Description

Technical Parameters

LC to LC Duplex Fiber Optic Jumper

LC to LC duplex fiber optic jumpers are ideal for supporting high-speed telecommunication network fiber applications. Every termination is conducted through a rigorous parameter test to ensure the highest network performance. LC to LC duplex fiber optic jumpers are ideal for supporting fiber optic applications in high-speed telecommunications networks. Manufactured and tested to meet ICE, ISO, and ROHS industry standards, HTGD is available in OM1, OM2, OM3, OM4, OM5, OS1 and OS2 fiber types, with LC connectors, and in a variety of cable diameters and materials. LC connectors have a push-pull connection and have a compact design. It is a single-channel connector for single-mode and multi-mode fibers. LC to LC duplex fiber optic jumpers are widely used in data centers, enterprises, telecom network applications and other areas where rapid infrastructure deployment is required, such as main wiring zones, horizontal wiring zones and regional wiring zones.

Application:

Designed for data center, enterprise

Fiber optic communication system, high-speed and high-capacity fiber transmission system

High-density connections, SFP and SFP+ transceivers, XFP transceivers

Fiber optic sensors, active equipment debugging and testing, and other fiber optic connections

Features：

LC fiber connector

Product length can be customized

Bidirectional communication

UPC and APC polish type.

0.90,1.6,2.0,3.0mm cable for high density splicing applications.

High precision core provides stability, repeatability and interchangeability

Optical characteristics comply with IEC TIA/EIA and other relevant standards

Almost 100% power transmission while mated in communication system

RoHS 2.0 Compliant

Specifications:

Parameter		Unit	Value
Cable Diameter(optional)		mm	0.90,1.6,2.0,3.0
Cable Jacket Material(optional)		-	PA,PVC,PU,LSZH
Fiber Mode		-	SM:G652,G657		MM:OM1,OM2,OM3,OM4,OM5
Wavelength		nm	1310/1550		850/1300
Endface Polishing		-	UPC	APC	UPC
Insertion Loss(IL)		dB	≤0.30		≤0.25
Return Loss(RL)		dB	≥50	≥60	≥20
Endface Geometric Parameters (3D)	Radius of Curvature	mm	Satisfying IEC TIA/EIA standards
	Apex Offset	μm
	Fiber Spherical Height	nm
	Angular Error	°
Durability		time	1000
Operating Temperature		℃	-20 ~ +80
Storage Temperature		℃	-15 ~ +60

Partner

FAQ

Q: Can I bend the fiber optic during installation? If yes, how far?

A: Usually, the manufacturers indicate the recommended bend radius. But if there are no specifications, then the rule of thumb is that the minimum bend is 20 times the cable diameter for standard fiber optics. If you go too far, the bend can cause a loss in the signal and possibly permanently damage the fiber.

Q: Broken fiber - what to do?

A: Commonly, repairing the fiber implies fusion splicing, mechanical splicing or connector splicing. It all depends on the application type, the available equipment, the skills of the technician and so on.

Q: Broken fiber - what to do?

A: Of course not. Fiber optic is for EVERY business out there. just give us a call.

Packaging

After all tests are completed, the fiber optic jumpers will be packaged according to the customer's requirements. Usually, we will use PE bag to pack the jumper cables of the small meter section, and then put them into a small carton; to ensure the safety, we will use paper spool to pack the large meter section, and finally both of them will be packed in carton again.

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LC To LC Duplex Fiber Optic Jumper