Computer 3.0mm Simplex OM3 SC to FC Multimode Fiber Patch Cable For LAN / FTTx

Computer 3.0mm Simplex OM3 SC to FC Multimode Fiber Patch Cable For LAN / FTTx
 
The fiber optic patch cords are mainly used on patch panel or for the connection between outlets and terminal equipments. The quality of connectors and fibers are mainly determined by the insertion loss and return loss. We supply simplex SC-FC OM3 fiber optic patch cables, these patch cables are with 50 / 125 multi mode fiber, and connector types in PC, UPC polish are available. It’s fully complied with IEC and Telcordia GR-326 standards; they are good prices, fast delivery and good looking and packing. 
 
Other key words: SC-FC fiber optic patch cable; SC-FC fiber optic jumper. 
 
 
Mechanical Drawing 
 
 

 
 
Features & Benefits 
RoHS Compliant; 
Standard & custom configurations; 
Meets Telecordia-GR-326-CORE standards; 
Easy installation; 
Environmentally stable; 
Low insertion loss, high return loss; 
Ultra low back reflection; 
For 3.0mm, 2.4mm, 2.0mm jacket or 900um buffer; .
Single mode fiber: ITU - T G. 652D; 
Multi mode fiber: ITU - T G. 651; 
Fiber Min. Bending radius: 10D (Static). 
 
 
Application
 
High bit rate data transmission; 
Telecommunication networks; 
Data processing networks; 
Metro applications; 
Testing instruments; 
Military, medical and industrial; 
Active device termination; 
CATV system; 
Active device terminations; 
LAN / WAN; 
FTTx (including FTTB, FTTC, FTTD, FTTH) . 
 
 
Connector Specification 

 
 
Cable Specification 
 
 

 
 
Chromatogram Option 
 
 

 
 
More Options 
 
 

 

 
 
Shipping Terms or Customized Requirements 
 
 

 
 
Quality Control & Service Guarantee 
 
 

 
 
Prices and specifications are subject to change without notice, FOCC is a professional manufacturer of singlemode and multimode fiber patch cables. All our 1M ST to MU Multimode Duplex OM1 62.5/125 fiber optic patch cables are made of finest quality material. If you require custom length and color cables, email us focc@fiberfocc.com forwarding your requirements.