NSI3000 is an advanced CMOS (complementary metal oxide semiconductor) image sensor chip for LiDAR (Light Detection and Ranging) applications used in ADAS (advanced driver assistance systems) and in autonomous vehicles.
The NSI3000 sensor offers extremely high sensitivity pixels, enabling the replacement of expensive CCD (charge-coupled device) sensors in many applications.
The NSI3000 is designed for programmable high frame rate speeds, allowing better analysis and reaction to events.
NSI3000 is specifically designed for LiDAR applications, using eight rows of 2048 pixels made of four rows of 4µm x 8µm pixels and four rows of 4µm x 4µm pixels. The large pixels provide high sensitivity, while the small pixels can provide a fine signal with effective resolution of 8192 with low power dissipation and compact size.
- Pixel output interface Parallel Synchronous output, configurable
- Serial interface I2c + proprietary
- Operating modes Normal CDS mode Ambient light subtraction Pixel column compatibility Power down, sleep and test modes
- Eight Rows: 4 rows of tall pixels (4×8 micron) and 4 rows of square pixels (4×4 micron)
- Virtual 1×8192 resolution, high sensitivity (effective 16×8 size pixels by analog binning)
- Integrated configurable 8-12 bit direct A/D with parallel 10-12 bit digital output
- Integrated Bandgap Reference
- Output speeds to 80 MHz
- Integrated CDS for fixed pattern noise reduction
- Ambient Light Subtraction
- Multiple Readout modes
- Independent row readout
- Binning of different rows
- Double buffer mode for high frame rate
- Programmable frame rate up to 40,000 fps
- Onboard Test Mode capabilities, including External Input to A/D
- Single Power Supply 3.3 Volts
- Sensitivity: 75V/lux-sec
- Power consumption: 40mW @ 7.5MHz
- Package: 40pin LCC