MPO MTP Fanout Cable

Application of MPO-LC and MPO Fanout Cables

Data transmission plays a crucial role in a variety of applications, making the use of MPO-LC fanout cables essential in numerous contexts. These cables are integral to the functionality of modern data centers for several compelling reasons.

To start, MPO-LC fanout cables facilitate high-density fiber connections, enabling a substantial number of fibers to be accommodated within a confined space. This capability is increasingly vital as data centers expand and evolve, necessitating efficient use of space while maintaining robust connectivity.

Furthermore, these cables support high-speed data transmission, which is critical for ensuring swift and seamless data transfer. Their high-speed capabilities are complemented by their flexibility, allowing for straightforward installation and routing within the complex infrastructure of data centers.

Let’s now highlight the advantages of FIBERFUTURE’s MPO products. Our MPO fanout cables are meticulously engineered using top-tier materials to deliver exceptional performance and longevity. Built to endure the rigorous demands of data centers, they provide dependable connections even in the most challenging environments.

FIBERFUTURE MTP-LC Fanout Cable 12F/24F for Data Center

Featuring high-performance connectors and fiber optics, FIBERFUTURE MTP-LC fanout cable series stands out for its superior components. Equipped with US Conec MTP connectors, these cables offer low insertion loss, excellent optical performance, and space efficiency while being fully compatible with MPO connectors.

Additionally, we incorporate Corning optical fiber known for its exceptional bending and compression resistance, ensuring stable and reliable data transmission. FIBERFUTURE’s collaboration with reputable brands guarantees dependable performance and an outstanding user experience.

LC connectors are produced and tested according to TIA 604 (FOCIS), IEC 61754, and YD/T industry standards. Available in Gigabit Ethernet, 10 Gigabit Ethernet, and high-speed fiber channel configurations, they can be used with either multimode or single-mode fiber. Each connector is subjected to thorough parameter testing to achieve the highest level of network performance.