 Hi, my name is Darren Winerton. I'm with ST Microelectronics and I work on their Time of Flight products. I'm going to give a quick demonstration of our VL5301 sensor being used in a LiDAR system. To get 180 degrees, our horizontal field of view of our sensor is about 20 degrees. So if I take 9 sensors and tilt each one by 20 degrees, I'm getting a full 180 degree field of view. Here is a picture of my actual LiDAR dish. Just to give you some numbers, if I run all sensors simultaneously and I put a 12 millisecond timing budget for each zone, it means that I'm going to range all 117 points of LiDAR data, which is a full 180 degree sweep in about 160 milliseconds. So that's around 6.25 frames per second, so a little bit better than 6 frames a second. The max range is limited to about 1 meter, but if you need to get more distance, you can do that by increasing the timing budget, but if you increase the timing budget, then your frame rate will decrease as I'm showing on this slide. So I'm now going to show you some video clips where we put a camera over the top and synchronized the distance by putting a grid over the camera data and you can see how accurate the distances are. And you can also see with some motion how quickly our LiDAR is able to run. If you have any questions, please do not hesitate to contact your local sales representative or visit www.st.com slash time of flight. Thank you.