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In order to communicate between various vehicle modules, an automobile CAN transceiver is installed in the body. In infotainment systems, automotive CAN transceivers are utilised to store multimedia content such as music and movies.
The automotive CAN transceivers market is driven by an increase in demand for affordable and luxury vehicles as a result of rising consumer disposable income, strict government regulations governing automotive safety standards, increased demand for advanced, comfort, and convenient features in vehicles, and an increase in electronic integration in vehicles.
However, as electronic systems get more complicated, market growth is limited. Furthermore, the surge in popularity of autonomous vehicles and the trend of connected automobile gadgets present the market with significant potential prospects.
The Europe Automotive CAN Transceiver Market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2026, registering a CAGR of XX% from 2022 to 2027.
Infineon Semiconductor Introduced new High-Speed CAN Transceivers for automotive and other applications with transmission speed up to 8Mb/s. CAN technology was created to provide reliable and scalable networks in automobiles. It became increasingly difficult to maintain this resilience as the data rate increased.
Faster data rates made maintaining this resilience more challenging. Nonetheless, modern networks demand both: high data rates in stable networks. The newly built CAN SIC Transceivers can provide this signal integrity.
This technique will lower costs and simplify designs for network builders, affecting current CAN FD networks dramatically. We complete the CAN transceiver portfolio with the new CAN FD SIC technology, which supports networks up to 500kbit/s up to 8Mb/s transmission rates.
