Search results for: 'Cat6a UK Custom Made snagless booted patch lead - Blue.'

2x40G QSFP+ (MPO) To 8x10G SFP+ (16xLC) Transition Module.

40G parallel optics transceivers like QSFP+ can support 4x10G modes– this feature allows new parallel optics active equipment being compatible with existing 10G transceivers.2x40G QSFP+ (MPO/MTP®) to 8x10G SFP+ (16xLC) Transition Module provides interface between 2xQSFP+ (40G transceiver with MPO/MTP® interface) and 8xSFP+ devices (10G transceivers with LC(DX) Interface).Transition modules introduce convenient patching position facilitating potential adds, changes or reconfigurations to installed cabling and is a perfect alternative to fixed equipment to equipment connections provided by QSFP+ to SFP+ Fan-out Assemblies. Single 2x40G QSFP+ (MPO/MTP®) to 8x10G SFP+ (16xLC) Transition Module provides a transition function of 2xQSFP+ to SFP+ Fan-out Assemblies. All optical ports are positioned in front of UHD modules providing convenient front access.

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UHD Mass Ribbon Splice Module.

UHD Mass Splice modules provides patching solution for AFL SpiderWeb Ribbon (SWR®) or ribbons cable types.

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This 1U Pre-term Breakout Panel is designed to provide housing for connections from a preterm to patch cords. The open frame allows for quick and easy installation of connectors. Having the option to use an array of different adapter types by using a different front plate makes this panel suitable for a wide range of applications. A key feature of the panel is that it provides space within the 1U space to route the patch cords through to the back of the rack.

This 1U Pre-term Breakout Panel is designed to provide housing for connections from a preterm to patch cords. The open frame allows for quick and easy installation of connectors. Having the option to use an array of different adapter types by using a different front plate makes this panel suitable for a wide range of applications. A key feature of the panel is that it provides space within the 1U space to route the patch cords through to the back of the rack.

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.

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