Custom GMSL Camera Module for Edge AI Vision, Multi-Camera Synchronization and Autonomous Machine Systems
Product Description:
This Custom GMSL Camera Module for Edge AI Vision, Multi-Camera Synchronization and Autonomous Machine Systems
Modern autonomous machines need more than a camera sensor. They need a stable imaging link that can deliver synchronized video from multiple camera positions to an AI computing platform, ECU, deserializer board or embedded vision controller.
SincereFirst develops custom GMSL camera modules for projects that require long-distance image transmission, compact camera placement, automotive-style cable reliability and sensor-level customization. The module can be designed around GMSL1, GMSL2 or GMSL3 interface directions, with serializer integration, coaxial cable routing, FAKRA / HMTD connector options, customized lens FOV, optical filter design and protected Shell structure.
This product direction is suitable for customers building edge AI vision systems, autonomous robots, ADAS platforms, surround-view devices, outdoor perception units, drone payload cameras and industrial multi-camera inspection systems.
Features:
1. GMSL1 / GMSL2 / GMSL3 Interface: Supports GMSL interface customization for long-distance and stable image transmission.
2. Serializer Integration: Serializer options such as MAX9295A, MAX96717 and MAX96705 can be matched according to sensor and system requirements.
3. Sensor Matching: Supports sensor selection for Global Shutter, HDR, STARVIS, low-light, NIR and high-resolution imaging.
4. FAKRA / HMTD Connector Options: FAKRA, Rosenberger HMTD and coaxial cable structures can be customized for automotive and industrial devices.
5. Custom Lens and FOV: Lens FOV can be matched for front view, side view, surround view, robot vision, monitoring and inspection applications.
6. IP67 / IP68 Shell Design: Protected Shell structure can be developed for outdoor, vehicle-mounted and industrial environments.
Technical Parameters:
| Product Name |
Custom GMSL Camera Module |
| GMSL Type |
GMSL1 / GMSL2 / GMSL3 Customization |
| Serializer Options |
Maxim / ADI, MAX9295A / MAX96717 / MAX96705 Customization |
| Sensor Options |
AR0234 / OV9281 / IMX390 / AR0820AT / IMX415 / OX03C10 Customization |
| Connector Options |
FAKRA / Rosenberger HMTD / Custom Coaxial Cable |
| Shell Options |
IP67 / IP68 Shell Customization |
| Filter Options |
IR-CUT / 850nm / 940nm Narrow Band Filter |
| Feature |
HDR / 4-in-1 Pixel / Driver-Free UVC / 4K@30FPS |
| Customization Support |
Sensor / Serializer / Lens / FOV / Connector / Cable / Shell |
| Brand |
Sincerefirst |
Applications:
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1. Automotive Front-View Imaging: Facilitates forward perception for Advanced Driver Assistance Systems (ADAS). Mounted on the windshield to capture forward road conditions, it identifies vehicles, pedestrians, and traffic signs in real time, providing visual decision-making for automatic emergency braking and lane keeping.
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2. Side-View and Rear-View Monitoring: Enables blind spot elimination and parking assistance. Utilizes side and rear cameras to replace or supplement traditional mirrors, intuitively presenting the side and rear fields of view to effectively prevent lane-change collisions and reversing accidents.
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3. 360° Surround View: Supports all-around situational awareness in complex driving scenarios. Seamlessly stitches feeds from multiple ultra-wide-angle cameras to generate a bird's-eye view around the vehicle, completely eliminating blind spots and enhancing safety during narrow-space navigation and parking.
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4. Driver and Passenger Monitoring: Optimizes cabin safety and personalized interaction. Uses infrared or HD cameras to track eye movements and facial expressions in real time, accurately alerting fatigue and distraction, while supporting passenger identification and smart cabin integration.
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5. Robot Navigation: Accelerates spatial localization and path planning for autonomous mobile devices. Acts as the robot's "visual eyes" to capture environmental features in real time, combining SLAM algorithms to map the surroundings and ensuring autonomous obstacle avoidance and precise movement in dynamic scenarios.
Customized Process:
1. You can provide drawings or samples, as well as request documentation and developed by our engineering staff.
2. Communication or Meeting
3. We will communicate with you in detail to determine somewhat product you need and try to set the most suitable product for you
according to your needs.
4. Sample Development
5. Determine the details of the development sample and the delivery time. Communicate at any time to ensure smooth progress.
6. Sample Testing
7. Test and age on your application, feedback test results, no need to modify, mass production.
About US:
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FAQ:
Q1: What is a GMSL camera module used for?
A: A GMSL camera module is used for long-distance image transmission in automotive, robotics, industrial and outdoor vision systems.
Q2: Can you customize GMSL1, GMSL2 and GMSL3 cameras?
A: Yes. GMSL1, GMSL2 and GMSL3 camera module solutions can be developed based on the customer’s system requirements.
Q3: Which connectors can be used?
A: FAKRA, Rosenberger HMTD and coaxial cable connectors can be customized for different device structures.
Q4: Can the camera support IP67 or IP68?
A: Yes. IP67 or IP68 Shell design can be developed for outdoor, automotive and industrial environments.
Q5: Can I choose the image sensor?
A: Yes. Sensor options can be matched for Global Shutter, HDR, low-light, STARVIS, NIR or high-resolution imaging needs.
Q6: Is this suitable for ADAS or surround view?
A: Yes. GMSL camera modules are suitable for ADAS, surround view, front-view, side-view and rear-view automotive vision systems.
Q7: Can this be used for robots or industrial equipment?
A: Yes. It can be used for AMR / AGV robot vision, obstacle detection, industrial inspection and machine vision systems.
Q8: What information should I provide for customization?
A: Please share your application, sensor requirement, resolution, GMSL version, serializer or deserializer platform, connector type, cable length, FOV, Shell requirement and host system.
