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Optical audio cables

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- Hot pluggable: Yes- External : Yes- Audio signal: Digital audio bitstream. Originally limited to 48 kHz at 20 bits. Extended to support all modern formats, except Dolby Digital Plus, TrueHD, and DTS more→HD audio streams.- Width: 32 bit audio packets- Bandwidth: Originally 3.1 Mbit/s; Now 125 Mbit/s- Max. devices: 1- Protocol: Serial- Cable: Optical Fiber, ~10 m (33 ft) maximum[1]- Pins: 1- Connector: JIS F05 (JIS C5974-1993 F05)- Length: 2 Meter
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 DV more→D 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.
- Hot pluggable: Yes- External : Yes- Audio signal: Digital audio bitstream. Originally limited to 48 kHz at 20 bits. Extended to support all modern formats, except Dolby Digital Plus, TrueHD, and DTS more→HD audio streams.- Width: 32 bit audio packets- Bandwidth: Originally 3.1 Mbit/s; Now 125 Mbit/s- Max. devices: 1- Protocol: Serial- Cable: Optical Fiber, ~10 m (33 ft) maximum[1]- Pins: 1- Connector: JIS F05 (JIS C5974-1993 F05)- Length: 3 Meter
- Hot pluggable: Yes- External : Yes- Audio signal: Digital audio bitstream. Originally limited to 48 kHz at 20 bits. Extended to support all modern formats, except Dolby Digital Plus, TrueHD, and DTS more→HD audio streams.- Width: 32 bit audio packets- Bandwidth: Originally 3.1 Mbit/s; Now 125 Mbit/s- Max. devices: 1- Protocol: Serial- Cable: Optical Fiber, ~10 m (33 ft) maximum[1]- Pins: 1- Connector: JIS F05 (JIS C5974-1993 F05)- Length: 5 Meter
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 DV more→D 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 more→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.
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 more→the standard copper networking cables.
The cables have LC 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 more→the standard copper networking cables.
The cables have LC to ST 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 more→the standard copper networking cables.
The cables have SC to SC connectors grey low smoke zero halogen jacket and 62.5m 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.
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.
What is AOC?
AOC is short for Active Optical Cable which is the latest in cabling technology. AOC removes the copper conductors and replaces them with fibre optical cores and a small transmitte more→r and receiver in the connectors. Copper cores still remain to carry power along the cable.

Why Professionals Are Choosing AOC?
- The use of fibre optical cores allows the cable to be thinner and lighter
- The barriers of cable length is no longer a problem
- By using fibre optical cores EMC interference from power cables and lighting is no longer an issue. The cables also produce much less EMC themselves
- No signal loss over long distances
- No extenders boosters or runs of CAT5e needed. These
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 more→the standard copper networking cables.

The cables have ST to ST connectors grey low smoke zero halogen jacket and 62.5m fibre core with 125m cladding.
What is AOC? AOC is short for Active Optical Cable which is the latest in cabling technology. AOC removes the copper conductors and replaces them with fibre optical cores and a small transmitter and more→receiver in the connectors. Copper cores still remain to carry power along the cable. Why Professionals Are Choosing AOC? The use of fibre optical cores allows the cable to be thinner and lighter The barriers of cable length is no longer a problem By using fibre optical cores, EMC interference from power cables and lighting is no longer an issue. The cables also produce much less EMC themselves No signal loss over long distances No extenders, boosters or runs of CAT5e needed. These …
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 more→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 more→the standard copper networking cables.

The cables have LC to LC connectors yellow low smoke zero halogen jacket and 9m fibre core with 125m cladding.

- LC to LC Connectors
- 9m core 125m cladding
- Low smoke zero halogen
- Duplex support
- Bend radius: 40mm
- Operating temperature? -60 to +85
- Supports 1Gbps
- Overall diameter: 3mm
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 more→the standard copper networking cables.

The cables have LC to LC connectors yellow low smoke zero halogen jacket and 9m fibre core with 125m cladding.

- LC to LC Connectors
- 9m core 125m cladding
- Low smoke zero halogen
- Duplex support
- Bend radius: 40mm
- Operating temperature? -60 to +85
- Supports 1Gbps
- Overall diameter: 3mm
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 more→the standard copper networking cables.

The cables have LC to LC connectors a yellow Low Smoke Zero Halogen jacket and 9m 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 more→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.
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