Search results for: 'procurve compatible 125m single mode transceiver'

HP ProCurve J9143B Compatible Gigabit Bi-Directional SFP Module

HP ProCurve J9142B Compatible Gigabit Bi-Directional SFP Module

• HP ProCurve Compatible
• SFP Form Factor
• Gigabit Speed
• 10km Transmission Distance 
• Downstream Bi-Directional
• 1490/1310nm Wavelength
• Simplex LC Connector

Enable bi-directional fibre optic transmission on your HP ProCurve brand switches, routers, security appliances and more using a single strand of fibre. The HP ProCurve J9142B Compatible Gigabit Bi-Di SFP Module by Advance is fully tested to ensure 100% compliance with all HP ProCurve switches, routers, appliances and devices that support J9142B modules. Fast plug-and-play operation, simply insert the Advance module into a spare SFP port and enjoy Gigabit speeds using a single strand of singlemode fibre.

HP ProCurve J8177C Compatible Gigabit SFP Module

HP ProCurve J4858C Compatible Gigabit SFP Module

HP ProCurve J9150A Compatible 10G SFP+ Module

HP ProCurve J4859C Compatible Gigabit SFP Module

HP ProCurve J9151A Compatible 10G SFP+ Module

HP ProCurve J9281B Compatible 10G Direct Attach Cable, 1m

HP ProCurve J9283B Compatible 10G Direct Attach Cable, 3m

HP ProCurve J9285B Compatible 10G Direct Attach Cable, 7m

3x40G QSFP+ (MPO) To 12x10G SFP+ (8xLC) 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.3x40G QSFP+ (MPO) to 12x10G SFP+ (8xLC) Transition Module provides interface between 3xQSFP+ (40G transceiver with MPO interface) and 12xSFP+ 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 3x40G QSFP+ (MPO) to 12x10G SFP+ (8xLC) Transition Module provides a transition function of 3xQSFP+ to SFP+ Fan-out Assemblies.

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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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40G QSFP+ (MPO) To 4x10G SFP+ (8xLC) Assembly.

40G parallel optics transceivers (40GBASE-SR4) can support 4x10G modes– this feature allow new parallel optics active equipment being compatible with existing 10G transceivers. MPO QSFP+ to SFP+ Fan-out Assemblies provide connections between single QSFP+ (40G transceiver with MPO interface) and 4 x SFP+ (10G transceivers with LC(DX) Interface). Parallel optics 40GBASE-SR4 uses 8 out of 12 MPO interface fibers transmitting 4 x Duplex (DX) channels (4 x Transmit and 4 x Receive). QSFP+ to SFP+ Fanout is 8 x Fibers MPO to LC(DX) Ruggedized Fan-out assembly. Assembly utilizes new miniature version of breakout module saving fiber management space and providing secure transition between cable and tails.

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This innovative, robust 1U pivot patch panel has been designed to accept up to 48 fibers housed within a 1U space.With the ability to use a full array of adapter types offering a flexible solution to the end user, enabling them to incorporate a multifunctional panel which allows easy access during installation or re-work with no disturbance of the existing cable or fibers.