The generation of MOST multimedia network technology is to make new multimedia devices applications in the automotive, As well as others, making  streaming media transmission efficiency as the main target market.
 

The plastic optical fiber MOST protocol with intelligent high-speed network can solve the well-known traditional mode intricate wiring、cumbersome connector, antiquated control  and heavy copper wire, etc. These contradictions can not meet the needs of modern automotive peripherals.
The MOST technology uses a plastic optical fiber transmission control and signal information.The plastic optical fiber has many advantages, such as light weight,good frequency response etc. Some modern cars have several kilometers wiring, The traditional copper wiring used in  automative is expensive, complex and immutable.Now car multimedia devices use a separate plastic optical fiber as a medium to transmit various signals.It reduces the cost, at the same time, expands the function.When more and more complex multimedia systems used in automotive,MOST makes speed data exchange between devices become possible. The MOST technology provides the means of an allocation of multimedia information and control the use of this information.The plastic optical fiber is an information transmission mediumwith extremely low cost.At the same time, the data is not subject to the effects of electromagnetic interference,also be able to eliminate the electromagnetic interference caused by the traditional copper wire.

Today's luxury cars (including Porsche, Audi, Mercedes-Benz, BMW, etc.) and the standard models in the future will be to integrate all of these or more devices.There is a strong demand that a reliable, strong adaptability, low-cost and high-performance digital network would connect all these devices.MOST technology can solve the market demand. Now the transmission rate of MOST is up to *4.5 Mbps.Exceed the needs of today's market.The develoment of MOST technology in the future can meet more functional.The MOST technology will  develop rapidly.