XBC Communications MPO conversion cable features an OM4 multimode fiber design with one 8-fiber MPO female (APC) connector on one end and two 4-fiber MPO female (APC) connectors on the other. With fanout lengths of 3 meters on each branch and an overall length of 35 meters, this assembly provides a clean and efficient way to convert a single 8-fiber channel into two 4-fiber channels while maintaining optimal signal integrity.

Use Cases:

• 800G SR8 (OSFP/QSFP-DD) to 2×400G SR4 (QSFP112)
• 400G SR4 (QSFP-DD) to 2×200G SR4 (QSFP56)
• 400G SR4 to 2×100G SR4 (QSFP28)

XBC Communications' high-performance MPO-8 singlemode patch cable features APC-to-APC female connectors, G657A1 bend-insensitive fiber, and a robust LSZH outer jacket. Supplied on a plastic reel for safe transport and rapid deployment, this 95-meter assembly is ideal for high-speed backbone connections in data centers, telecom rooms, and enterprise networks.

XBC's MPO 16-fiber OM4 patch cable features APC female connectors and a flame-retardant LSZH jacket. Optimized for short-reach high-speed connections such as 400G/800G SR8 and 1.6T DR8, it ensures reliable low-loss performance in modular data center environments. The 30-meter length and 3.5mm OD provide the perfect balance between flexibility and durability.

Key Features 

• MPO 16-fiber APC connector (female to female)

• OM4 multimode fiber, 850nm optimized

• 3.5mm outer diameter for enhanced flexibility

• Low Smoke Zero Halogen (LSZH) jacket

• Polarity options: Type A, B, or C

• Factory pre-terminated and tested (IL/RL)

• Ideal for SR8/DR8 optics and parallel transmission

• Custom labeling and color coding available

XBC supplies SM 72F MPO Trunk Cable of Long Length. It's a single-mode fiber optic trunk cable specifically designed for ultra-high speed, long-distance, and high-density scenarios. It uses G657A2 bend-insensitive fiber and LSZH jacket to meet the stringent requirements of data centers and telecommunications networks. Both ends of the cable are equipped with 9 MPO-12 male connectors(C polarity), with 8 core optical fibers activated per connector(a total 72 cores). Through the pre-termination process, it achieves ultra-high density and ultra-low loss(typical IL≦0.3dB), supports high-speed transmission from 100G to 800G, and is compatible with future technological evolution. Its hundred-meter length and C polarity design are optimized for long-distance structured cabling and passive cross-connections, making it the ultimate solution for building efficient and reliable backbone networks.