Part No. 13X8-52210
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This 10-foot Category 8.1 cable, Class I channel, features a black PVC jacket, braided outer shield, with four individually mylar foil shielded 24 AWG pure copper pairs as defined in ISO/IEC 11801 and ratified in ANSI/TIA 568-C.2-1. 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 Gigabit data rates over BASE-T technology with RJ45 ends making it a drop-in replacement for Cat6a where rates beyond 10Gb will be needed today or in the future. Cat8 has stricter specifications for noise restriction and crosstalk than any of its predecessors. The individual conductors are 24 AWG (American wire gauge) stranded pure copper. Cat8 patch cables are stranded to improve flexibility. Pure copper conductors provide the best signal possible. Each pair of conductors is shielded with an aluminum mylar foil to reduce, if not eliminate, crosstalk. These cables also have a braided shield, which protects from outside electromagnetic interference. -
This 10-foot Category 8.1 cable, Class I channel, features a blue PVC jacket, braided outer shield, with four individually mylar foil shielded 24 AWG pure copper pairs as defined in ISO/IEC 11801 and ratified in ANSI/TIA 568-C.2-1. 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 Gigabit data rates over BASE-T technology with RJ45 ends making it a drop-in replacement for Cat6a where rates beyond 10Gb will be needed today or in the future. Cat8 has stricter specifications for noise restriction and crosstalk than any of its predecessors. The individual conductors are 24 AWG (American wire gauge) stranded pure copper. Cat8 patch cables are stranded to improve flexibility. Pure copper conductors provide the best signal possible. Each pair of conductors is shielded with an aluminum mylar foil to reduce, if not eliminate, crosstalk. These cables also have a braided shield, which protects from outside electromagnetic interference.Part No. 13X8-56110 -
This 10-foot Category 8.1 cable, Class I channel, features a gray PVC jacket, braided outer shield, with four individually mylar foil shielded 24 AWG pure copper pairs as defined in ISO/IEC 11801 and ratified in ANSI/TIA 568-C.2-1. 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 Gigabit data rates over BASE-T technology with RJ45 ends making it a drop-in replacement for Cat6a where rates beyond 10Gb will be needed today or in the future. Cat8 has stricter specifications for noise restriction and crosstalk than any of its predecessors. The individual conductors are 24 AWG (American wire gauge) stranded pure copper. Cat8 patch cables are stranded to improve flexibility. Pure copper conductors provide the best signal possible. Each pair of conductors is shielded with an aluminum mylar foil to reduce, if not eliminate, crosstalk. These cables also have a braided shield, which protects from outside electromagnetic interference.Part No. 13X8-52110 -
This 10-foot Category 8.1 cable, Class I channel, features a green PVC jacket, braided outer shield, with four individually mylar foil shielded 24 AWG pure copper pairs as defined in ISO/IEC 11801 and ratified in ANSI/TIA 568-C.2-1. 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 Gigabit data rates over BASE-T technology with RJ45 ends making it a drop-in replacement for Cat6a where rates beyond 10Gb will be needed today or in the future. Cat8 has stricter specifications for noise restriction and crosstalk than any of its predecessors. The individual conductors are 24 AWG (American wire gauge) stranded pure copper. Cat8 patch cables are stranded to improve flexibility. Pure copper conductors provide the best signal possible. Each pair of conductors is shielded with an aluminum mylar foil to reduce, if not eliminate, crosstalk. These cables also have a braided shield, which protects from outside electromagnetic interference.Part No. 13X8-55110 -
This 10-foot Category 8.1 cable, Class I channel, features an orange PVC jacket, braided outer shield, with four individually mylar foil shielded 24 AWG pure copper pairs as defined in ISO/IEC 11801 and ratified in ANSI/TIA 568-C.2-1. 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 Gigabit data rates over BASE-T technology with RJ45 ends making it a drop-in replacement for Cat6a where rates beyond 10Gb will be needed today or in the future. Cat8 has stricter specifications for noise restriction and crosstalk than any of its predecessors. The individual conductors are 24 AWG (American wire gauge) stranded pure copper. Cat8 patch cables are stranded to improve flexibility. Pure copper conductors provide the best signal possible. Each pair of conductors is shielded with an aluminum mylar foil to reduce, if not eliminate, crosstalk. These cables also have a braided shield, which protects from outside electromagnetic interference.Part No. 13X8-53110 -
This 10-foot Category 8.1 cable, Class I channel, features a purple PVC jacket, braided outer shield, with four individually mylar foil shielded 24 AWG pure copper pairs as defined in ISO/IEC 11801 and ratified in ANSI/TIA 568-C.2-1. 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 Gigabit data rates over BASE-T technology with RJ45 ends making it a drop-in replacement for Cat6a where rates beyond 10Gb will be needed today or in the future. Cat8 has stricter specifications for noise restriction and crosstalk than any of its predecessors. The individual conductors are 24 AWG (American wire gauge) stranded pure copper. Cat8 patch cables are stranded to improve flexibility. Pure copper conductors provide the best signal possible. Each pair of conductors is shielded with an aluminum mylar foil to reduce, if not eliminate, crosstalk. These cables also have a braided shield, which protects from outside electromagnetic interference.Part No. 13X8-54110 -
This 10-foot Category 8.1 cable, Class I channel, features a red PVC jacket, braided outer shield, with four individually mylar foil shielded 24 AWG pure copper pairs as defined in ISO/IEC 11801 and ratified in ANSI/TIA 568-C.2-1. 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 Gigabit data rates over BASE-T technology with RJ45 ends making it a drop-in replacement for Cat6a where rates beyond 10Gb will be needed today or in the future. Cat8 has stricter specifications for noise restriction and crosstalk than any of its predecessors. The individual conductors are 24 AWG (American wire gauge) stranded pure copper. Cat8 patch cables are stranded to improve flexibility. Pure copper conductors provide the best signal possible. Each pair of conductors is shielded with an aluminum mylar foil to reduce, if not eliminate, crosstalk. These cables also have a braided shield, which protects from outside electromagnetic interference.Part No. 13X8-57110 -
This 10-foot Category 8.1 cable, Class I channel, features a yellow PVC jacket, braided outer shield, with four individually mylar foil shielded 24 AWG pure copper pairs as defined in ISO/IEC 11801 and ratified in ANSI/TIA 568-C.2-1. 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 Gigabit data rates over BASE-T technology with RJ45 ends making it a drop-in replacement for Cat6a where rates beyond 10Gb will be needed today or in the future. Cat8 has stricter specifications for noise restriction and crosstalk than any of its predecessors. The individual conductors are 24 AWG (American wire gauge) stranded pure copper. Cat8 patch cables are stranded to improve flexibility. Pure copper conductors provide the best signal possible. Each pair of conductors is shielded with an aluminum mylar foil to reduce, if not eliminate, crosstalk. These cables also have a braided shield, which protects from outside electromagnetic interference.Part No. 13X8-58110 -
This is a 10ft heavy duty 16 AWG (American Wire Gauge) computer/monitor power cord, also works for certain larger printers. This power cord fits most computers, monitors, printers and various other devices. The cables ends are NEMA 5-15P (Wall Socket) and C13 (Computer/Monitor). It is rated for up to 13 AMPs. If you need a replacement computer or monitor power cord, this is likely the cable you need. These cables do carry other uses, such as larger laser printers and more industrial equipment such as embroidery machines. Please consult your manual to verify the C13 connector, your equipment would have a C14 socket.Part No. 10W1-01210-16 -
This is a 10ft heavy duty 16 AWG (American Wire Gauge) computer/monitor power cord. This power cord fits most computers, monitors, printers and various other devices. The cables ends are NEMA 5-15P (Wall Socket) and C13 (Computer/Monitor). It is rated for up to 13 AMPs. If you need a replacement computer or monitor power cord, this is likely the cable you need. These cables do carry other uses, such as larger laser printers and more industrial equipment such as embroidery machines. Please consult your manual to verify the C13 connector, your equipment would have a C14 socket.Part No. 10W1-01210 -
This 10 foot high-quality serial / modem cable features molded connectors and gold-plated contacts for superior corrosion resistance, ensuring a solid connection for the life of the cable. This cable is ideal for connecting 25-pin serial devices to laptops, computers and expansion / interface cards that have a 9 pin serial port. This female to male 9 conductor serial cable is solidly constructed, and RoHS Compliant.Part No. 10D1-02310 -
Our 10 foot USB mini cable features a USB type A male connector on one end and a Mini-B 5 pin male on the other. It supports USB Hi-Speed/2.0 and is backwards compatible with USB 1.1. A USB type A male to USB mini-B male cable is commonly used as a digital video camera cable, cell phone cable, digital picture frame cable and many others. The cable listed here has a USB type A male connection to be plugged into a computer on one side. On the other side is a USB mini-B type connector with 5 pins. In the world of portable devices, many different types of mini USB cables are used. The picture above shows exactly how the connectors on this cable look, so make sure this matches your device. You may need to consult the specifications of your device to make sure what type of cable you need. This USB-A male to mini USB-B male cable features gold contacts to prevent corrosion and prolong the life of the cable. A USB 2.0 cord offers the fastest USB speeds currently available on most devices and is fully backwards compatible with USB 1.0 and USB 1.1. The maximum length of a USB 2.0 A-male to Mini-B cable is 15 ft. If you desire a length longer than 15 feet, you can use an active 2.0 repeater cable or a hub, both of which we offer at a great price. 2.0 repeater cable or a hub, both of which we offer at a great price.Part No. 10UM-02110BK
