Mira016 Image Sensor

ams OSRAM Mira016 1/10” 0.16 MP NIR is an enhanced global shutter image sensor

Image of ams OSRAM Mira016 Image Sensorams OSRAM Mira016 is a compact 0.16 MP near IR (NIR) enhanced global shutter image sensor with a small 2.79 µm pixel size with high sensitivity made possible by state-of-the-art BSI technology. The sensor has a MIPI CSI-2 interface, allowing easy interfacing with many processors and FPGAs. With its small 1.8 mm x 1.8 mm size, configurability, and high sensitivity in visual and NIR wavelengths, the MIRA016 is suited for many 2D and 3D applications, including tracking in AR/VR. Low active power and high sensitivity in NIR enable increased measurement range and overall system power consumption optimization, which is key for battery-powered consumer and industrial applications.

ams OSRAM Mira016 high NIR sensitivity means lower illumination is needed in NIR applications 940 nm and 850 nm. Ultra-low power consumption with dynamic power management is used to optimize power consumption based on the target application of the user. The stacked image sensor, where the pixel and logic layers are stacked, means the ratio of active pixel area to passive area is high.

Features
  • Programmable registers
  • High sensitivity and NIR-enhanced pixel
  • Context switching
  • On-chip processing
  • On-chip advanced power management
  • On-chip temperature sensor
  • Illumination synchronization trigger
Applications
  • Head, eye, and gesture tracking for AR/VR
  • Automatic identification and data capture (AIDC), QR readers
  • Drones
  • Smart wearable devices
  • Mobile facial authentication
  • Active stereo vision
  • Structured light vision
  • Smart home appliances

Mira016 Image Sensor

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
ams Mira016 CMOS Image SensorMIRA016-3QM2WB WLP LF T&RDPams Mira016 CMOS Image Sensor2000 - Immediate$61.33View Details
ams Mira016 CMOS Image SensorMIRA016-3QM1WB WLP LF T&RDPams Mira016 CMOS Image Sensor1990 - Immediate$61.33View Details
Published: 2025-01-28