72 core Rack Mount Brand New Fiber Optic ODF

Introduction

The Fiber Optic Distribution Frame (ODF) 72 Core Rack Mount Type is an essential component for managing and organizing fiber optic connections in network infrastructures. This high-capacity ODF is designed to efficiently distribute and protect fiber optic cables, making it ideal for various high-demand applications such as data centers, telecommunications, and enterprise networks.

Key Features 72 core Rack Mount

1. High Capacity:
   • 72 Core Capacity: 72 core Rack Mount Accommodates up to 72 fiber optic cores, providing ample connectivity for large-scale network deployments.
   • Scalability: Allows for network expansion, supporting future growth without significant infrastructure changes.
2. Rack Mount Design:
   • Standard 19-Inch Rack Mount: Fits into standard 19-inch racks, ensuring compatibility with common data center and telecommunications equipment.
   • 1U/2U Form Factor: Available in 1U or 2U configurations, offering flexibility based on space requirements and density needs.
3. Durable Construction:
   • Robust Enclosure: Constructed from high-quality materials such as powder-coated steel or aluminum, providing durability and protection against physical damage and environmental factors.
   • Secure Mounting: Includes mounting brackets and accessories for secure and stable installation in rack systems.
4. Efficient Cable Management:
   • Integrated Splice Trays: Features splice trays to organize and protect fiber splices, ensuring reliable and orderly fiber management.
   • Cable Routing Features: Designed with built-in cable management systems to route and secure cables, reducing clutter and improving accessibility.
5. Connector Compatibility:
   • Versatile Adapter Panels: Compatible with various fiber optic connectors including SC, LC, ST, and FC, allowing for flexibility in connector types based on network requirements.
   • High Performance: Ensures low insertion loss and high return loss, maintaining optimal signal quality and network performance.
6. Ease of Installation and Maintenance:
   • User-Friendly Design: Simplifies installation and maintenance with easy access to fiber connections and splice trays.
   • Accessibility: Front-access design allows for convenient and quick maintenance, reducing network downtime during repairs or upgrades.

Applications

1. Data Centers:
   • High-Density Fiber Management: 72 core Rack Mount Ideal for managing high-density fiber optic connections, optimizing space, and improving network efficiency in data centers.
   • Server and Network Equipment Connections: Connects servers, switches, and other network equipment with high-speed fiber optic links.
2. Telecommunications:
   • Carrier Networks: Supports large-scale telecommunications networks by providing organized and reliable fiber optic distribution.
   • Central Offices: Essential for central office environments where high-capacity and secure fiber management is critical.
3. Enterprise Networks:
   • Backbone Infrastructure: Manages backbone fiber infrastructure, ensuring high-speed and reliable data transmission across enterprise networks.
   • Network Distribution: Provides organized distribution of fiber optic connections in corporate environments.
4. Educational and Research Institutions:
   • Campus Networks: Suitable for campus-wide network infrastructures, supporting academic and research activities with robust fiber optic connectivity.
   • Research Facilities: Meets the high bandwidth and low latency requirements of research facilities involved in data-intensive projects.
5. Broadcast and Media:
   • Media Transmission: Facilitates high-speed data transmission for broadcast and media networks, ensuring reliable content delivery.
   • Video and Audio Streaming: Supports the high bandwidth needs of video and audio streaming services.
6. FTTH (Fiber to the Home):
   • Residential Fiber Networks: 72 core Rack Mount Ideal for FTTH deployments, providing high-speed internet access and connectivity to residential areas.
   • Multi-Dwelling Units: Suitable for managing fiber optic connections in multi-dwelling units (MDUs).