Other for Computer

CDL 15cm Type C M - Type A F Cable

Cables Direct CDL 15m USB2.0 A-B Active Cable

Our CDLDPHBR3 range of DisplayPort v1.4 (HBR3) cables are approved by VESA for use with 8k@60Hz equipment. 8K has a resolution of 7680 x 4320 and is also known as 4320p and Super Ultra High Definition (SUHD). It is seen in commercial displays that require the highest available resolution. This cable is backward compatible with 4K@120Hz, ideal for the computer gamer. With the Bandwith of 32.4Gbps, it is able to provide MST support.

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables. The cables have LC to LC connectors, grey low smoke zero halogen jacket and 62.5 fibre core with 125 cladding.

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables. The cables have LC to ST connectors, grey low smoke zero halogen jacket and 62.5µm fibre core with 125µm cladding.

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables.

The cables have ST to SC connectors grey low smoke zero halogen jacket and 62.5m fibre core with 125m cladding.

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables. The cables have ST to ST connectors, grey low smoke zero halogen jacket and 62.5µm fibre core with 125µm cladding.

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables. The cables have LC to ST connectors, orange low smoke zero halogen jacket and 50µm fibre core with 125µm cladding.

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables. The cables have ST to ST connectors, orange low smoke zero halogen jacket and 50µm fibre core with 125µm cladding.

TOSLINK® or Optical Cable is a fiber optic connection system. Most commonly used with audio equipment (via a "digital optical" socket,) where it carries a digital audio stream from devices such as CD, DVD, Blu-Ray players and modern video game consoles, to an AV receiver such as surround sound system that can decode the stream of audio and output it through a set of loudspeakers. Since TOSLINK uses fibre-optic cable, it is free from distortion caused by electrical or magnetic interference that an electrical cable would incur. The result is an audio signal that is purer, as well as truer to the original recording. Gold plating is used on the connectors for its anti-corrosive properties.

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables. The cables have LC to LC connectors, a yellow Low Smoke Zero Halogen jacket and 9µm fibre core with 125µm cladding.

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables. The cables have LC to SC connectors, a yellow Low Smoke Zero Halogen jacket and 9µm fibre core with 125µm cladding.

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables. The cables have LC to ST connectors, yellow Low Smoke Zero Halogen jacket and 9µm fibre core with 125µm cladding.

Our OM3 fibre optic cables are constructed with 50µm core and 125µm cladding and various connectors. The OM3 range offer a higher bandwidth and greater distance over OM2 cables

Our OM3 fibre optic cables are constructed with 50µm core and 125µm cladding and various connectors. The OM3 range offer a higher bandwidth and greater distance over OM2 cables.

Cables Direct CDL 20m USB3.0 AOC Extension Cable

The 2TT-102-4POLE is a 2 metre 4 pole 3.5mm TRRS extension cable. TRRS cables are usually found on mobile phones because they can carry two-way audio (headphone and mic) allowing you to make calls with compliant headsets. 4 Pole connectors are also called "TRRS" connectors because they have 4 sections on the connector, T ip, R ing, R ing, S leeve. These sections are separated by 3 black rings.

The CDLHD4-MICRO series has a Micro (Type D) connector that was introduced with HDMI v1.4. It keeps the standard 19 pins used in the Type A connector but shrinks it down to 2.8mm x 6.4mm. The Micro connector is to be used on mobile phones and other similar portable devices. The other side of the cable has a standard Type A connector for connecting to TVs and projectors etc. The term HDMI v1.4 is no longer used and instead is referred to as High Speed with Ethernet.

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables. The cables have LC to SC connectors, grey low smoke zero halogen jacket and 62.5µm fibre core with 125µm cladding.

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables. The cables have LC to LC connectors, grey low smoke zero halogen jacket and 62.5 fibre core with 125 cladding.

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables. The cables have LC to ST connectors, grey low smoke zero halogen jacket and 62.5µm fibre core with 125µm cladding.

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables. The cables have SC to SC connectors, grey low smoke zero halogen jacket and 62.5µm fibre core with 125µm cladding.

Cables Direct CDL 2m OM1 Optic Cable ST - SC

Fibre optic cables use glass threads (fibres) to transmit data. These fibres transmit the data by using modulated light waves. Fibre cables are popular because they have a much greater bandwidth than the standard copper networking cables. The cables have ST to ST connectors, grey low smoke zero halogen jacket and 62.5µm fibre core with 125µm cladding.