P01366-B21 HP 96W Smart Storage Battery w/145mm Cable

Description

HPE P01366-B21 96W Smart Storage Battery w/ 145mm Cable – Product Description

The HPE P01366-B21 96W Smart Storage Battery is a high-performance lithium-ion backup module designed to protect cached data in HPE ProLiant servers. When unexpected power loss occurs, this battery provides enough stored energy for the RAID controller or NVDIMM modules to safely move all critical data to non-volatile flash storage. This ensures your business avoids data corruption, system crashes, and costly downtime.

Key Features

Reliable Backup Power

• Ensures cached write data is safely preserved during power failure

• Supports multiple HPE RAID controllers or NVDIMM modules

High-Quality Lithium-Ion Design

• Long lifecycle and dependable performance

• Low-halogen construction for eco-friendly operation

145mm Cable Included

• Compact, flexible cable for easy installation

• Supports a variety of HPE ProLiant rack and tower configurations

Designed for Enterprise Workloads

• Protects mission-critical applications such as databases, virtualization, and storage-heavy workloads

Single Battery for Multiple Controllers

• One module can support several storage controllers, simplifying maintenance and reducing operational costs

Compatibility

The P01366-B21 Smart Storage Battery is compatible with a wide range of HPE ProLiant Gen10 and Gen11 servers, as well as HPE Smart Array RAID controllers and supported NVDIMM modules. It is a required component for systems using write-back caching or persistent memory.

Why Choose the P01366-B21 for Your Server?

• Prevent Data Loss: The battery ensures all cached data is safely committed before power shuts off.

• Increase Storage Reliability: Essential for RAID controllers using write-back cache.

• Reduce Downtime: Helps maintain server stability and improves recovery time after outages.

• Improve System Protection: Ideal for enterprise workloads that require maximum data integrity.

• Designed for HPE Servers: Guaranteed compatibility and performance when used with ProLiant systems.