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HP J9737A#ABA 1050 Watts Redundant Power Supply For X332
- 1050 Watts power output
- Redundant power supply unit
- Designed for HP X332 Series Switches
- Hot-swappable for non-disruptive maintenance
- Ensures high network availability
- Provides stable power for demanding network environments
Free U.S. Ground Shipping
Typically 1-2 handling + 3-7 transit days
Purchase orders accepted
For government, enterprise, data center, and small business customers.
Bulk Purchase Inquiry
Volume pricing and availability
Product Overview
The HP J9737A#ABA is a 1050 Watts Redundant Power Supply designed for the HP X332 series switches. It ensures high availability and continuous network operation through its redundant power capabilities.
Technical Information
| Power Output | 1050 Watts |
| Type | Redundant Power Supply |
| Compatibility | HP X332 Series Switches |
Additional Specifications
| Brand | HP |
| SKU | J9737A#ABA |
Product Description
This 1050-watt redundant power supply is specifically engineered to support the HP X332 Series of network switches, providing a robust power solution for enterprise environments. Its redundant design is crucial for maintaining high availability, as it allows for seamless failover if the primary power supply unit encounters an issue, thereby preventing any interruption to network services. The J9737A#ABA is a hot-swappable component, which means it can be replaced or added to the switch without the need to power down the device. This feature is invaluable for simplifying maintenance procedures and ensuring that network operations remain uninterrupted during hardware servicing. The power supply delivers consistent and stable power, vital for the optimal performance of the switch and all connected devices. As a key element for ensuring network resilience, this power supply unit guarantees that the HP X332 Series switches can operate reliably under various load conditions. It is designed to meet the power demands of modern enterprise networks, supporting critical business applications and ensuring continuous connectivity.
