The L-Com FCA-M4SZ-STST-10M OM4 multimode fiber patch cable at ShowMeCables, also known as a fiber optic patch cord or fiber jumper cable, is terminated with fiber optic connectors on both ends. This simplex form factor cable is available with ST to ST connectors and it is ready for deployment in any multimode 50/125 40/100 GB network. Our ST to ST connector fiber patch cable is 100% optically inspected as well as tested for insertion loss.
The 50/125 40/100 GB fiber patch cable has connectors that utilize an UPC (Ultra Physical Contact) polish, which provides a better surface finish with less back reflection. Our yellow jacket patch cable is comprised of Corning optical fiber with cladding. This OM4 multimode fiber patch cable is immune to electrical interference that makes it more suitable for fiber network deployments, Ethernet, server farms, and FTTX applications.
Our ST to ST connector patch cable comes with ceramic ferrules and is wrapped in an LSZH rated jacket which gives off very little smoke and does not produce toxic halogen based gasses. This FCA-M4SZ-STST-10M fiber cable has a 10 meter length along with multiple length options per variant. The 50/125 40/100 GB micron fiber patch cable is well suited for service providers, enterprise networks, data centers, cloud storage, and IT departments.
ShowMeCables has the largest in-stock selection of OM4 multimode fiber patch cables with same-day shipping for domestic and international orders. This 50/125 40/100 GB micron fiber patch cable is also available in LC, SC, FC, ST, in-series, and between-series configurations. For further information on similar products, our expert technical support and knowledgeable sales team can help you get the perfect LSZH rated OM4 multimode fiber patch cable for your requirements.
Features:
Connector 1: Simplex ST
Connector 2: Simplex ST
50/125 40/100GB Multimode OM4
Ceramic Ferrules
Corning Fiber and Cladding
UPC Polish
LSZH (Low Smoke Zero Halogen) Jacket
Immune to Electrical Interference
100% Optically Inspected and Tested for Insertion Loss
