today
Free Shipping
Across the US
Easy Returns
Hassle-Free
HPE 82-00001402 82-00001402 Msa Controller Super Capacitor
- Super Capacitor Module for MSA Storage Controllers.
- Provides backup power for cache memory.
- Ensures data integrity during power outages.
- Replaces traditional battery backup units.
- Designed for HPE MSA storage systems.
- Longer lifespan and wider operating temperature range than batteries.
Free Ground Shipping
(Within US)
We process POs for Government Agencies, Enterprises, Data Centers and SMBs.
Bulk Purchase Inquiries
Large-Scale Fleet Deployment Support
Product Overview
The HPE 82-00001402 is a super capacitor module for MSA storage controllers. It provides backup power to the controller's cache in the event of a power failure, ensuring data integrity.
Technical Information
| Product Type | Super Capacitor Module |
| Compatibility | HPE MSA Storage Controllers |
Additional Specifications
| Part Number | 82-00001402 |
Product Description
The HPE 82-00001402 is a vital component for maintaining data integrity in HPE MSA (Modular Smart Array) storage systems. This super capacitor module serves as a backup power source specifically for the controller's cache memory. In the event of an unexpected power loss, the super capacitor discharges its stored energy to keep the cache powered, allowing the controller to write any volatile data from the cache to non-volatile storage before shutting down gracefully. This technology offers several advantages over traditional battery backup units (BBUs). Super capacitors generally have a longer operational lifespan, are less susceptible to degradation over time, and can operate effectively across a wider range of temperatures. This makes them a more reliable and lower-maintenance solution for protecting critical data during power interruptions in enterprise storage environments. The 82-00001402 is designed to seamlessly integrate with compatible HPE MSA controller modules. Its primary function is to prevent data loss by ensuring that cached data is safely preserved. This is crucial for applications that rely on consistent data availability and integrity, such as databases, virtual machines, and critical business applications, making it an essential part of the storage system's resilience strategy.

