NSI1000 Datasheet | Newsight Imaging

Features The NSI1000 Features a state-of-the-art global shutter array architecture, allowing extremely high sensitivity, while keeping low power dissipation. Sensor Array Features Array - Matrix of 1024 x 32 global shutter and anti-blooming pixels, 4.8µm x 6µm Lines - 2 staggered rows, 1024 global shutter and anti-blooming pixels, 4.8µm x 10µm (2048 resolution) - 2 staggered rows, 1024 pixels, 4.8µm x 16µm (2048 resolution) which can operate with analog binning as 1024 pixels of 9.6µm x 16µm General Features - Integrated configurable direct A/D converter with 8-10 bits precision - Per-frame configuration and scenario scheduler - Optional automatic exposure control - Optional automatic triangulation peak detection per each line (center of mass algorithm support in HW) - Solid state e TOF (Enhanced Time of Flight) support - Multi-triangulation support, up to 32 concurrent vertical points (using a line laser) - Integrated bandgap reference - Integrated CDS for fixed-pattern noise reduction - Output speed/ internal processing at up to 100 MHz - Programmable frame rate up to o 3,125 fps - full array (1024 x 32)1 2 o 50,000 fps - high resolution triangulation line (2048) o 100,000 fps - low resolution high sensitivity triangulation line (1024) - Optional shut down of frame clock (between frames) for reduced power consumption - Optional data out inversion - Double buffer mode for high frame rate 1 In e TOF mode, the frame rate is reduced according to accumulation rate 2 In “window of interest” mode the frame is increased in reverse ratio to the decrease of resolution - Ambient light subtraction support - Continuous or single frame capture modes - Tristate data out pins for multiple parallel sensor connections Applications e TOF™ Li DAR Newsight’s e TOF™ (enhanced Time-of-Flight) is a patented solution for 3D distance measurement that allows unparalleled performance with less than a 1% error rate for distances up to 100m, both in indoor and outdoor scenarios. The e TOF™...