Features:
- Gold-plated contacts for best connection
- PVC cable jacket for flexibility and durability
- Snag-free boots protect RJ45 connectors
- Lifetime warranty
Product Dimensions: 100.0 ft.
Features:
- Gold-plated contacts for best connection
- PVC cable jacket for flexibility and durability
- Snag-free boots protect RJ45 connectors
- Lifetime warranty
Product Dimensions: 100.0 ft.
LC-LC 25 Meter 62.5um Duplex. Patch Cord Orange, Multimode. GoldCom's multimode fiber optic assemblies are manufactured with the highest quality components and utilize ceramic ferrule connectors. Each assembly is individually tested for and labeled with insertion loss information.
SC-SC 7 Meter 62.5um Duplex. Patch Cord Orange, Multimode. GoldCom's multimode fiber optic assemblies are manufactured with the highest quality components and utilize ceramic ferrule connectors. Each assembly is individually tested for and labeled with insertion loss information.
SC-ST 4 Meter 62.5um Duplex. Patch Cord Orange, Multimode. GoldCom's multimode fiber optic assemblies are manufactured with the highest quality components and utilize ceramic ferrule connectors. Each assembly is individually tested for and labeled with insertion loss information.
SC-ST 7 Meter 62.5um Duplex. Patch Cord Orange, Multimode. GoldCom's multimode fiber optic assemblies are manufactured with the highest quality components and utilize ceramic ferrule connectors. Each assembly is individually tested for and labeled with insertion loss information.
SC-ST 25 Meter 62.5um Duplex. Patch Cord Orange, Multimode. GoldCom's multimode fiber optic assemblies are manufactured with the highest quality components and utilize ceramic ferrule connectors. Each assembly is individually tested for and labeled with insertion loss information.
ST-ST 25 Meter 62.5um Duplex. Patch Cord Orange, Multimode. GoldCom's multimode fiber optic assemblies are manufactured with the highest quality components and utilize ceramic ferrule connectors. Each assembly is individually tested for and labeled with insertion loss information.