Search results for: '9 1m flat twin os1 st st'

MPO MicroCable Fan-Out Assembly.

MPO Fan-Out Assemblies interface multifiber MPO with discrete single fiber (LC/SC) connectors. Assemblies are typically used to directly interconnect MPO  cassettes, panels or backbone trunk assemblies with the active equipment ports, saving costly data center rack space and easing fiber management. Replacing traditional MPO  module Fan-Out Assemblies reduce amount of interconnection improving power budget cost effectiveness.   

See PDF Download For More Information.

MPO/MTP Loop Back.

MPO/MTP Loopback are used widely within testing environment especially within parallel optics 40 and 100G networks. Devices allow verification and testing of transceivers featuring MPO/MTP interface - 40G BASED-SR4 QSFP+ or 100G BASE-SR10 CXP/CFP devices. Loopbacks are built to link Transceivers (TX) and Receivers (RX) positions of MPO/MTP transceivers interfaces. MPO/MTP loopbacks can facilitate and speed up IL testing of optical networks segments by connecting them to MPO/MTP trunks/patch leads.

See PDF Download For More Information.

UltraSlim Panel 1U 19" MPO - Up To 96 Fibers.

The UltraSlim Panels provide secure transitions between MPO and LC or SC discrete connector interfaces. They are used to interface MPO  backbones with LC or SC patching and active equipment connections.

See PDF Download For More Information.

MPO LGX Cassette Module.

MPO LGX Cassette Modules provide secure transition between MPO and LC or SC discrete connectors. They are used to interconnect MPO backbones with LC or SC patching. This modular system allows for rapid deployment of high density data center infrastructure as well as improved troubleshooting and reconfiguration during moves, adds and changes. Cassettes can be mounted in 1U or 3U 19” multislot chassis. MPO Cassettes contain factory controlled and tested MPO to LC or SC fanouts to deliver optical performance and reliability. Low loss Premium MPO and LC or SC Premium versions are offered featuring low insertion loss for demanding power budget high speed networks.

See PDF Download For More Information.

40G QSFP+ (MPO) To QSFP+ Assembly.

See PDF Download For More Information.

40G QSFP+ 3:2 (MPO) Transition Assembly.

See PDF Download For More Information.

CXP/CFP 100G MPO Cable Assembly.

CXP/CFP 100G MPO/MTP® cable assemblies are designed to make a connection between 2 CFP/CXP transceivers. They are built using 24 fiber ferrule MPO/MTP  connectors with custom fiber mapping polarity to provide connection between 100GBASE-SR10 CFP/CXP devices.

See PDF Download For More Information.

MPO 24 Fiber Ferrule Cable Assembly.

MPO 24xFibers Ferrule Cable Assembly is a product designed for cable infrastructure which is used or which is due to be upgraded for parallel optics 40/100G protocols like 100GBASE-SR10 or 40GBASE-SR4. Assembly is built using 24xfibers ferrule interface MPO connectors which can be used directly with CFP/CXP 100G transceivers or when used together with Transition Modules/ Cables can provide 100G compatible infrastructure for 40G QSFP+ transceivers.

See PDF Download For More Information.

Ultra High Density UltraSlim Panel 1U 19" MPO - Up To 144 Fibers.

The AFL Hyperscale® Ultra High Density (UHD) UltraSlim Panel is specially designed to accommodate high density cabling in high end data center and telecommunication central office environment. The shallow depth of the UHD UltraSlim Panel makes it suitable for low depth copper racking systems or telecommunications ODFs. Design accommodates extraction free shuttered LC QUAD adapters allowing for smooth patching and easy LC port access. The 1U 19“, 144 fiber MPO UltraSlim Panel contains factory controlled and tested MPO - LC assembly to deliver optical performance and reliability.Low loss Premium MPO and LC Premium versions are offered featuring significantly improved low insertion losses for demanding low power budget, high speed networks. Front and rear cable management facilitates provides a neat and tidy solution for managing incoming and exiting cables.

See PDF Download For More Information.