Fiber Optic Patch Cords

Fiber Optic Patch Cords and Jumper Cables

OVERVIEW

A Fiber Optic Patch Cord, also known as a fiber jumper or fibre optic patch lead, is a versatile cable terminating in industry-standard connectors—such as SC, LC, FC, ST, or E2000—at both ends. Available in single-mode or multimode variants, these cords can be configured for simplex or duplex operation. Each Fiber Jumper Cable is critical for linking network equipment, patch panels, and distribution frames in data centers, server rooms, and telecom installations.

KEY FEATURES & OPTIONS

1. LC to SC Patch Cable
   – Simplifies interconnection between devices with different interface types.

2. Single-Mode Duplex Patch Cord
   – Optimizes long-haul data links, ensuring minimal signal attenuation.

3. Multimode OM4 Fiber Jumper
   – Offers reliable, high-speed performance for shorter-distance, high-bandwidth networks.

4. “High-speed LC to LC patch cable for 10G/40G data networks”
   – Perfect for next-generation data centers requiring ultra-fast connectivity.

5. “Low-loss patch cord for FTTH and enterprise deployments”
   – Delivers maximum reliability where minimal insertion loss is essential.

6. Flexible Fiber Patch Lead
   – Maintains bend radius and cable integrity even in tight rack spaces or complex routing paths.

TESTING & CUSTOMIZATION

• 100% Factory Testing: Each Fiber Patch Cord undergoes rigorous inspection for insertion loss and return loss, guaranteeing top-tier performance before shipment.
• Customized Solutions: Cable diameters (e.g., 2 mm, 3 mm) and jacket materials (PVC, LSZH) can be tailored to indoor, outdoor, or FTTH needs.
• Premium Materials: Built with robust, ruggedized jackets designed to withstand demanding environments.

APPLICATIONS

1. Data Centers & Server Rooms
   – Ideal for connecting patch panels and active network devices in high-bandwidth architectures.

2. Telecom & Broadband Networks
   – Streamlines long-haul or short-distance links in central offices and metro networks.

3. FTTH & Enterprise Deployments
   – Ensures quick, low-loss connections that support emerging high-speed technologies like 100G/400G.

4. Testing & Maintenance
   – Used in combination with other tools (e.g., OTDRs) to validate fiber links or troubleshoot issues.