ASUS
750W REDUNDANT POWER SUPPLY FOR RS260-E4/RX8
Out of Stock
ASUS 750 W Redundant Power Supply — 750 W Hot-Swap PSU for RS260-E4/RX8 | Server Redundant, Hot-Swap
ASUS
MPN: ASU-PSU-RS260-E4/RX8
Call for Price
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 750 W rated output
- Redundant, hot-swap capable
- OEM compatibility with RS260-E4
- OEM compatibility with RX8
- Front-access removable module
- Designed for rack server chassis
- Deliver redundant power via 750 W rated output for RS260-E4 and RX8
- Maintain server uptime using hot-swap replacement capability
Keep compute nodes online during power module maintenance and faults using the ASUS 750 W redundant power supply engineered for RS260-E4 and RX8 platforms. Delivering 750 W of rated output, the unit slots into the server's redundant bay to enable N+1 or N+N configurations that maintain service continuity when a module is removed or fails. The hot‑swap capability permits field replacement without server shutdown, reducing planned downtime windows and preserving SLAs. For procurement teams, this ASUS OEM module integrates with system-level power management and status reporting available in supported chassis, simplifying diagnostics and reducing mean time to repair. Choose the ASUS 750 W redundant supply when you need predictable failover behavior and simplified field serviceability over lower-cost non‑OEM options that may lack mechanical fit, signaling compatibility, or firmware support.
Ideal For
- N+1 power redundancy for compute-dense rack deployments
- Hot-swap spare module in data center maintenance operations
- Field-replaceable power supply for managed server racks
- Power resilience for virtualization and container host clusters
Why This Product
- 1OEM electrical and mechanical fit reduces compatibility issues versus generic PSUs
- 2Hot-swap design preserves uptime compared with non-redundant single PSUs
- 3Integrated status reporting simplifies diagnostics relative to aftermarket modules
- 4Field-replaceable module lowers MTTR compared with sealed power configurations
