Mirrorcle has provided #MEMS#mirrors for #LiDARs since the early 2000s. Our #engineering team took the next step forward and we are excited to introduce the new MEMS mirror-based 3D LiDAR system - “SyMPL”, a compact and lightweight solution. Read more at: https://t.co/q1DVx9sVTb
Closing out a successful show at #SensorConverge2026. It was a great opportunity for MirrorcleTech to connect, learn, and share insights with leaders across the sensing and electronics community.
Mirrorcle is excited to share that we will be at #SensorsConverge2026 in Santa Clara, CA this week. We are graciously hosted by Hangzhou OLE-Systems Co., Ltd at their booth 515 on the expo floor.
Congratulations to Dr. Lj Ristic and our entire R&D team (including co-inventors Abhishek Kasturi and Daniel Lovell). Dr. Ristic literally wrote the book on MEMS, and his vision continues to push the boundaries of what’s possible in semiconductor and optoelectronic systems.
From automotive safety to smart city infrastructure, the potential market for this technology is projected in the billions. We are proud to be at the forefront of this shift.
May other improvements include enhanced IDE Support, refinement of the API, UI enhancements for the applications, improved performance and responsiveness of the GUIs, and a modernized development Workflow.
a significant update designed to streamline your optical beam-steering projects and enhance development efficiency. What's New in v11.2.0.0? This release introduces several key updates and performance improvements for our MEMS mirror controllers and drivers.
Exciting news for our developer community! Mirrorcle has been developing our own software since founding, and we are thrilled to announce the official release of Mirrorcle Software Suite v11.2.0.0,
3D Scanning Demonstrator Kit showcasing the programmability of the scanning, changing the density in lines, scan rates, zooming into regions of interest for a higher density scan, highlighting defects within the scanned object and much more!
#CES2026
In this initial demo version user manually select target positions within an XY coordinate system using an "ini" file entry. The system then measures distances and XY coordinates for the chosen points, continuously reporting precise XYZ positional data.
The innovative and visionary approach of the Taara team to move beyond traditional mechanical steering mechanisms, and the collaborative efforts with Mirrorcle during the R&D phases over the past decade, have enabled the breakthrough in the communication market.