
( Brand: Cisco ), ( Manufacturer Part Number: NC55-2KW-ACFW ), ( Part Type: Supply Handle )
The Cisco NC55-2KW-ACFW Power Supply Convergence 5500 Series (V01) is a high-performance, high-efficiency linear power solution designed to meet the demanding requirements of today's data centers. This power supply offers an outstanding level of reliability, making it an ideal choice for Cisco 5500 Series Switch and Router platforms.
The NC55-2KW-ACFW is a compact, form-factor power supply, weighing approximately 14.5 lbs (6.58 kg). It is equipped with two 120V/240V AC input connectors, ensuring versatility in various global power environments. The power supply delivers 2 kW of continuous power, making it suitable for energy-intensive applications.
The power supply features Cisco's advanced Convergence Architecture, enabling seamless integration with other Cisco platforms and simplifying network management. It also supports energy-efficient Ethernet (EEE) to reduce power consumption during network idle periods.
The NC55-2KW-ACFW power supply is designed with robust components to ensure longevity and exceptional reliability. It features over-temperature protection, over-voltage protection, and short-circuit protection to safeguard your investment. The power supply also includes a built-in power-factor correction (PFC) circuit to improve power quality and efficiency.
In summary, the Cisco NC55-2KW-ACFW Power Supply Convergence 5500 Series (V01) is a high-performance, energy-efficient, and reliable power solution perfect for your Cisco 5500 Series Switch and Router platforms. Its compact form-factor, global AC input compatibility, and advanced Convergence Architecture make it an excellent choice for modern data centers.
**Product:** NC55-2KW-ACFW Cisco V01 Power Supply Convergence 5500 (Handle)
**Pros:**1. High Power Efficiency: The power supply offers a high power capacity of 2 kW, suitable for handling high-load network equipment.
2. Cisco Compatibility: Designed for Cisco's 5500 series, ensuring seamless integration and compatibility with existing Cisco infrastructure.
3. Redundancy and Reliability: The power supply supports hot-swappable modules, allowing for maintenance without downtime and enhancing overall system reliability.
4. Efficient Heat Dissipation: The power supply is equipped with efficient cooling mechanisms to prevent overheating, ensuring stable performance.
5. Easy Installation: The handle design provides convenience for installation and removal, making it easier to manage.
**Cons:**1. Cost: As a Cisco product, the power supply may be more expensive compared to third-party alternatives.
2. Limited Availability: Cisco products may not be as widely available as third-party alternatives, which could lead to longer delivery times or limited stock.
3. Proprietary: Being a Cisco product, it may only be compatible with Cisco equipment, potentially limiting its versatility.
**Conclusion:**The NC55-2KW-ACFW Cisco V01 Power Supply Convergence 5500 (Handle) offers high power efficiency, seamless Cisco compatibility, redundancy, and reliable performance, making it an excellent choice for those who prioritize Cisco integration and reliability. However, its cost and limited compatibility with non-Cisco equipment are factors to consider. If budget is a concern or if you're not fully committed to a Cisco-centric infrastructure, it may be worth exploring third-party alternatives.
**Recommendation:**If you're heavily invested in a Cisco network and require a reliable, high-performance power supply for your 5500 series equipment, the NC55-2KW-ACFW Cisco V01 Power Supply Convergence 5500 (Handle) is a solid choice. However, if budget is a concern or if you're considering a mixed infrastructure, it may be beneficial to research third-party alternatives that offer comparable features at a lower cost.
Included in this listing: 1x Cisco NC55-2KW-ACFW item has been pulled from a working environment. Since this item is in used condition, it possible that can show some normal signs of wear, for example: scratches or scuffs but nothing will affect performance.