New Chip Technology to Transform Automotive Sensors

Manufacturers of automotive sensors are striving towards developing models that reduces project time-to-market as well as decreases the overall development cost. Manufacturers are looking for various resolutions that would help them in addressing segmentation in their product-portfolio, thereby offering advanced luxury and safety capabilities, catering to growing customer needs. Stringent government rules regarding safety norms and fuel emission further shapes automotive industry. This has resulted in automotive manufacturers increasing their focus in checking on exhaust gases, thereby holding lucrative opportunities for automotive sensors sales in the forthcoming years.

Likewise, safety features such as Electronic brakeforce distribution (EBD), Anti-lock braking system (ABS) and airbags are turning out to be mandatory with rapidly increasing demand for individual safety. In addition, growing application of Micro-Electro-Mechanical Systems (MEMS) sensors in active suspension systems, automatic door locks, headlight leveling, inertial brake lights, vehicle dynamics control and accelerometer amongst others is majorly responsible for notable sales of automotive sensors.

Innovative Use of Automotive Sensors Enhances Environmental Monitoring

In order to cater to the explorations needs under varying conditions such as humidity, mechanical and quality constraints of soils, a team of European engineers have taken immense efforts in developing subterranean robots, inspired by plants. This initiative is mainly taken for analyzing movements of roots through soil as well as distributed system of the sensory communication and intelligence used by plants for coordinating the movements. Researchers have further developed robotic arm consisting of small 3D-printing module, gears, motors and sensors. The automotive research vehicle helps in reducing friction as well as mimics growing action of the plants.

Automotive Sensors with High-Resolution Radar for Cars

As the millimeter-wave radar spreads out in the mid-range automotive market, manufacturers in the automotive industry are focusing on adopting high-resolution radar benefitting in autonomous-car and short-range applications. Development of autonomous automotive imaging radar sensors such as K-79 is highly beneficial for validating and optimizing purposes related to autonomous operations of the vehicles under critical conditions such as extreme dust and low-light. Readers can note that this exclusive automotive sensors specifically benefits self-driving industrial tractors, trucks as well as similar specialty vehicles.

A New Chip Design

Arm Holdings, a UK-based chip technology firm has exclusively developed all-new chip design, Cortex-A65AE that is likely to hit the global market in 2020. The main idea behind this development is to handle data streams from sensors of self-driving cars in near real-time. With new safety features and designs enabling in faster processes from sensors, increasing number of manufacturers in self-driving car unit are likely to adopt this innovative chip technology in their emerging models. From an industry holding power perspective and energy-efficiency as the centerpiece, automotive industry is expected to witness emergence of chips in automotive sensors offering consumption of less power.

Automotive Sensors Benefitting ADAS, Autonomous Driving

A family of advanced automotive sensors, launched by ON Semiconductors is expected to benefit global automakers and suppliers with robust imaging devices depending on feature set and common platform. The new automotive sensors hold resolutions scaling from nearly 8.3MP (megapixels) to 1.2MP along with the automotive industry topping low-light performance, 4.2 µm pixels. In addition, the new automotive sensors also feature functional safety upto ASIL (Automotive Safety Integrity Level)-C, HDR (high-dynamic range), and industry-first option for cybersecurity. The second-gen wafer stacking technology (offering faster and denser system), enables in package size reduction. This all-new automotive sensors family offers high-resolution range catering to the emerging demands of new-gen autonomous driving systems and ADAS.

Bridging Gap between Lidar and Radar Technology with Automotive Sensors

World’s most innovative automotive sensors is developed that utilizes radar for functioning two sensor types as well as enables novel in-car tech features. A leading automotive sensors company has developed this sensor claiming that it can be used across wide-ranging applications including park-assist systems, lane change assist and blind spot monitoring. The notable factor here is that these automotive sensors also helps in monitoring number of passengers and also holds the ability to check every individuals breathing in times of medical emergencies. The company focused on innovation is further planning to develop infant-safety monitoring system as well.

To avail lucrative information on the developments in automotive sensors market and how environment plays a significant role in it, readers can look for it here.

About the Author

Nikhil Kaitwade

With over 8 years of experience in market research and consulting industry, Nikhil has worked on more than 250 research assignments pertaining to chemicals, materials and energy sector. He has worked directly with about 35 reputed companies as lead consultant for plant expansion, product positioning, capacity factor analysis, new market/segment exploration, export market opportunity evaluation and sourcing strategies.

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