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| Product Overview |
|---|
The Cisco 3000-Watts DC Hot Swap Redundant Power Supply for Nexus 7700 provides dependable power backup tailored for high-performance network switches. It fits into enterprise data center environments where maintaining constant uptime is crucial. This unit supports seamless power transitions and helps avoid service interruptions during maintenance or failures. |
| General Information | |
|---|---|
| Brand | Cisco |
| Part Number | N77-DC-3KW |
| Condition | Refurbished |
| Technical Information | |
|---|---|
| Max. Output Power | 3000W |
| Hot Swappable | Yes |
| Redundant Support | Yes |
| Cooling Type | Active Fan |
| Modularity | Non-Modular |
| Compatibility | |
|---|---|
| Form Factor | Proprietary |
| Compatible For | Nexus 7700 |
| Physical Characteristics | |
|---|---|
| Weight | 3.00 |
| Product Description |
|---|
This 3000-watts DC hot swap power supply is built specifically for Cisco Nexus 7700 series switches, providing reliable and continuous power delivery. It is commonly used in data centers where uptime is critical, offering a redundant design that allows for replacement without shutting down the system. Network administrators and IT professionals often rely on this power supply to maintain stable operations in enterprise networks, minimizing the risk of downtime due to power failures. Key Features
Typically deployed in large-scale data centers and enterprise network setups, this power supply helps ensure that critical infrastructure keeps running smoothly. Its redundant and hot swap capabilities reduce maintenance windows and improve overall network resilience. |
| Use Cases |
|---|
The Cisco 3000-Watts DC Hot Swap Redundant Power Supply is primarily utilized in large-scale data center environments where the Cisco Nexus 7700 series switches operate as core network infrastructure. It is ideal for enterprises requiring high availability and continuous operation in high-density, mission-critical networking setups. How It's Used:
This power supply module enhances operational efficiency by facilitating non-disruptive power transitions and scalable redundancy. Its design aligns with the rigorous demands of high-performance network infrastructures, allowing organizations to sustain optimal switch performance and uptime. |