GMSL camera modules
For projects with cameras mounted away from the host. Review the link devices, cabling, power arrangement and camera connections.
- Serializer and deserializer
- Cables and connectors
- Host integration and synchronization
Camera modules, built around your system
Optics, custom hardware, platform integration and manufacturing checks for automotive, robotics and industrial equipment.
Optical structure illustration
RAWPIC
Founded in April 2011, RAWPIC focuses on camera modules and custom development for automotive, robotics and industrial vision, with hardware customization, ISP tuning and camera intrinsic calibration.
Hardware customizationISP tuningCamera intrinsic calibration
6,000 m²Production space
300+Team members
6Module production lines
Cameras & modules
Start with the interface to find the imaging approach for your equipment.
MIPI camera modules
For embedded board integration. Review pin assignments, the CSI interface, available space and sensor driver requirements.
- Pinout and lane configuration
- FPC and mechanical dimensions
- Sensor driver
Stereo camera modules
Define the baseline, field of view and synchronization for two-camera capture, along with responsibilities for calibration and processing.
- Baseline and shared field of view
- Exposure and synchronization
- Calibration data
Low-light camera modules
Use the lighting and motion in your application to define the lens, exposure, gain and image evaluation conditions.
- Actual lighting conditions
- Motion and exposure limits
- Original image samples
Camera module production and inspection
Explore precision operations and imaging inspection for camera modules, alongside robotics vision applications.
From imaging requirements to prototype validation
Hardware customization, ISP tuning and camera intrinsic calibration, developed around your module, image quality and imaging geometry requirements.
Hardware customization
Define the hardware scope around the lens, board layout, connectors and available installation space.
ISP tuning
Set image quality goals and tuning requirements for the target platform and operating conditions.
Camera intrinsic calibration
Calibrate focal length, principal point and lens distortion for the selected lens and imaging configuration.
Record project conditions
Imaging task, platform, installation space and schedule.
Define the development scope
Candidate approach, responsibilities and acceptance criteria.
Bring up the prototype
Record configurations, image samples and issues.
Agree versions and deliverables
Review changes, documentation and production requirements.
Vision in working equipment
From vehicle perception to robot navigation and industrial inspection, imaging conditions guide module selection.
Automotive projects
Start with the mounting position and imaging task, then define the field of view, cable route, vehicle power interface and environmental validation.
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Robotics vision
Plan image input, synchronization and data handling around the compute platform, robot motion and camera layout.
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Industrial equipment
Turn the target, working distance and operating cycle into repeatable imaging tests.
Learn moreConnect the camera to your system
Define the host and data link before specifying the module. Two connection paths address different installation and integration needs.
Read the interface selection guideGMSL
Module → Serializer → Cable → Deserializer → Host
MIPI
Module → FPC / Connector → Host CSI interface
GMSL and MIPI: map the connection from camera to host
Record link devices, connectors, power and platform details before choosing an interface.
Read the guideCamera bring-up: what to include in the first technical discussion
Prepare hardware revisions, software images and reproducible logs for debugging.
Read the guide
Stereo and low-light cameras: define a useful prototype test
Record distance, lighting, motion and exposure before evaluating application suitability.
Read the guideSelected partners
In no particular order
Start with your platform and imaging task
Share the model, interface or platform details you already have. If the project is still at concept stage, describe the equipment, the subject and the problem you need to solve.