Modern in-vehicle smart devices, particularly those used in agriculture and construction, often face challenges in their operation within complex and harsh environments.
While much attention is given to improving device reliability, the importance of mobile performance is sometimes overlooked.
Introducing Ultra-Link Technology aims to address these challenges and optimize the performance of in-vehicle smart devices.
Challenges in Traditional Antenna Development: Conventional antennas in in-vehicle devices encounter issues such as EMI problems due to the high-frequency charging and discharging of the DCDC circuit. Moreover, the integration of vehicle-grade electronic materials and various interfaces contributes to signal interference and crosstalk, affecting the sensitivity of low-frequency signals critical for optimal device functionality.
Ultra-Link Wireless Signal Transmission Technology:
To overcome these challenges, CF’s Link series incorporates Ultra-Link wireless signal transmission technology.
This technology focuses on optimizing the OTA performance of the antenna by evaluating and enhancing the antenna’s structure in the early phase, minimizing interference sources, and improving free space.
The Ultra-Link solution aims to reduce desense and address EMI issues associated with DCDC ringing, high-speed signal lines, and interface interferences.
Advantages of Ultra-Link in Link serise:
Test data reveals that Link serise, equipped with Ultra-Link technology, outperforms consumer products in a similar low-density base station environment.
The optimized design ensures high efficiency, reduced interference, and improved overall signal quality.
Enhancing User Experience: The application of Ultra-Link technology in Link serise ensures that devices operating in low-density areas with weak signal coverage receive high-quality communication signals.
This improvement significantly enhances the user experience, especially in remote areas with sparse populations, addressing intermittent 4G signal problems.
