Product introduction:

TOSLINK is the abbreviation of Toshiba Link, and it is also a standard optical digital audio interface. Japanese manufacturers generally use it on CD players and MD players. It is used to transmit digital audio signals (left and right channels or multi-channel) between various equipments through a light conductor and using light as a carrier. TOSLINK can use plastic optical fiber as a plastic optical fiber audio jumper.

Application object: Optical fiber can be used to connect all equipment with digital optical input/output connectors and digital audio and video signals.

Advantages of fiber optic cables:

1. Special micro-convex lenses are used at both ends of the optical fiber to make the beam highly concentrated. The first pair reduces the reflection of the beam on the inner wall of the optical fiber, thus shortening the transmission stroke. Even if the wire body is extremely twisted, it can keep the signal highly facsimile. It can reduce the transmission time difference and effectively reduce the digital time difference distortion, and the spherical design of the micro-convex lens can be closely attached to the optical input end to ensure the distortion caused by the connection deviation.

2. Optical fiber is not disturbed by noise caused by any power supply or electromagnetic signal, and ensures that the digital transmission frequency is as high as 250Mbit/s, far exceeding that of ordinary digital cables, which makes music resolution higher, and is a reliable digital transmission medium. Applied to digital equipment such as CD/DVD/DAT/MD/LD, it is the guarantee of high-resolution audio playback.

3. Optical fiber digital cable is a suitable medium for transmitting digital audio signals. Unlike the traditional signal connection using copper wire as a conductor, it is susceptible to surrounding electromagnetic interference. The high-quality and clear sound transmitted by optical fiber cable is unmatched by traditional wires. In particular, the transmitted digital signal can be distributed through a digital decoder for 7.1-channel sound effects, thereby forming a surround sound effect. In addition, digital optical fiber is also used to record high-quality sound.