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1x3-MTP-conversion-cable

MTP® Cable Assemblies MTP brand cable assemblies are multi-fiber patch cords suitable for high-density back plane and PCB solutions. MTP brand patch cords offer up to 12 times the density of traditional patch cords, providing significant space and cost savings.

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MTP/MPO Cable Assemblies

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DESCRIPTION

MPO/MTP® Cable Assemblies

Description

MTP brand cable assemblies are multi-fiber patch cords suitable for high-density back plane and PCB solutions. MTP brand patch cords offer up to 12 times the density of traditional patch cords, providing significant space and cost savings.

MTP® Cable Assembly Configurations

There are several configurations for MTP brand cable assemblies. The most popular is a MTP brand connector to MTP brand connector patch or trunk cable that connects an MTP brand cassette to another MTP brand cassette. Or, if you have an MTP brand adapter panel installed in a patch panel, then you can use a MTP brand cable to MTP brand cable in that case, as well.

Another configuration is MTP brand connectors to LC. You have one MTP brand connector on one end and you have a breakout (usually 3 feet) of 12 LC connectors on the other side. You can use these for a few different applications for both back end and front end. In a MTP brand adapter panel, for instance, you can plug in one MTP brand connector in to the back and plug a MTP brand cable to a LC cable in the front and have the 12 LC connections go to your equipment. Or, let's say you have an MTP brand cassette that you want to be lit up by using a 12-fiber LC adapter panel. Plug in each of the 12 LC connections in the LC adapter panel and then have the MTP brand side plug into the back of the cassette. There are other applications, as well, depending on how your network is set up. Increase your transfer speed with 10 Gig 50 Micron multimode cable or increase the distance your signal can travel using singlemode. Cables may be constructed of ribbon fiber, small form factor loose tube assembly cable, or subgrouped trunking cable. Your options are only limited by your application.

To reiterate, the MTP brand cable assemblies can be both Multimode and Singlemode, and there are also keyed secure options. Contact us today if you're unsure of what you need and we'll be happy to assist you.

Features

US Conec MTP® connector,

Senko MPO Plus® premium connector

Corning/YOFC fibers OS2, OM1, OM2, OM3, OM4, OM5 available

Elite low loss connector 0.35dB

Allow easy migration from 10GbE to 40GbE or 100GbE

Pulling eyes are provided as an option to protect the fiber ends

Standards Compliance

RoHS, REACH and ISO9001 Compliant

Telcordia GR-326-CORE Standards

IEC61754-7

TIA 605-4(FOCIS 5)

YD/T1272.5-2009

MTP® Cable Assembly Specifications

Basic
Characteristics	Unit	SM	Low Loss SM	MM
Insertion Loss (IL)	dB	<0.75	<0.35	<0.75
Return Loss (RL)	dB	>55		>20
Endurance (500 remates)	dB	ΔIL<0.3
Endface	-	8° Angle Polish		Flat Polish
Operating Temperature	°C	-10 ~ +60
Storage Temperature	°C	-40 ~ +70
Axial Pull For Jacketed Cable	N	100

Transmission
Characteristics	Unit	SM	Std. 50um	62.5	OM2	OM3
Max. Attenuation	dB/km (nm)	0.4/0.3 1310/1550)	2.8 (850)	3.0 (850)	2.8 (850)	2.8 (850)
Min. Bandwidth	MHz•km (nm)	-	500/500 (850/1300)	200/200 (850/1300)	750 (850)	2000 (850)
Dispersion Coefficient	ps/ nm²•km	<3.0 (1310nm)	-	-	-	-

Professional Test Equipment

Interferometer Testing for Multimode Cable Assembly

Sample Reading:

PASS		Max. Diff. Height All Fib. (nm)	297
X Endface Angle (°)	-0.16	Max. Diff. Height Adj. Fib. (nm)	178
Y Endface Angle (°)	-0.113	Flatness Deviation (nm)	-300
X ROC (mm)	8853	Max. Core Dip (nm)	51
Y ROC (mm)	181	Valid Pixels Ration (%)	85

Interferometer Testing for Singlemode Cable Assembly

Sample Reading:

PASS		Max. Diff. Height All Fib. (nm)	146
X Endface Angle (°)	-0.107	Max. Diff. Height Adj. Fib. (nm)	57
Y Endface Angle (°)	8.013	Flatness Deviation (nm)	-54
X ROC (mm)	-24559	Max. Core Dip (nm)	n/a
Y ROC (mm)	163	Valid Pixels Ration (%)	90

What is Polarity？

In any installation, it is important to ensure that the optical transmitter at one end is connected to the optical receiver at the other. This matching of the transmit signal (Tx) to the receive equipment (Rx) at both ends of the fiber optic link is referred to as polarity.

Polarity Overview

Two types of fiber links are outlined in the TIA standard: serial duplex signals connections and parallel signals connections. This paper discusses the impact of polarity as it pertains to serial duplex signals and parallel signals.

12fibers MTP®/MPO Trunk patch cord

There are three different 12-fiber MPO/MTP®-to-MPO/MTP® backbone cables defined in the TIA standard. The three different cables: Type A, B and C are used for the three different connectivity Methods A, B and C respectively.

24fibers MTP®/MPO Trunk patch cord

There are three different 24-fiber MPO/MTP®-to-MPO/MTP® backbone cables defined in the TIA standard (TIA-568.3-D). The three different cables: Type A, B and C are used for the three different connectivity Methods A, B and C respectively.