MTP/MPO This 72-fiber single-mode MPO trunk fiber cable is an excellent choice for high-speed This data transmission in various scenarios.It features a robust design that ensures reliable performance and durability

MTP/MPO Trunk cable is good for fast data center or fiber infrastructure implementation. It is used to bridging among MPO cassette or fan out fiber patch cable among HAD and EDA. The high efficient plug and play patch cable structure remarkably reduced the initial installation and daily maintenance cost. Yingda MTP/MPO trunk cable adopts selected fiber cable and MPO components, with low insertion loss, high return loss, fully meet the requirement of high speed data network.

72 Fibers MPO Track Cable Features

• Backbone installation
• Fiber counts available in 12/24/36/48/72/96/144 fibers
• Optional pulling eye design to fit for different installation environment
• Round & mini-core cable structure to eliminate bend sensitivity and save space
• Available in single mode G 652 D and G 657, multimode OM2, OM3, OM4 fiber
• Choice of either both ends with pins (Male type) or both ends without pins (female type)
• Fiber optic patch cable operates effectively in a broad temperature range, from -30°C to +75°C, ensuring stable performance in various environmental conditions.
• The fiber optic patch cord structure is engineered to reduce bend sensitivity, allowing for easier installation in confined spaces without compromising signal integrity.
• Fiber optic patch cables comply with multiple industry standards, including IEC and TIA/EIA, ensuring compatibility and interoperability with other network components.
• MPO fiber optic patch cords offer a variety of connector types at both ends, such as male or female connectors, to meet different connection requirements in data centers and fiber infrastructure.”.
• Fiber optic jumpers utilizes advanced fiber technology to guarantee low attenuation and high bandwidth, enabling fast and stable data transfer. For example, the insertion loss is minimized to ensure efficient signal transmission, typically less than 0.5 dB under standard conditions.

• Array trunk cables
• High fiber density card edge access
• Optical switching inter-frame connections
• Ideal for interconnections between network equipment in data centers.
• Suitable for fiber optic backbone installations in large buildings or campuses.
• Can be used in telecommunications networks to enhance the capacity and performance of optical links.