Doing camera tests in Automotive can be very difficult due to the complexity of grabbing images. The MIG series grabbers are quick to learn and easy to use. They are highly scalable and provide a stable test environment to test Automotive cameras according to their unique challenges.
- Supports all major Automotive RAW and video formats: from 8-bit to 16-bit RAW and YUV, covering the full range of sensor output formats used in automotive camera modules,
- Compatible with deserializers from all leading SerDes vendors: including GMSL (Maxim/ADI) and FPD-Link (TI), with custom deserializer support available on demand,
- Flexible output interface scaled to your bandwidth requirements: from USB 3.0 (5 Gbps) or HDMI (1080p @ 60 fps) up to Thunderbolt 3 (40 Gbps), so you are never bottlenecked during high-resolution or multi-stream capture,
- Compact, bench-ready design built for IQ evaluation workflows: small form factor with support for single or parallel multi-camera setups, optimized for fast iteration in image quality testing environments.
Image Grabbers specifications:​
Image Grabber S2:
- Size: 146 x 100 x 50 mm
- Output: USB3.0 (max 5.1Gbps)
- Reference: MIG_S2_001
Image Grabber S2 Pro:
- Size: 146 x 100 x 50 mm
- Output: Video HDMI 1080p 60
- Reference: MIG_S2Pro_001
Image Grabber S6:
- Size: 146 x 100 x 50 mm
- Output: Thunderbolt 3 (max 40Gbps)
- Reference: MIG_S6_001
Applications
Integration of MIG-S2 into your Windows application is made easy by custom software libraries. These include a SIMD-optimized software library using SSE2, AVX and a GPU-accelerated software library for realization of real-time image processing functions, and various simple example applications for basic camera control. Our specialists are available to support your team during the initial commissioning phase.
Grabber Interface:
- For Windows10 or Higher
- I2C camera control and link configuration
- Sensor power sequencing
- C/C++, C#, Python API
Analyzing MTF:
- SFR – IS0 12233:2022+ compliance
- 5-Order polynomial fitting
- Noise reduction
Color processing:
- Various de-mosaicing algorithm
- Color correction
- Auto-White Balance
Image Processing & Analysis:
- Blob analyzer/Pattern recognition
- Various image processing
- Defect detection algorithm
- Intrinsic/Extrinsic Camera Calibration
DSLR & Mirrorless
3D Camera
Drone & Action camera




