Ultra-miniature digital camera module with a wide field of view.
The NanEye miniature CMOS image sensor is configured with the smallest digital camera module, offering a module package size of just 1mm x 1mm. Various optical options are available. As small as a needle tip, the NanEye can be installed in extremely tight spaces, is lightweight, and features a low Z-height advantage. The complete NanEye camera module not only occupies minimal PCB space but also provides excellent integration flexibility for system designers, making it an ideal component for compact applications.
The NanEye miniature CMOS image sensor is configured with a corresponding camera module, offering a module package size of just 1mm x 1mm.
NanEyeC is a model in the NanEye series designed for consumer video applications.
For more product information, visit the ams AG official website: https://ams.com/en/ams-start
Product Images:
Figure 1: NanEye module diagram (Source: Miniature Camera Modules | ams)
Figure 2: NanEye size comparison (Source: Miniature Camera Modules | ams)
Product Block Diagram:
Figure 3: NanEyeC functional block diagram (Source: NanEyeC smallest integrated camera module | ams)
Product Features:
- Ideal for extreme size applications: 1mm x 1mm
- Clear and accurate image output
- High-end optics with low distortion
- Digital interface
Development Advantages:
- Multi-element lens for optimal image quality
- Frame rate up to 58 fps
- Switchable serial interface to single-ended mode for easier ISP connection
- 1mm x 1mm footprint with 4 contact points
- Complete camera module optimized for cost
Product Specifications:
|
Resolution [kP] |
102.4 |
|
Pixel Size [μm] |
2.4μm |
|
Size [mm2] |
1 |
|
Shutter Type |
Rolling |
|
Frame Rate [fps] |
58 |
|
Output Interface |
SEIM (1x) 75Mbps |
|
Option |
Monochrome, RGB |
|
Package |
2x2 SGA |
|
Special Features |
Module with integrated optics |
Product Applications:
Suitable for virtual reality (VR) headsets, smart glasses, drones, robots, smart locks, and active stereo vision or 3D structured light systems in mobile and wearable devices.