Fiber-optic Mode Conditioning Patch Cord, 62.5/125um with 9/125um, 1,300nm Long Wavelength

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Basic Info

Payment Type:	T/T in Advance or L/C at Sight

Product Description

Applications:

Long haul to short haul LX Gigabit systems
Recommended for multiple mode cable runs greater than 50ft
Gigabit Ethernet 1,000 base-LX (1,300nm long wavelength)

Features:

Eliminates issues related to differential mode delay (DMD)
Compliant with IEEE 802.3z
Low-insertion loss (<0.4dB)
Available with 50 and 62.5um multiple mode cable
This mode conditioning patch cord (MCP) is a duplex multiple mode cords that has a small length of single mode fiber at the start of the transmission length
The basic principle behind the cord is to launch laser into the small section of single mode fiber
The other end of single mode fiber is coupled to the multi-mode section of the cable with the offset from the center of the multi-mode fiber
This patch cord is required with LX or long-wave Gigabit
Ethernet transceivers that use both SM and MM fibers
When launching into a MM fiber, the transceivers can generate multiple signals that cause differential mode delay (DMD) which can severely limit transmission distances
A mode conditioning patch cord removes these multiple signals, eliminating problems at the receiver end

Long haul to short haul LX Gigabit systems

Recommended for multiple mode cable runs greater than 50ft

Gigabit Ethernet 1,000 base-LX (1,300nm long wavelength)

Eliminates issues related to differential mode delay (DMD)

Compliant with IEEE 802.3z

Low-insertion loss (<0.4dB)

Available with 50 and 62.5um multiple mode cable

This mode conditioning patch cord (MCP) is a duplex multiple mode cords that has a small length of single mode fiber at the start of the transmission length

The basic principle behind the cord is to launch laser into the small section of single mode fiber

The other end of single mode fiber is coupled to the multi-mode section of the cable with the offset from the center of the multi-mode fiber

This patch cord is required with LX or long-wave Gigabit

Ethernet transceivers that use both SM and MM fibers

When launching into a MM fiber, the transceivers can generate multiple signals that cause differential mode delay (DMD) which can severely limit transmission distances

A mode conditioning patch cord removes these multiple signals, eliminating problems at the receiver end

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