Connect computers, CNC machines, and other equipment that requires complex data and signal transmission. This double-shielded cable has both braid and foil for the highest level of protection against signal interference. Use it in areas with high signal distortion, such as near transformers, generators, and motors. This CM-designated cable is flame rated for general purpose applications, such as in-wall installation or use between equipment on shop floors. It’s also rated VW-1 to keep fire from spreading. This cable has an uninsulated ground wire that is not counted in the number of wires.

This cable has twisted pairs of wires that cancel signal interference from multiple transmission lines, as well as foil and braid shielding over the entire cable. It's often used to transmit data in high speed computers near variable-frequency drive motors, where voltage fluctuations and current spikes can distort signals. The industry designation is CM and CMG, so it’s approved for in-wall installation and has flame-resistant insulation. The uninsulated ground wire is not counted in the number of wires.

Send data between computers, printers, servers, and switches. Ethernet category standards describe the cable’s performance capabilities. Higher category numbers mean faster speeds, superior data transfer, and better signal strength. Category cables are backward compatible, so you can mix and match, but your speed will only be as fast as the lowest-rated cable.

Unshielded cable is the choice for day-to-day wiring, such as connecting your desktop computer to an ethernet port.

Shielded cable has a layer of foil that blocks signal interference from nearby equipment, such as variable frequency drives or small motors. It has an uninsulated ground wire that is not counted in the number of wires.

CM and CMR cable prevent the spread of flames down the length of the cable. CMR is more flame resistant than CM cable.

Also known as plenum cable, this CMP cable has flame-resistant, low-smoke insulation and can be used without conduit in duct work and above a drop ceiling. Use it to send data between computers, printers, servers, and switches in an office. It’s backward compatible so it works in networks that meet the same or a lower category. Choose cable with a higher ethernet cable category for a clearer signal.

Use unshielded cable in applications where signal interference is not a concern.

Shielded cable has a layer of foil that blocks signal interference from nearby equipment and devices. It has an uninsulated ground wire that is not counted in the number of wires.

From mines and factories to robotics, this rugged Ethernet cable sends data between sensors and switches in the grimiest places. The PVC outer insulation is treated to stand up to oil and coolants where typical PVC insulation would become brittle and crack. To make sure it doesn't kink and snap, this cable was tested under repeated bending and rubbing with little signs of wear. Higher numbers for the Ethernet category standard mean faster speeds, superior data transfer, and better signal strength. Category cables are backward compatible, so you can mix and match. However, your speed will only be as fast as the lowest-rated cable.

Choose unshielded cable for most applications. When working with variable frequency drives or small motors, choose shielded cable, which has a layer of foil that protects from signal interference. It has an uninsulated ground wire that is not counted in the number of wires.

Also known as plenum cable, this cable is designated CMP, so it has low-smoke insulation and can be used without conduit in duct work and above a drop ceiling. The oil-resistant FEP insulation protects wires as the cable moves from duct to equipment or machinery. It also resists UV light. It’s backward compatible so it works in networks that meet the same or a lower category.

Connect telephones and telephone blocks to a wall jack. Terminate the cable with telephone plugs or jacks (not included).

Send data between data centers and workstations in fiber-optic networks. The thermoplastic outer insulation on this cable is flame retardant for safe indoor use, and resists water and UV light for outdoor use. Because it works both indoors and outdoors, there’s no need for a transition splice when routing the cable into buildings. Each inner fiber also has a layer of thermoplastic insulation to protect signals and add flexibility. This cable is non-conductive, so grounding or bonding is not required.

Single-mode cable is often used to send data between buildings. It has a small core diameter, which reduces signal loss. It transmits data over longer distances and has a higher bandwidth than multimode cable.

Multimode cable is often used to transmit data over short distances, such as within buildings and local area networks (LANs). It has a large core diameter, so it’s easier to terminate and install than single-mode cable. However, it has lower bandwidth.

OFNR cable is for use in vertical shafts and large facilities with multiple levels.

ONFP cable is for use in horizontal shafts, such as in ducts and above drop ceilings.

Fiber count refers to the number of optical fibers inside a cable. The higher the count, the more data you can send. You can branch each fiber into its own individual cable if your network demands grow in the future.

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Often used for intercoms, speakers, and security systems, this cable is designated as CM and CL2 or CMG, so the insulation is flame resistant and approved for in-wall installation in single-level facilities.

Shielded cable has a layer of foil that blocks signal interference from nearby equipment and devices. It has an uninsulated ground wire is not counted in the number of wires.