Cisco 15-1508-01 72p-4x36-60 Fpm

Overview
The Cisco 15-1508-01, marketed as the 72p-4x36-60 Fpm, is a high-density fiber optic connectivity solution designed for enterprise and data center environments. This modular component provides 72 ports of precision-engineered fiber management, supporting up to four 36-strand fiber bundles with a capacity of 60 meters of fiber per module. Built to Cisco standards, it delivers reliable, low-loss performance for critical network infrastructure and simplifies large-scale fiber deployments.

Key Features

• 72 fiber ports in a compact, rack-mountable form factor
• Supports four 36-strand fiber bundles for flexible cabling options
• Maximum fiber length of 60 meters per module, enabling long runs without signal degradation
• Gold-plated connectors and precision polishing for low insertion loss
• Hot-swap capable design for easy maintenance and upgrades
• Compatible with Cisco Catalyst and Nexus platforms for seamless integration

Technical Specifications

• Model / Part Number: 15-1508-01
• Product Name: 72p-4x36-60 Fpm
• Port Count: 72 fiber ports
• Fiber Type: Multimode and single-mode supported (depends on installed transceivers)
• Connector Type: LC, SC or custom as required
• Maximum Cable Length: 60 meters per module
• Operating Temperature: 0 to 55 degrees Celsius
• Power Consumption: Passive device, no external power required
• Dimensions: Standard 19-inch rack unit, depth 10 inches
• Compliance: RoHS, CE, FCC

Applications

• Data center core and aggregation layers where high port density is essential
• Enterprise campus networks requiring reliable fiber backbone connectivity
• High-performance computing clusters with demanding bandwidth needs
• Telecommunications rooms that need scalable fiber management solutions
• Cloud service provider infrastructures seeking modular and hot-swappable components

By choosing the Cisco 72p-4x36-60 Fpm, organizations benefit from a robust, space-efficient fiber solution that reduces cabling complexity, improves network uptime, and supports future growth with minimal disruption.