MTRJ Fiber Optic Patch Cable

MTRJ (Mechanical Transfer Registered Jack) fiber optic connector is a miniaturized, high-density fiber optic interconnection system, mainly used in the data communication and telecommunications industries. With its miniaturized design concept, MTRJ connectors can provide efficient fiber optic connections in a limited space, which is very suitable for high-density network equipment and wiring environments. They are commonly used in local area networks (LANs), enterprise networks, and occasions that require fast and easy connections. MTRJ connectors support single-mode and multi-mode optical fibers and are designed to achieve low-cost, high-reliability data transmission.

Consult

Features
Technical Indicators
Overall Dimension


Project
Parameter
Number of fiber cores
2 cores
Fiber type
Single mode G652D(G657A optional)

Multi-mode OM1/0M2/OM3/0M4/0M5
optional

Working wavelength
1310、1550nm
850、1300nm
Insertion loss(dB)
<0.5 Regular end:<0.25
<0.3 Regular end:<0.25
Return loss(dB)
APC
≥60

PC
≥50
≥30
Jumper cable
crustshape
Figure 8 cable

Outersheath
material

PCV(LSZH optional)

Outer diameter
(mm)

2.0
Number of plugs and unplugs
>1000
tensile strength
≥70N
working temperature
-40℃~+85℃
Meet standards
IEC61753-1、IEC 61755-3-1、IEC61755-3-2、YD/T 1272.2、GR-326-CORE
Optical cable sheath color
Fiber type
single mode
Multimode (OM1/0M2)

10 Gigabit Multimode
(OM3)

10 Gigabit Multimode
(OM4)

10 Gigabit Multimode
(OM5)

color
yellow
orange color
light blue
rose red
lime green

Project		Parameter
Number of fiber cores		2 cores
Fiber type		Single mode G652D(G657A optional)	Multi-mode OM1/0M2/OM3/0M4/0M5 optional
Working wavelength		1310、1550nm	850、1300nm
Insertion loss(dB)		<0.5 Regular end:<0.25	<0.3 Regular end:<0.25
Return loss(dB)	APC	≥60
	PC	≥50	≥30
Jumper cable	crustshape	Figure 8 cable
	Outersheath material	PCV(LSZH optional)
	Outer diameter (mm)	2.0
Number of plugs and unplugs		>1000
tensile strength		≥70N
working temperature		-40℃~+85℃
Meet standards		IEC61753-1、IEC 61755-3-1、IEC61755-3-2、YD/T 1272.2、GR-326-CORE