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Get the performance you demand at a price that makes sense with multicolored 50/125 multimode fiber patch cords from Cables To Go. They provide higher bandwidth and transmission rates and support longer distances with lower loss than 62.5/125 fiber, but are still cost effective. Perfect for use with today's narrower aperture components, they are fully compatible with multimode applications. 50/125 multimode patch cords from Cables To Go are well-suited for protocols such as Ethernet, Fibre Channel, Infiniband, ATM, and Internet Protocol.These multicolored fiber optic patch cables enable you to quickly identify various applications present in your fiber distribution system. The connectors on each end are color-coded for easy identification in a congested patch field.- Fully compatible with multimode fiber applications- A Cost effective solution that provides lower loss and higher bandwidth supporting longer distances- Perfect for use in Gigabit Ethernet applications- Color-coded connector keys available in red, blue, green and black- 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)GreenOrange- Attenuation @850 nm: 3.75 dB/km- Attenuation @1310 nm: 1.5 dB/km- Min. bandwidth @850 nm: 160 kHz/km- Min. bandwidth @1310 nm: 500 kHz/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

Get the performance you demand at a price that makes sense with multicolored 50/125 multimode fiber patch cords from Cables To Go. They provide higher bandwidth and transmission rates and support longer distances with lower loss than 62.5/125 fiber, but are still cost effective. Perfect for use with today's narrower aperture components, they are fully compatible with multimode applications. 50/125 multimode patch cords from Cables To Go are well-suited for protocols such as Ethernet, Fibre Channel, Infiniband, ATM, and Internet Protocol.These multicolored fiber optic patch cables enable you to quickly identify various applications present in your fiber distribution system. The connectors on each end are color-coded for easy identification in a congested patch field.- Fully compatible with multimode fiber applications- A Cost effective solution that provides lower loss and higher bandwidth supporting longer distances- Perfect for use in Gigabit Ethernet applications- Color-coded connector keys available in red, blue, green and black- 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)GreenOrange- Attenuation @850 nm: 3.75 dB/km- Attenuation @1310 nm: 1.5 dB/km- Min. bandwidth @850 nm: 160 kHz/km- Min. bandwidth @1310 nm: 500 kHz/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

Get the performance you demand at a price that makes sense with multicolored 50/125 multimode fiber patch cords from Cables To Go. They provide higher bandwidth and transmission rates and support longer distances with lower loss than 62.5/125 fiber, but are still cost effective. Perfect for use with today's narrower aperture components, they are fully compatible with multimode applications. 50/125 multimode patch cords from Cables To Go are well-suited for protocols such as Ethernet, Fibre Channel, Infiniband, ATM, and Internet Protocol.These multicolored fiber optic patch cables enable you to quickly identify various applications present in your fiber distribution system. The connectors on each end are color-coded for easy identification in a congested patch field.- Fully compatible with multimode fiber applications- A Cost effective solution that provides lower loss and higher bandwidth supporting longer distances- Perfect for use in Gigabit Ethernet applications- Color-coded connector keys available in red, blue, green and black

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.These multicolored fiber optic patch cables enable you to quickly identify various applications present in your fiber distribution system. The connectors on each end are color-coded for easy identification in a congested patch field.

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.These multicolored fiber optic patch cables enable you to quickly identify various applications present in your fiber distribution system. The connectors on each end are color-coded for easy identification in a congested patch field.

Get the performance you demand at a price that makes sense with multicolored 50/125 multimode fiber patch cords from Cables To Go. They provide higher bandwidth and transmission rates and support longer distances with lower loss than 62.5/125 fiber, but are still cost effective. Perfect for use with today's narrower aperture components, they are fully compatible with multimode applications. 50/125 multimode patch cords from Cables To Go are well-suited for protocols such as Ethernet, Fibre Channel, Infiniband, ATM, and Internet Protocol.These multicolored fiber optic patch cables enable you to quickly identify various applications present in your fiber distribution system. The connectors on each end are color-coded for easy identification in a congested patch field.

Get the performance you demand at a price that makes sense with multicolored 50/125 multimode fiber patch cords from Cables To Go. They provide higher bandwidth and transmission rates and support longer distances with lower loss than 62.5/125 fiber, but are still cost effective. Perfect for use with today's narrower aperture components, they are fully compatible with multimode applications. 50/125 multimode patch cords from Cables To Go are well-suited for protocols such as Ethernet, Fibre Channel, Infiniband, ATM, and Internet Protocol.These multicolored fiber optic patch cables enable you to quickly identify various applications present in your fiber distribution system. The connectors on each end are color-coded for easy identification in a congested patch field.

Get the performance you demand at a price that makes sense with multicolored 50/125 multimode fiber patch cords from Cables To Go. They provide higher bandwidth and transmission rates and support longer distances with lower loss than 62.5/125 fiber, but are still cost effective. Perfect for use with today's narrower aperture components, they are fully compatible with multimode applications. 50/125 multimode patch cords from Cables To Go are well-suited for protocols such as Ethernet, Fibre Channel, Infiniband, ATM, and Internet Protocol.These multicolored fiber optic patch cables enable you to quickly identify various applications present in your fiber distribution system. The connectors on each end are color-coded for easy identification in a congested patch field.

Get the performance you demand at a price that makes sense with Plenum-Rated 50/125 Multimode Fiber Patch Cords from Cables To Go. They provide higher bandwidth and transmission rates and support longer distances with lower loss than 62.5/125 fiber, but are still cost effective. Perfect for use with today's narrower aperture components, they are fully compatible with multimode applications. 50/125 multimode patch cords from Cables To Go are well-suited for protocols such as Ethernet, Fibre Channel, Infiniband, ATM, and Internet Protocol. These cables provide the fire protection required to run within walls and air plenums without the need for conduit.These multicolored fiber optic patch cables enable you to quickly identify various applications present in your fiber distribution system. The connectors on each end are color-coded for easy identification in a congested patch field.Features:- Fully compatible with multimode fiber applications- A Cost effective solution that provides lower loss and higher bandwidth supporting longer distances- Perfect for use in Gigabit Ethernet applications- CMP rated cable jacket provides the fire protection required to run these cables within walls and air plenums without the need for conduit- Color-coded connector keys available in red, blue, green and black- Lifetime warranty against defects of materials and workmanshipSpecifications:- Connectors: (2) LC to (2) LC- Buffer OD: 900 µm- Jacket OD: 3.0 mm- Jacket color: Red- Attenuation @850 nm: 3.75 dB/km- Attenuation @1310 nm: 1.5 dB/km- Min. bandwidth @850 nm: 160 kHz/km- Min. bandwidth @1310 nm: 500 kHz/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

Our MTP fiber assembly consists of twelve laser-optimized, 10gb 50/125µm multimode fibers under one OFNP plenum-rated jacket. Save time and money with MTP’s increased ease of installation - simply pull one cable rather than twelve. With our MTP, it's possible to run a single cable that automatically terminates twelve fibers in one easy plug-in. The small form factor of an MTP connector provides a higher port density. Make MTP your choice for high-density fiber networks!- Easier installation- Small, rugged design- MTP connector is easy to engage and disengage with its "push-pull" release mechanism- Latch design prevents the plug from snagging when jumper cables are being routed- Immune to electrical interference- Application: Fast Ethernet, Fibre Channel, ATM and Gigabit Ethernet