The OM4 MTP® to LC Duplex 8-Fiber Multimode OFNP Breakout Cable (Type B) is a high-performance solution designed for modern data center and enterprise network environments. This premium cable combines the high-density MTP® connector with four LC duplex connectors, providing an efficient transition from trunk cables to individual fiber connections.

Featuring Corning® glass with a 50µm core and 125µm cladding, this OM4 cable delivers superior bandwidth and transmission rates, surpassing the capabilities of OM3 cables. The aqua-colored OFNP (Plenum) rated jacket ensures compliance with stringent fire safety regulations, making it suitable for installation in air-handling spaces.

The cable's Type B (Reverse) configuration, with key-up to key-up orientation, ensures proper fiber alignment and compatibility with a wide range of network equipment. The MTP® Elite Female connector, fully compatible with MPO standards, incorporates an integrated push-pull mechanism for easy handling and enhanced durability.

With a fiber count of 8 and a breakout length of 0.5 meters, this cable offers flexibility in high-density rack environments. The MTP® end features a 3.0mm jacket OD, while the LC ends have a 2.0mm jacket OD, balancing robustness with manageability.

Performance is a key focus, with insertion loss values of ≤0.35dB for MTP®/UPC and ≤0.20dB for LC/UPC connections. Return loss values of ≥20dB for MTP®/UPC and ≥30dB for LC/UPC further ensure signal integrity. Each cable undergoes rigorous 100% 3D testing to guarantee reliability and performance.

This versatile cable is ideal for various applications, including data centers, enterprise networks, telecommunications infrastructure, and high-performance computing environments. Its design supports current 10G, 40G, and 100G network speeds, with the potential to accommodate future upgrades.

UL listed and equipped with dust-protective caps, this OM4 MTP® to LC breakout cable combines safety, performance, and ease of use. It represents an optimal solution for organizations seeking to implement high-density, high-speed fiber optic networks with the flexibility to adapt to evolving connectivity requirements.