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Dell FF172 2360 Watts Power Supply For PowerEdge M1000e Blade Server
- 2360 Watts power output
- Designed for Dell PowerEdge M1000e
- Powers multiple blade servers
- High-density computing solution
- Ensures reliable operation of blade infrastructure
- Supports demanding enterprise workloads
- Redundant configuration capability (within M1000e)
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Product Overview
This is a high-power 2360 Watts power supply unit designed for the Dell PowerEdge M1000e blade server enclosure. It provides the substantial power required to operate multiple blade servers and their associated components.
Technical Information
| Wattage | 2360 Watts |
| Compatibility | Dell PowerEdge M1000e |
Additional Specifications
| Type | Blade Server Power Supply |
Product Description
The Dell FF172 is a formidable 2360-watt power supply unit, specifically engineered for the Dell PowerEdge M1000e modular blade server chassis. The M1000e is designed to house multiple high-performance blade servers, network switches, and storage modules within a single, dense enclosure. Consequently, it requires exceptionally high power delivery capabilities to support the combined operational demands of all installed components. This power supply unit is a critical element in providing the substantial and stable power required for dense computing environments. Its high wattage ensures that even when the M1000e is fully populated with blades and other modules running intensive workloads, there is sufficient power available for all operations. The design prioritizes efficiency and reliability, which are paramount in data center operations where downtime can be extremely costly. The FF172 contributes significantly to the overall power architecture of the PowerEdge M1000e, often used in conjunction with other PSUs to provide redundancy and fault tolerance. This ensures that the failure of a single power supply does not disrupt the operation of the entire blade enclosure, maintaining business continuity for critical applications and services hosted within the M1000e. It represents a key component for scalable and resilient enterprise infrastructure.


