MIPI CSI-2 Camera Modules for Embedded Vision
MIPI CSI-2 Cameras for Compact Embedded Vision Systems
Explore MIPI CSI-2 cameras for embedded vision systems that connect directly to compatible embedded processor platforms. These cameras are suited to compact designs where direct image transfer and close camera-to-processor integration are important. When selecting a MIPI CSI-2 camera, consider the required sensor and imaging performance, processor and platform compatibility, available interface configuration, software and driver support, and the mechanical requirements of your system. Confirm the complete camera and platform configuration before moving from evaluation to production.
MIPI CSI-2 Camera products
How to choose a MIPI CSI-2 camera module
Selecting the right MIPI camera module requires more than comparing resolution. The complete embedded vision system should be considered, including the image sensor, optics, processor platform, interface configuration and software support.
| Selection Factor | What to Consider |
|---|---|
|
Image Sensor |
Sensor size, pixel size, sensitivity and imaging characteristics |
|
Resolution |
Required image detail and available processing capacity |
|
Shutter Type |
Global shutter for motion-sensitive imaging; rolling shutter where high resolution or sensitivity is more important |
|
Frame Rate |
Required acquisition speed for the application |
|
Lens Mount |
M12 for compact designs or C/CS-mount where a wider industrial lens range is required |
|
MIPI Configuration |
Connector type and number of CSI-2 lanes |
|
Processing platform |
NVIDIA Jetson, NXP, Raspberry Pi or another compatible embedded platform |
|
Software support |
Driver, operating system and camera framework compatibility |
MIPI CSI-2 cameras for embedded vision
MIPI CSI-2 provides a direct connection between a camera module and an embedded processor. Image data is transferred into the processor imaging pipeline without requiring an additional external camera interface.
This makes MIPI CSI-2 particularly suitable for embedded systems where the camera and processor can be positioned close together and where compact hardware, low latency and efficient image transfer are important.
Why use a MIPI CSI-2 camera?
Direct camera-to-processor integration
MIPI CSI-2 provides a direct image-data path between the camera module and compatible embedded processing hardware.
Compact system design
Board-level camera modules can be integrated into space-constrained OEM and embedded devices.
Low-latency image transfer
Direct data transmission makes MIPI CSI-2 suitable for real-time embedded vision and local image processing.
Flexible sensor options
The portfolio includes global and rolling shutter sensors for different motion, resolution and sensitivity requirements.
Embedded platform integration
MIPI CSI-2 cameras can be integrated with supported NVIDIA, NXP and Raspberry Pi environments, depending on the selected camera, carrier board and software configuration.
36S Series MIPI CSI-2 camera modules
The 36S Series is designed for current embedded vision projects that require compact board-level camera hardware.
These camera modules use a 22-pin MIPI CSI-2 interface and support up to four MIPI CSI-2 lanes. The series is designed for integration with modern embedded processing platforms and provides a broad choice of sensors for moving from initial evaluation toward an OEM production design.
MIPI CSI-2 sensors and resolutions
The Imaging Source MIPI CSI-2 portfolio includes Sony and onsemi CMOS sensors with both global and rolling shutter options. Available resolutions range from approximately 0.4 MP to 20 MP.
Global shutter
A global shutter captures the complete image at the same point in time, making it suitable for moving objects, robotics, inspection and other motion-sensitive applications.
Rolling shutter
Rolling shutter sensors can be suitable for applications where high resolution, sensitivity or system cost is more important than eliminating motion distortion.
Sensor selection should also take pixel size, sensor format, lens compatibility, required field of view and lighting conditions into account.
Frame rate and image acquisition
Available MIPI CSI-2 camera configurations support frame rates from approximately 30 fps to 120 fps, depending on the selected sensor, resolution and system configuration.
Higher frame rates can be useful for moving objects and real-time imaging, while higher resolutions provide more image detail but also increase bandwidth and processing requirements.
The appropriate camera therefore depends on the required balance between resolution, acquisition speed and processing capacity.
MIPI CSI-2 connector and lane configuration
Connector and lane configuration should be checked early in the system design.
The 36S Series uses a 22-pin connector and supports up to four CSI-2 lanes. The available lane configuration affects bandwidth and must match the selected processing platform or carrier-board design.
Before selecting a camera, verify:
- connector compatibility;
- available CSI-2 lanes;
- required image bandwidth;
- processor CSI inputs;
- carrier-board support;
- software and driver compatibility.
Lens options for MIPI CSI-2 camera modules
MIPI CSI-2 camera modules are available with different optical configurations.
M12 lens configurations are suitable for compact embedded designs where space is limited.
C/CS-mount configurations provide access to a wider range of industrial lenses and are useful when optical flexibility, working distance or field of view requirements are more demanding.
- Lens selection should be matched to the sensor format, resolution, required field of view and working distance.
Choose a MIPI CSI-2 camera by embedded platform
The camera cannot be selected independently from the processing platform. Compatibility depends on the camera model, connector, CSI-2 lane configuration, carrier board and software environment.
NVIDIA Jetson Orin
Explore NVIDIA Jetson camera integration
NVIDIA Jetson platforms are suitable for embedded AI and computer vision applications where camera acquisition and local processing are combined.
NXP i.MX
Explore NXP camera integration
NXP i.MX platforms provide embedded processing options for industrial and OEM vision systems.
Raspberry Pi 5
View Raspberry Pi 5 compatible cameras
The 36S Series can be integrated with Raspberry Pi 5 through its 22-pin MIPI CSI-2 connectors, subject to camera and software compatibility.
How a MIPI CSI-2 camera fits into an embedded vision system
A typical direct MIPI architecture can be represented as:
Camera module → MIPI CSI-2 interface → carrier board / processor → vision software
This direct architecture is useful when the camera can be positioned close to the processing hardware.
If the camera must be installed farther away, a serialized interface such as GMSL2 or FPD-Link III may be more appropriate.
MIPI CSI-2 vs GMSL2 vs FPD-Link III
The correct camera interface depends primarily on the physical layout and integration requirements of the embedded vision system
| Interface | Typical System Requirement |
|---|---|
|
MIPI CSI-2 |
Compact, direct camera-to-processor integration |
|
GMSL2 |
Remote camera placement, longer cable runs and rugged serialized connectivity |
|
FPD-Link III |
Long-distance SerDes camera integration with compatible hardware |
MIPI CSI-2 is generally the more direct option when the camera and processor are located close together. GMSL2 and FPD-Link III add serializer/deserializer hardware to support remote camera placement over longer cable distances.
Software support for MIPI CSI-2 cameras
Camera integration also depends on the operating system, driver and software environment.
The Imaging Source supports embedded development with drivers, SDKs, programming samples and Linux ARM integration. Depending on the selected camera and platform, software support can include IC Imaging Control 4 and platform-specific camera frameworks such as libcamera.
- Software compatibility should therefore be checked together with the camera and processor platform during the evaluation stage.
Triggering and I/O
Selected MIPI CSI-2 camera modules provide triggering and I/O functionality for applications that require synchronized image acquisition.
Triggering can be used to coordinate the camera with external lighting, movement or other system events. Availability varies by model, so the individual product specifications should be checked during camera selection.
MIPI CSI-2 applications
MIPI CSI-2 cameras are suitable for embedded systems that need compact imaging hardware and reliable real-time acquisition.
Industrial automation and machine vision
Compact image acquisition for inspection, positioning and automated production systems.
Robotics and autonomous systems
Embedded camera integration for robots, mobile platforms and autonomous devices.
Medical and life science devices
Camera modules for compact imaging devices, analysis systems and laboratory equipment.
Agricultural monitoring and automation
Embedded vision for crop monitoring, outdoor machines and automated agricultural systems.
Smart city and IoT systems
Camera integration for connected devices, edge systems and compact monitoring applications.
Embedded AI and computer vision
Low-latency image input for local processing, detection and AI vision workflows.
Multi-camera inspection systems
Camera options for systems that need several compact viewpoints or inspection angles.
Compact OEM devices
Board-level camera integration for product-specific embedded vision designs.
MIPI CSI-2 cameras from evaluation to production
A production-ready embedded camera design requires more than selecting a sensor.
Before finalizing a MIPI CSI-2 camera, verify:
- Application requirements — image detail, motion and lighting.
- Sensor and optics — resolution, shutter type, sensor format and lens.
- Interface configuration — connector and CSI-2 lane requirements.
- Processing platform — compatible processor and carrier board.
- Software — drivers, operating system and camera framework.
- Mechanical integration — dimensions, mounting and cable routing.
- Production requirements — documentation, availability and long-term system support.
This creates a clearer path from camera evaluation to a complete embedded vision system.
Need help choosing a MIPI CSI-2 camera?
Selecting the right MIPI CSI-2 camera depends on the sensor, resolution, connector type, lane configuration, lens, platform and software environment. The Imaging Source can help you compare the available MIPI CSI-2 camera options and select the right setup for your embedded vision application.
Contact The Imaging Source for technical advice or support with your MIPI CSI-2 camera selection.