AUTOMOTIVE SENSING - SEMI WEBCAST

The automotive electronics industry explodes: when cars become smarter…

Extracted from: MEMS & Sensors for Automotive report – Yole Développement, August 2017

OUTLINES:

  • “Smart Automotive” webcast on October 26 at 5:00 PM - Powered by SEMI: REGISTRATION
  • Featured speakers: Guillaume Girardin, Market & Technology Analyst within the MEMS and sensors business unit at Yole Développement - Farid Hamrani, Electronic Systems Cost Engineer for System Plus Consulting, focused on system reverse costing analysis.
  • Moderated by: Bettina Weiss, VP Business Development at SEMI

LYON, France – October 24, 2017:  For years, the automotive electronics industry has been undergoing a massive transformation, not seen since its creation more than 100 years ago. Autonomous driving and electrification are driving this revolution. Therefore, this industry is today showing impressive technologies that answer market needs in term of comfort, safety and power management. Inertial and chemical sensors hubs, as well as imaging and magnetic sensors hubs, are all part of the automotive electronics landscape. Yole Développement (Yole) announced a US$11 billion market in 2016 with 13.7% CAGR until 2022. At the end of the period, the MEMS and sensors market for automotive applications should reach more than US$ 23 billion (1).
Yole Group of Companies including Yole Développement and System Plus Consulting has been invited to present its vision of the automotive electronics industry, the latest market trends and describe the technology roadmap during the webcast “Smart Automotive: Latest Trends in LiDAR and Sensors - a SEMI & Yole Développement Webinar” powered by SEMI. Taking place on October 26 2017 at 5.00 PM CET, this webcast will detail and analyze the latest information and trends dedicated to innovative sensors as well as in LIDAR for the automotive market segment.

Despite its maturity for some traditional sensors, the MEMS and sensors market for automotive applications is still a very dynamic market segment. While common sensors like pressure or magnetic sensors are still driving the volume within the industry, the momentum coming from imaging and radar sensors will rapidly change the sensing landscape. While pressure and magnetic sensors used to drive the market, the rise of automated features with ADAS will boost the average cost of sensing systems within a car, thanks to expensive but mandatory components like radars, image sensors and LiDARs.
“Imaging sensors were initially developed for ADAS functionalities in high-end vehicles, with deep learning image analysis techniques promoting early adoption”, details Guillaume Girardin, Technology & Market Analyst at Yole. “It is now a well -established fact that vision-based AEB is possible and saves lives. Adoption of forward ADAS cameras will therefore accelerate. And these are not the only market drivers… “

The huge LIDAR market is emerging right now. The market value is expected to grow to US$7 billion by 2030. Different technologies are competing, but solid-state technology should be the one to remain at the end, announces Yole.
All automotive players are looking for low-cost, high performance LIDARs. Some of them are also moving along the supply chain to acquire dedicated know-how. For example, General Motors (GM) announced its acquisition of Strobe this month.
Audi recently announced the production of a fully autonomous vehicle capable of speeds up to 60 km/h which includes a LIDAR solution: Audi announced the A8 on July 14, 2017, to be released in September in Europe, and available in the US in 2018. The LIDAR’s cost is estimated to be between US$3,000-4,000.
“The current cost of a LIDAR system for positioning and detection is more than US$5,000”, explains Guillaume Girardin from Yole. Due to the high cost of manufacturing, ASP will remain high for some years. As a consequence and because of ROI, only commercial applications and robotic approaches, including taxis, buses and trucks, will have an interest in using such technology.” This cost should decrease with the arrival of solid-state LIDAR with Velodyne, Quanergy and other players…

During the “Smart Automotive” webcast powered by SEMI, speakers will provide a deep understanding of automotive sensing challenges. They propose to provide an overview of the automotive sensing industry, including technology trends and market needs, especially regarding autonomous driving. Radar, camera, night vision and LIDAR will be the key words for Yole’s speakers. In parallel, System Plus Consulting will offer a deep dive into imaging technologies, with the reverse costing of a few existing solutions:
   •  Front cameras: state of the art comparison
   •  The night vision system from Autoliv & FLIR
   •  And LIDAR solutions developed by Leddartech and Conti.
“Regarding the radar market, Infineon Technologies can be considered the benchmark and is avidly promoting RADAR as a key technology for the future of automotive,” explains Farid Hamrani, Electronic Systems Cost Analyst at System Plus Consulting. He further details: “Newcomers, especially from the LIDAR industry, may reshuffle the deck in the near future. Companies like Velodyne, Quanergy, SensL and Leddartech are racing against giant automotive suppliers like Continental and Valeo to commercialize reliable and affordable LIDAR solutions that can answer automotive industry requirements.”

Featured speakers of the “Smart Automotive” webcast include:
  
•  Guillaume Girardin, who works as a Market & Technology Analyst within the MEMS and sensors business unit at Yole Développement. 
   •  Farid Hamrani, who is Electronic Systems Cost Engineer for System Plus Consulting, focused on system reverse costing analysis.
   •  Bettina Weiss, VP Business Development at SEMI, will moderate this live event.
This live “Smart Automotive” webcast will be held on October 26 2017 at 5.00 PM CET. To register, click on Smart Automotive. All technology and market reports as well as reverse costing analyses are detailed on i-micronews.com, MEMS & Sensors reports section.

Acronyms:
CAGR : Compound Annual Growth Rate
ADAS : Advanced Driver Assistance System
AEB : Autonomous, Emergency Braking

(1) Source : MEMS & Sensors for Automotive report, Yole Développement, 2017

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