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The world’s smallest digital camera module
News facts:
The new NanEyeC image sensor is supplied as a lensed, chip-scale module which has a footprint of 1mm2 and weighs about 1g. Combining a wide-angle view with a good depth of focus, the NanEyeC offers the speed and picture quality needed for an emerging set of video applications where the camera must be virtually invisible to the end user, or be accommodated in a very small space. They include:
Dina Aguiar, Marketing Manager for the Micro Camera Module product line at ams, said:
“Due to the NanEye’s tiny dimensions and high image quality, the product family already has a loyal following among medical endoscopes manufacturers. Now the NanEyeC consumer version offers the same quality and performance in a compact SGA package suitable for mounting on the space-constrained PCB in wearable or mobile devices.”
The NanEyeC camera is a full-featured image sensor supplied as a 1mm x 1mm lensed surface-mount module. It provides digital image data at a maximum resolution of 320px x 320px, and when in Single Ended Interface Mode (SEIM) can achieve a maximum speed of 58 frames/s.
The sensor’s digital LVDS or SEIM interfaces make it simple to connect it to any host microcontroller or applications processor. The sensor also has an idle mode for reduced power consumption.
The NanEyeC image sensor is available for sampling, in addition an evaluation kit can be ordered.
For more technical information or to request samples, go to https://ams.com/NanEyeC.
Join ams social media channels: >Twitter >LinkedIn >Facebook >YouTube
The world’s smallest digital camera module
News facts:
- Tiny, light and compact digital image sensor makes the camera invisible in wearable devices like VR headsets
- At 1mm2, the new surface-mount NanEyeC image sensor’s wafer-level integrated optics make it possible to integrate into any size-constrained application to add visualization
- 100kpixel resolution and deep focal range provide the image quality and low power
consumption needed for eye tracking in VR headsets and other consumer devices - Convenient digital output is easy to integrate in microcontroller- or applications
processor-based systems
The new NanEyeC image sensor is supplied as a lensed, chip-scale module which has a footprint of 1mm2 and weighs about 1g. Combining a wide-angle view with a good depth of focus, the NanEyeC offers the speed and picture quality needed for an emerging set of video applications where the camera must be virtually invisible to the end user, or be accommodated in a very small space. They include:
- Eye tracking in VR or augmented reality (AR) headsets or frames
- People detection and counting in building automation systems such as smart lighting and air conditioning
- Object detection and avoidance in robotic equipment such as autonomous vacuum cleaners or the smallest of drones
- Toys and model trains for an immersive experience
- Capsule endoscopy or dental imaging
Dina Aguiar, Marketing Manager for the Micro Camera Module product line at ams, said:
“Due to the NanEye’s tiny dimensions and high image quality, the product family already has a loyal following among medical endoscopes manufacturers. Now the NanEyeC consumer version offers the same quality and performance in a compact SGA package suitable for mounting on the space-constrained PCB in wearable or mobile devices.”
The NanEyeC camera is a full-featured image sensor supplied as a 1mm x 1mm lensed surface-mount module. It provides digital image data at a maximum resolution of 320px x 320px, and when in Single Ended Interface Mode (SEIM) can achieve a maximum speed of 58 frames/s.
The sensor’s digital LVDS or SEIM interfaces make it simple to connect it to any host microcontroller or applications processor. The sensor also has an idle mode for reduced power consumption.
The NanEyeC image sensor is available for sampling, in addition an evaluation kit can be ordered.
For more technical information or to request samples, go to https://ams.com/NanEyeC.
Join ams social media channels: >Twitter >LinkedIn >Facebook >YouTube
