Other for Computer

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.

CDL 2m HDMI (A) to Micro HDMI (D)

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.

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 LC connectors orange low smoke zero halogen jacket and 50m 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 LC to SC 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 LC to ST connectors orange low smoke zero halogen jacket and 50m 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 SC to SC connectors orange low smoke zero halogen jacket and 50m 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 SC connectors orange low smoke zero halogen jacket and 50m 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 orange low smoke zero halogen jacket and 50m fibre core with 125m cladding.

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

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 9m fibre core with 125m cladding.

- LC to ST Connectors
- 9m core 125m cladding
- Low smoke zero halogen
- Duplex support
- Bend radius: 40mm
- Operating temperature? -60 to +85
- Supports 1Gbps
- Overall diameter: 3mm

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

CDL 2M Black USB2.0 A - Lightning

CDL 2M White USB2.0 A to Lightning

CDL 30m HDMI 2.1 Slim Armoured AOC

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 62.5m fibre core with 125m cladding.