STMicroelectronics 5MP CMOS Image Sensors - Coming Soon

STMicroelectronics 5MP CMOS Image Sensors include feature-rich RGB-NIR and monochrome sensors for consumer and industrial imaging applications. The VB1943/VD1943 sensors capture color and NIR images, while the VB5943/VD5943 sensors support monochrome imaging from the visible region to NIR.

The STMicro sensors combine global and rolling-shutter technologies with extended dynamic range, 3D-stacked BSI pixel technology, and embedded image processing. The 5MP CMOS Image Sensors support full-resolution capture at up to 100fps in global shutter mode and up to 50fps in rolling shutter mode, enabling flexible image acquisition under varied lighting and motion conditions.

The RGB-NIR variants integrate advanced ISP functions for NIR depollution, full-resolution NIR smart upscaling, and Bayer reconstruction, while the monochrome variants support split exposure for spatial HDR operation. The devices are designed for computer vision, low-light imaging, and NIR-assisted applications that require high-speed capture, low dark noise, and programmable control of external illumination.

Features

  • 5.1MP CMOS image sensor options for RGB-NIR, NIR, Bayer, and monochrome imaging
  • Combined global shutter and rolling shutter technology for flexible image acquisition
  • 3D stacked BSI pixel technology for visible and NIR imaging performance
  • Dual and single exposure support with separated RGB and NIR pixel controls on VB1943/VD1943 variants
  • Dual exposure support for common exposure and split exposure on VB5943/VD5943 variants
  • Embedded 18-bit high dynamic range pixel reconstruction
  • Embedded Bayer reconstruction with NIR depollution on RGB-NIR variants
  • Embedded NIR smart upscale to full-resolution monochrome output on RGB-NIR variants
  • Automatic or external synchronization mode, automatic dark calibration, dynamic defective pixel correction, and integrated noise reduction
  • Four programmable GPIOs for external illuminator control with synchronization and PWM support

Applications

  • Consumer imaging
  • Industrial imaging
  • Computer vision
  • NIR-assisted imaging
  • Low-light and night imaging
  • Color and NIR image capture
  • Monochrome visible-to-NIR image capture

Specifications

  • Sensor variants
    • VB1943 RGB-NIR sensor in OBGA package
    • VD1943 RGB-NIR sensor as a bare die
    • VB5943 monochrome sensor in OBGA package
    • VD5943 monochrome sensor as a bare die
  • Resolution of 2560 x 1984, or 5.1MP
  • Optical format of 1/2.5 inch
  • Image array size of 5.8mm x 4.5mm
  • Pixel size of 2.25µm x 2.25µm
  • 3D stacked BSI pixel sensor technology
  • Frame rates
    • Up to 100fps at full resolution in global shutter mode
    • Up to 50fps at full resolution in rolling shutter mode
  • Interfaces
    • MIPI CSI-2 interface with dual or quad lanes and a maximum of 1.5Gbps per lane
    • MIPI CCI control interface up to 1MHz
    • Four programmable GPIOs
  • Monochrome variant processing
    • Common exposure mode
    • Split exposure mode for spatial HDR
  • Image processing and output support
    • 18-bit HDR mode compressed to 12-bits or 10-bits through customizable PWL
    • Independent horizontal and vertical image flip
    • Automatic dark calibration
    • Dynamic defective pixel correction
    • Integrated noise reduction
  • RGB-NIR variant processing
    • Embedded Bayer reconstruction with NIR depollution
    • Embedded NIR smart upscale to full-resolution monochrome output
    • RGB-NIR input image processed by an integrated advanced ISP
  • Integrated temperature sensor
  • Package options
    • Bare die
    • OBGA package size of 10.3mm x 8.9mm
    • 10 x 9-ball matrix with 0.8mm pitch

Functional Block Diagram

Block Diagram - STMicroelectronics 5MP CMOS Image Sensors

VB1943/VD1943 Typical Application

Application Circuit Diagram - STMicroelectronics 5MP CMOS Image Sensors

VB5943/VD5943 Typical Application

Application Circuit Diagram - STMicroelectronics 5MP CMOS Image Sensors
Publicado: 2026-07-31 | Actualizado: 2026-08-04