top of page

中文

Base Sensor (TRX)

Technology

Opsys' proprietary technology uses fully addressable 2D VCSEL arrays combined with a single chip SPAD array for high performance at low cost. This transmitter-receiver is known as Opsys’ TRX which is the base sensor that underlies all the technology.

Opsys' multi wavelength technology enables different sensor installations with a flexible field of view (FOV), with no interference, while maximizing scan rate and eliminating dead zones. Integration of the TRX is done by a LiDAR Control Unit (LCU) that provides a single 4D point-cloud with a flexible FOV.
 

Opsys’ groundbreaking LiDAR solution allows multi-measurements per point which increases ‘signal to noise ratio’ and ‘single point probability of detection’ to higher levels compared with any other LiDAR technology. Opsys technology can focus on multiple regions simultaneously. No moving parts allows for 24/7 operation with no limitation on EOL performance. Opsys LiDAR works in extreme temperatures (from -40°C to +85°C) and in all weather conditions.

device.jpg

Multiple TRX Setup

Opsys’ solution brings significant value to automotive and industrial customers by providing high-performance as well as flexible LiDAR systems for a variety of applications. The system supports any requested field of view (FOV) using multiple angular resolutions for each direction as required by specific applications or use cases. For example, Opsys’ HH lens is used for long distance with a narrow FOV so is good for front-sensing use cases such as L3+ in automotive solutions, whereas conversely Opsys’ AA lens is for short-range with a wide FOV – perfect for the sides of a vehicle. Along with Opsys’ LL lens, which has a mid-range and FOV, using all the different lenses together at various points around a vehicle, full autonomy can be achieved.

This unique Lego Brick approach, enabled by Opsys’ innovative system structure, that can be built from multiple base sensors (the TRX), can be aggregated into a complete package. Partners can choose to receive raw data from each TRX, a single point-cloud or from the LCU via a 1GbE ethernet connection.

Semiconductor-Based

Wafer scale process

Cost-Saving & Competitive

A modular system

Eye Safety

Class 1

Flexible Solution

Build any FOV & resolution

Scalable

Designed for mass production

Extreme Reliability

Automotive-grade accuracy

High-Res

0.4° up to 0.1° & higher if required

Ultra Fast Scanning

30 FPS post 16/32 averaged

Features & Benefits

The TRX is smaller than the size of a credit card

In addition, by splitting off the sensor from the LCU itself, by using Opsys Remote TRX there is the potential to include Opsys LiDAR solutions in a wide range of applications, especially those that up until now have not been able to use a LiDAR as there is simply not enough space inside the product or there is an awkward shape that the LiDAR would need to fit into. 

bottom of page