Complete 8,000 kilometers of travel with me and have a gorgeous encounter at electronica 2018

The largest and heaviest part of an electric vehicle chassis is its battery pack. For example, Tesla's battery pack is about 100 kWh, which is very large. Wireless BMS provides a good solution to this problem. The figure below shows the world's first Wireless BMS prototype car based on DUST Networks.

Due to the ultra-high reliability of DUST Networks, the battery packs in electric vehicles can be designed with SmartMesh networks, replacing all connectors and implementing wireless BMS applications. This not only saves connection and assembly costs and reduces vehicle weight, but also improves reliability and the efficiency of the entire system.

Fatigue driving is an important factor leading to major casualties. How can we combine cockpit technology to monitor and analyze fatigue driving? ADI demonstrated how it cooperated with BSecur to develop ECG-based biometric recognition and driver health analysis solutions, as well as how 3D depth measurement technology, time-of-flight cameras, and machine learning software can enhance driver safety and driving experience.

In addition , ADI's dedicated automotive camera link technology C²B (Car Camera Bus) provides low-latency HD quality video in the lowest cost infrastructure. C²B uses proven low-cost UTP cables for HD video transmission, laying the foundation for automotive camera applications.

The following figure shows the full network motion control synchronization solution for industrial automation. The demo demonstrates how real-time, multi-protocol network switching technology and ADI's mixed-signal motion control signal processing solutions can be used in industrial servo and robotics applications.

In the field of building automation, one of the gas detection reference designs integrating ADuCM355 has attracted much attention. This is a new chemical sensor interface solution designed specifically for gas detection applications, which provides many features and advantages, such as a 50% smaller solution size and sensor health self-diagnosis, and can also extend the service life of the sensor.

In the Consumer Electronics Zone, ADI demonstrated its revolutionary audio and voice architecture ^A2B , supported by an extended ecosystem , and its third-generation wearable vital signs monitoring platform.

A2B is an innovative and application-specific technology from ADI that can reduce cable weight ^by up to 75% while providing high-fidelity digital audio. It provides excellent audio quality compared to analog audio buses, and its total system cost is much lower than existing digital bus standards.

The latest VSM platform of the third generation wristband device can measure ECG, heart rate, galvanic skin response, activity and temperature. At the scene, ADI demonstrated how to use it for data acquisition, remote monitoring and cloud-based analysis to support various applications such as sports and fitness, health care, remote patient monitoring and independent living.

The above is just the tip of the iceberg on our 800 square meter booth. To learn more about ADI’s display at electronica 2018, please click “read original text” to enter our “electronica 2018 special page” for viewing. The on-site demonstration videos will also be updated in succession, so please continue to pay attention!

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