ASR1000X-AC-1100W

Cisco’s ASR1000X-AC-1100W is an efficient, reliable, and eco-friendly power supply designed to meet the demands of modern networking enterprises, internet service providers, and data centers. With its robust features, this power supply is engineered for seamless integration with Cisco ASR 1000 Series routers, including ASR 1009-X and ASR 1006-X models.

Delivering up to 1100 Watts of AC power and supporting a global input range of 100-240 V, this unit is a versatile and dependable solution for organizations worldwide. The compact 1U rack-mountable design ensures easy installation and space optimization. Its hot-swappable functionality supports redundancy in multi-unit setups, providing uninterrupted power during replacements or system upgrades.

Key Features and Specifications:

• High Efficiency: The 80 Plus Platinum certification minimizes energy waste through reduced heat emissions, lowering operational costs and extending the lifespan of the power supply.
• Redundant Design: Hot-swappable capability ensures continuous power availability when deployed in multi-unit setups, enhancing system reliability for critical applications.
• Global Compatibility: With a voltage input range of 100-240 V AC, the unit meets international standards, making it ideal for global enterprises and large-scale operations.
• Purpose-Built for ASR Routers: Specifically designed to align with Cisco ASR 1000 Series routers for optimal performance and ease of installation.
• Common Applications: Used in data centers, enterprise networks, and large-scale internet service providers, the ASR1000X-AC-1100W delivers efficient, reliable, and redundant power for demanding environments.
• Energy Efficient Design: Equipped with advanced heat management and quiet operations, this power supply ensures optimal functionality and long-term performance.

The ASR1000X-AC-1100W is the ultimate solution for customers seeking reliability, efficiency, and seamless compatibility with Cisco’s ASR 1000 Series routers, addressing the power needs of critical networking environments.