NSI9000 Description
3D Machine Vision NSI9000 CMOS Image Sensor Event-driven 3D global shutter CIS Resolution: 1024x480 pixels Supports any rectangular subresolution 2D, 3D & Multi-triangulation Extended range pared to iTOF Flexibly programable per application Dynamic event detection Range-gated imaging High Dynamic Range (HDR) 3D solution NSI9000 Overview The NSI9000 is an advanced, event-driven, 3D CMOS image sensor chip specifically...
NSI9000 Key Features
- Event Recognition: Integrated directly into the pixel array, with frame rate adjustment to match the event rate, signifi
- Pixel Specifications: Features a 1024x480 pixel array with 5µm x 5µm pixels, designed for global shutter operation and c
- Synchronous Array Operation: Supports the synchronized operation of multiple NSI9000 sensors, ideal for plex setups like
- High Sensitivity: Built using CMOS technology with extremely high sensitivity pixels, allowing for the capture of longer
- Configuration Interface: Configurable via a serial interface supporting both a simple synchronous serial mode and a stan
- Video Output: Delivers parallel data output in a 12-bit stream over a dedicated bus capable of supporting up to 100 MHz
- Advanced Features: Includes programmable frame rates, multiline triangulation, eTOF 3D distance measurement per pixel, a
NSI9000 Applications
- Event Recognition: Integrated directly into the pixel array, with frame rate adjustment to match the event rate, significantly reducing redundant data
- Pixel Specifications: Features a 1024x480 pixel array with 5µm x 5µm pixels, designed for global shutter operation and column parallel output
- Synchronous Array Operation: Supports the synchronized operation of multiple NSI9000 sensors, ideal for plex setups like LiDAR systems
- High Sensitivity: Built using CMOS technology with extremely high sensitivity pixels, allowing for the capture of longer distances pared to other market sensors
- Configuration Interface: Configurable via a serial interface supporting both a simple synchronous serial mode and a standard I²C mode with a 16-bit dedicated pr
- Video Output: Delivers parallel data output in a 12-bit stream over a dedicated bus capable of supporting up to 100 MHz speed
- Advanced Features: Includes programmable frame rates, multiline triangulation, eTOF 3D distance measurement per pixel, automatic exposure control to prevent sat