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Get the performance you demand at a price that makes sense with 9/125 single-mode fiber patch cords from Cables To Go. They provide high bandwidth and transmission rates and support longer distances, but are still cost effective. Perfect for use with today’s high speed networks while providing headroom for tomorrow’s higher bandwidth requirements.Features:A cost effective solution that provides higher bandwidth and support for longer distancesPerfect for use in Gigabit Ethernet applicationsHeadroom for tomorrow’s higher bandwidth needsLifetime warranty against defects of materials and workmanshipConnectors: (2) LC to (2) LCBuffer material: PVCBuffer OD: 900 µmJacket material: PVC (OFNR-rated)Jacket OD: 3.0 mmJacket color: YellowAttenuation @1310 nm: 1.0 dB/kmAttenuation @1550 nm: 0.75 dB/kmMaximum tensile load: 100 N/cmLoaded min. bend radius: 5 cmUnloaded min. bend radius: 3 cmCrush resistance: 750 N/cmImpact resistance: 1000 cyclesFlex resistance: 5000 cycles

Get the performance you demand at a price that makes sense with 9/125 single-mode fiber patch cords from Cables To Go. They provide high bandwidth and transmission rates and support longer distances, but are still cost effective. Perfect for use with today’s high speed networks while providing headroom for tomorrow’s higher bandwidth requirements.Features:A cost effective solution that provides higher bandwidth and support for longer distancesPerfect for use in Gigabit Ethernet applicationsHeadroom for tomorrow’s higher bandwidth needsLifetime warranty against defects of materials and workmanshipConnectors: (2) LC to (2) LCBuffer material: PVCBuffer OD: 900 µmJacket material: PVC (OFNR-rated)Jacket OD: 3.0 mmJacket color: YellowAttenuation @1310 nm: 1.0 dB/kmAttenuation @1550 nm: 0.75 dB/kmMaximum tensile load: 100 N/cmLoaded min. bend radius: 5 cmUnloaded min. bend radius: 3 cmCrush resistance: 750 N/cmImpact resistance: 1000 cyclesFlex resistance: 5000 cycles

Get the performance you demand at a price that makes sense with 9/125 single-mode fiber patch cords from Cables To Go. They provide high bandwidth and transmission rates and support longer distances, but are still cost effective. Perfect for use with today’s high speed networks while providing headroom for tomorrow’s higher bandwidth requirements. Features: A cost effective solution that provides higher bandwidth and support for longer distances Perfect for use in Gigabit Ethernet applications Headroom for tomorrow’s higher bandwidth needs Lifetime warranty against defects of materials and workmanship Connectors: (2) LC to (2) LC Buffer material: PVC Buffer OD: 900 µm Jacket material: PVC (OFNR-rated) Jacket OD: 3.0 mm Jacket color: Yellow Attenuation @1310 nm: 1.0 dB/km Attenuation @1550 nm: 0.75 dB/km Maximum tensile load: 100 N/cm Loaded min. bend radius: 5 cm Unloaded min. bend radius: 3 cm Crush resistance: 750 N/cm Impact resistance: 1000 cycles Flex resistance: 5000 cycles

We offer a high-quality fiber optic patch cable designed with ST to ST termination, and is perfect for ethernet, multimedia, or communication applications. The ST connector features a bayonet locking system. The patented Injection Molding Process gives each connection greater durability in resisting pulls, strains and impacts from cabling installs. Each cable is 100% optically inspected and tested for insertion loss before you receive it. The pull-proof jacket design surrounds the popular 62.5/125 multimode fiber.

Get the performance you demand at a price that makes sense with 9/125 single-mode fiber patch cords from Cables To Go. They provide high bandwidth and transmission rates and support longer distances, but are still cost effective. Perfect for use with today’s high speed networks while providing headroom for tomorrow’s higher bandwidth requirements. Features: A cost effective solution that provides higher bandwidth and support for longer distances Perfect for use in Gigabit Ethernet applications Headroom for tomorrow’s higher bandwidth needs Lifetime warranty against defects of materials and workmanship Connectors: (2) LC to (2) SC Buffer material: PVC Buffer OD: 900 µm Jacket material: PVC (OFNR-rated) Jacket OD: 3.0 mm Jacket color: Yellow Attenuation @1310 nm: 1.0 dB/km Attenuation @1550 nm: 0.75 dB/km Maximum tensile load: 100 N/cm Loaded min. bend radius: 5 cm Unloaded min. bend radius: 3 cm Crush resistance: 750 N/cm Impact resistance: 1000 cycles Flex resistance: 5000 cycles

For your high speed single-mode fiber applicationsGet the performance you demand at a price that makes sense with 9/125 singlemode fiber patch cords from Cables To Go. They provide high bandwidth and transmission rates and support longer distances, but are still cost effective. Perfect for use with today’s high speed networks while providing headroom for tomorrow’s higher bandwidth requirements.

Get the performance you demand at a price that makes sense with 9/125 single-mode fiber patch cords from Cables To Go. They provide high bandwidth and transmission rates and support longer distances, but are still cost effective. Perfect for use with today’s high speed networks while providing headroom for tomorrow’s higher bandwidth requirements.Features:A cost effective solution that provides higher bandwidth and support for longer distancesPerfect for use in Gigabit Ethernet applicationsHeadroom for tomorrow’s higher bandwidth needsLifetime warranty against defects of materials and workmanshipConnectors: (2) LC to (2) LCBuffer material: PVCBuffer OD: 900 µmJacket material: PVC (OFNR-rated)Jacket OD: 3.0 mmJacket color: YellowAttenuation @1310 nm: 1.0 dB/kmAttenuation @1550 nm: 0.75 dB/kmMaximum tensile load: 100 N/cmLoaded min. bend radius: 5 cmUnloaded min. bend radius: 3 cmCrush resistance: 750 N/cmImpact resistance: 1000 cyclesFlex resistance: 5000 cycles

Get the performance you demand at a price that makes sense with 9/125 singlemode fiber patch cords from Cables To Go. They provide high bandwidth and transmission rates and support longer distances, but are still cost effective. Perfect for use with today’s high speed networks while providing headroom for tomorrow’s higher bandwidth requirements.- A cost effective solution that provides higher bandwidth and support for longer distances- Perfect for use in Gigabit Ethernet applications- Headroom for tomorrow’s higher bandwidth needs- Lifetime warranty against defects of materials and workmanship- Connectors: (2) ST to (2) SC- Buffer material: PVC- Buffer OD: 900 µm- Jacket material: PVC (OFNR-rated)- Jacket OD: 3.0 mm- Jacket color: Yellow- Attenuation @1310 nm: 1.0 dB/km- Attenuation @1550 nm: 0.75 dB/km- Maximum tensile load: 100 N/cm- Loaded min. bend radius: 5 cm- Unloaded min. bend radius: 3 cm- Crush resistance: 750 N/cm- Impact resistance: 1000 cycles- Flex resistance: 5000 cycles

We offer high-quality LC to ST Fiber Optic Patch Jumpers designed to meet or exceed industry specifications. LC Fiber Patch Jumpers are perfect for Fast Ethernet, ATM and Gigabit Ethernet. The small LC connectors satisfy the need for higher port density both in the telecom room and the work area, and offer twice the port density of traditional SC and ST fiber connectors. Fiber patch cords are used to connect fiber optic equipment to fiber optic cross-connects, interconnects, and information outlets. The LC cable with latch clip design gives each connection greater durability in resisting pulls, strains and impacts during cabling installs and maintenance. Each cable is individually 100% optically inspected and tested for insertion loss and quality.

We offer high-quality LC to ST Fiber Optic Patch Jumpers designed to meet or exceed industry specifications. LC Fiber Patch Jumpers are perfect for Fast Ethernet, ATM and Gigabit Ethernet. The small LC connectors satisfy the need for higher port density both in the telecom room and the work area, and offer twice the port density of traditional SC and ST fiber connectors. Fiber patch cords are used to connect fiber optic equipment to fiber optic cross-connects, interconnects, and information outlets. The LC cable with latch clip design gives each connection greater durability in resisting pulls, strains and impacts during cabling installs and maintenance. Each cable is individually 100% optically inspected and tested for insertion loss and quality.