Showing posts with label #EDNnetwork. Show all posts
Showing posts with label #EDNnetwork. Show all posts

Sunday, November 20, 2016

Single Mems mirror for safety

The word is getting out to engineers. This is good. It's not out to the general public yet, but this is more writing on the wall, more good publicity.

EDN Network (More at the source.)

At the MEMS & Sensors Executive Congress, Honkanen presented MicroVision’s automotive applications of their technology using HUD overlays to project critical information on the car windshield as part of the driving scene ahead so that the driver can observe the information without taking their eyes off the road 

Honkanen also presented how MicroVision’s Laser Beam Scanning technology equipped with near infrared (IR) lasers and IR photodetector can be utilized to develop MEMS based scanning LIDAR systems.

The advantage of MEMS based scanning LIDAR is high horizontal and vertical resolution and the ability to dynamically change the detection resolution and frame rate. The same scanning LIDAR can do both slower high resolution and faster lower resolution captures depending on the application or driving situation.

Saturday, November 19, 2016

A Single, tiny, innovative Mems Scanning Mirror

The STMicroelectronics relationship with Microvision is getting some attention. 

Thanks Dave!

EDN Network -- Much more at the source

A single, tiny, innovative MEMS scanning mirror technology: Moving to improve automotive safety with HUD and ADAS





Industry moves to acquire LIDAR technology for ADAS


This is a hot topic in the industry and big players are positioning themselves to get a big piece of the pie.

Infineon has acquired LIDAR expertise in October with the recent Innoluce takeover.

Analog Devices has also just announced, on November 17, the acquisition of LBS Technology from Vescent Photonics for the purpose of enabling mainstream adoption of automotive LIDAR systems.

I expect more companies to make similar announcements soon as this market heats up.

The unique MicroVision MEMS scanning mirror construction and operation