ODF 96C LC/UPC Sliding ODF

The ODF 96C LC/UPC Sliding Patch Panel is a high-density, rack-mountable solution designed for efficient fiber optic cable management in data centers and telecommunication rooms. This 2U sliding chassis provides a professional platform for fiber patching, splicing, and distribution, ensuring maximum network reliability and ease of maintenance.

The sliding drawer design allows for effortless front-access to internal fiber connections without removing the entire unit from the rack, significantly reducing downtime during upgrades or repairs.

Key Features

• High-Density Connectivity: Accommodates up to 96 LC/UPC fiber connections using LC Duplex adapters in a compact rack space.

• Smooth Sliding Mechanism: Equipped with high-quality drawer rails for easy front-access to the internal splice trays and routing area.

• Precision LC/UPC Polish: Pre-configured for LC/UPC adapters, providing low insertion loss and high return loss for superior signal integrity.

• Robust Construction: Manufactured from heavy-duty cold-rolled steel with a durable powder-coated finish for long-lasting industrial use.

• Integrated Fiber Management: Features internal routing guides and splice trays to maintain the minimum bend radius and protect delicate fibers.

Technical Specifications

Why Choose the 96C Sliding ODF?

1. Efficient Maintenance: The sliding drawer simplifies the termination and splicing process, allowing technicians to work comfortably outside the rack enclosure.

2. Superior Organization: Integrated management loops prevent cable “spaghetti,” making it easy to identify and trace individual fiber lines.

3. Space-Saving Design: By packing 96 cores into a small footprint, this ODF is ideal for environments where rack space is at a premium.

Common Applications

• Data Centers: High-density patching for servers and storage arrays.

• Telecommunication Rooms: Managing backbone fiber distribution in commercial buildings.

• Central Offices: High-performance termination for ISP and carrier networks.