Twisted pair cables 4 pairs

Slim Cat6 UTP patch cable is designed for high density environments. Improve airflow and cable management in tight spaces. 60% thinner than standard 24 AWG Cat6 cables. Our Cat6 slim cables are 100% tested to pass patch cord test. RJ45 connectors with 50-microngold-plated contacts ensure clear transmission by eliminating signal loss due to corrosion. Snagless translucent clear boot is designed to protect the locking tab of the RJ45 connector when plugging and unplugging. 100% bare copper wires a

Cat 6 1 ft. Shielded Yellow Slim Cat6 UTP patch cable is designed for high density environments. Improve airflow and cable management in tight spaces. 60% thinner than standard 24 AWG Cat6 cables. Our Cat6 slim cables are 100% tested to pass patch cord test. RJ45 connectors with 50-microngold-plated contacts ensure clear transmission by eliminating signal loss due to corrosion. Snagless translucent clear boot is designed to protect the locking tab of the RJ45 connector when plugging and unpluggi

Cat 6 1 ft. Shielded Blue Slim Cat6 UTP patch cable is designed for high density environments. Improve airflow and cable management in tight spaces. 60% thinner than standard 24 AWG Cat6 cables. Our Cat6 slim cables are 100% tested to pass patch cord test. RJ45 connectors with 50-microngold-plated contacts ensure clear transmission by eliminating signal loss due to corrosion. Snagless translucent clear boot is designed to protect the locking tab of the RJ45 connector when plugging and unplugging

Cat 6 1 ft. Shielded Black Connector: RJ45 plug with 50 micron gold plating contacts Conductor: 4 twisted pairs 28 AWG stranded bare copper Wiring Scheme: T-568B

Slim Cat6 UTP patch cable is designed for high density environments. Improve airflow and cable management in tight spaces. 60% thinner than standard 24 AWG Cat6 cables. Our Cat6 slim cables are 100% tested to pass patch cord test. RJ45 connectors with 50-microngold-plated contacts ensure clear transmission by eliminating signal loss due to corrosion. Snagless translucent clear boot is designed to protect the locking tab of the RJ45 connector when plugging and unplugging. 100% bare copper wires a

Cat 6 3 ft. Shielded Red Connector: RJ45 plug with 50 micron gold plating contacts Conductor: 4 twisted pairs 28 AWG stranded bare copper Wiring Scheme: T-568B

Cat 6 3 ft. Shielded Yellow Connector: RJ45 plug with 50 micron gold plating contacts Conductor: 4 twisted pairs 28 AWG stranded bare copper Wiring Scheme: T-568B

Slim Cat6 UTP patch cable is designed for high density environments. Improve airflow and cable management in tight spaces. 60% thinner than standard 24 AWG Cat6 cables. Our Cat6 slim cables are 100% tested to pass patch cord test. RJ45 connectors with 50-microngold-plated contacts ensure clear transmission by eliminating signal loss due to corrosion. Snagless translucent clear boot is designed to protect the locking tab of the RJ45 connector when plugging and unplugging. 100% bare copper wires a

Cat 6 3 ft. Shielded Gray Connector: RJ45 plug with 50 micron gold plating contacts Conductor: 4 twisted pairs 28 AWG stranded bare copper Wiring Scheme: T-568B

Cat 6 3 ft. Shielded White Connector: RJ45 plug with 50 micron gold plating contacts Conductor: 4 twisted pairs 28 AWG stranded bare copper Wiring Scheme: T-568B

Cat 6 7 ft. Shielded Black Connector: RJ45 plug with 50 micron gold plating contacts Conductor: 4 twisted pairs 28 AWG stranded bare copper Wiring Scheme: T-568B

Cat 6 7 ft. Shielded Blue Connector: RJ45 plug with 50 micron gold plating contacts Conductor: 4 twisted pairs 28 AWG stranded bare copper Wiring Scheme: T-568B

Cat 6 10 ft. Shielded Blue Slim Cat6 UTP patch cable is designed for high density environments. Improve airflow and cable management in tight spaces. 60% thinner than standard 24 AWG Cat6 cables. Our Cat6 slim cables are 100% tested to pass patch cord test. RJ45 connectors with 50-microngold-plated contacts ensure clear transmission by eliminating signal loss due to corrosion. Snagless translucent clear boot is designed to protect the locking tab of the RJ45 connector when plugging and unpluggin

Cat 6 15 ft. Shielded Blue Slim Cat6 UTP patch cable is designed for high density environments. Improve airflow and cable management in tight spaces. 60% thinner than standard 24 AWG Cat6 cables. Our Cat6 slim cables are 100% tested to pass patch cord test. RJ45 connectors with 50-microngold-plated contacts ensure clear transmission by eliminating signal loss due to corrosion. Snagless translucent clear boot is designed to protect the locking tab of the RJ45 connector when plugging and unpluggin

Cat8 cabling was designed primarily for high-speed data centers where switches, servers, and other network hardware are located in close proximity This newest copper communications cable offers greater flexibility both literally and in distances when compared to QSFP+ and Twinax DAC assemblies which typically cost significantly more and are often much more limited in scope It has the reach to cover Top-of-Rack and End-of-Row or Middle-of-Row network topologies while delivering 10, 25, and 40 Gig

Cat8 cabling was designed primarily for high-speed data centers where switches, servers, and other network hardware are located in close proximity This newest copper communications cable offers greater flexibility both literally and in distances when compared to QSFP+ and Twinax DAC assemblies which typically cost significantly more and are often much more limited in scope It has the reach to cover Top-of-Rack and End-of-Row or Middle-of-Row network topologies while delivering 10, 25, and 40 Gig

Cat8 cabling was designed primarily for high-speed data centers where switches, servers, and other network hardware are located in close proximity This newest copper communications cable offers greater flexibility both literally and in distances when compared to QSFP+ and Twinax DAC assemblies which typically cost significantly more and are often much more limited in scope It has the reach to cover Top-of-Rack and End-of-Row or Middle-of-Row network topologies while delivering 10, 25, and 40 Gig

Cat8 cabling was designed primarily for high-speed data centers where switches, servers, and other network hardware are located in close proximity This newest copper communications cable offers greater flexibility both literally and in distances when compared to QSFP+ and Twinax DAC assemblies which typically cost significantly more and are often much more limited in scope It has the reach to cover Top-of-Rack and End-of-Row or Middle-of-Row network topologies while delivering 10, 25, and 40 Gig

Cat8 cabling was designed primarily for high-speed data centers where switches, servers, and other network hardware are located in close proximity This newest copper communications cable offers greater flexibility both literally and in distances when compared to QSFP+ and Twinax DAC assemblies which typically cost significantly more and are often much more limited in scope It has the reach to cover Top-of-Rack and End-of-Row or Middle-of-Row network topologies while delivering 10, 25, and 40 Gig

Cat8 cabling was designed primarily for high-speed data centers where switches, servers, and other network hardware are located in close proximity This newest copper communications cable offers greater flexibility both literally and in distances when compared to QSFP+ and Twinax DAC assemblies which typically cost significantly more and are often much more limited in scope It has the reach to cover Top-of-Rack and End-of-Row or Middle-of-Row network topologies while delivering 10, 25, and 40 Gig

Cat8 cabling was designed primarily for high-speed data centers where switches, servers, and other network hardware are located in close proximity This newest copper communications cable offers greater flexibility both literally and in distances when compared to QSFP+ and Twinax DAC assemblies which typically cost significantly more and are often much more limited in scope It has the reach to cover Top-of-Rack and End-of-Row or Middle-of-Row network topologies while delivering 10, 25, and 40 Gig

Cat8 cabling was designed primarily for high-speed data centers where switches, servers, and other network hardware are located in close proximity This newest copper communications cable offers greater flexibility both literally and in distances when compared to QSFP+ and Twinax DAC assemblies which typically cost significantly more and are often much more limited in scope It has the reach to cover Top-of-Rack and End-of-Row or Middle-of-Row network topologies while delivering 10, 25, and 40 Gig

Cat8 cabling was designed primarily for high-speed data centers where switches, servers, and other network hardware are located in close proximity This newest copper communications cable offers greater flexibility both literally and in distances when compared to QSFP+ and Twinax DAC assemblies which typically cost significantly more and are often much more limited in scope It has the reach to cover Top-of-Rack and End-of-Row or Middle-of-Row network topologies while delivering 10, 25, and 40 Gig

Cat8 cabling was designed primarily for high-speed data centers where switches, servers, and other network hardware are located in close proximity This newest copper communications cable offers greater flexibility both literally and in distances when compared to QSFP+ and Twinax DAC assemblies which typically cost significantly more and are often much more limited in scope It has the reach to cover Top-of-Rack and End-of-Row or Middle-of-Row network topologies while delivering 10, 25, and 40 Gig