NXP i.MX Reference Design
NXP i.MX reference designs are built for embedded vision systems that need reliable camera integration, industrial-grade computing and efficient development with NXP i.MX. The Imaging Source NXP i.MX platform combines embedded cameras, carrier board support and software tools for single-camera and dual-camera vision systems using NXP i.MX. This platform is suitable for embedded vision, industrial automation, robotics, quality inspection, IoT vision and OEM machine vision systems based on NXP i.MX.
NXP i.MX platform for embedded vision
The NXP i.MX platform is designed for embedded vision applications that need camera input, local image processing and a compact development setup.
It gives engineering teams a validated starting point for evaluating cameras, testing software and building application-specific vision systems with NXP i.MX.
Why choose NXP i.MX for embedded vision?
The NXP i.MX platform is useful when a system needs reliable camera integration, lean hardware design and scalable embedded development.
Single-camera and dual-camera systems
Support for embedded vision systems with one or two camera inputs.
Up to 2 cameras per system
Carrier board support enables compact single-camera or dual-camera configurations.
MIPI CSI-2 camera support
MIPI CSI-2 cameras support direct camera integration for compact embedded vision designs.
GMSL2 and FPD-Link III support
Remote camera setups can be supported with a compatible deserializer adapter board.
0.4 MP to 20 MP camera resolutions
Camera options support compact sensing, detailed imaging and application-specific requirements.
Sony and onsemi CMOS sensors
The platform supports embedded cameras based on established Sony and onsemi sensor technologies.
Toradex Verdin NXP i.MX 8M Plus SoM
SoM support provides a scalable processing platform for embedded vision development.
BSP and camera driver support
Board support package and camera drivers help reduce setup effort during integration.
libcamera support
libcamera support helps with development, image acquisition and performance testing.
GStreamer, OpenCV and MVTec HALCON
Framework compatibility supports image processing and machine vision development workflows.
NXP i.MX reference design for camera integration
The NXP i.MX reference design helps simplify embedded camera integration by combining the main hardware and software elements in one platform.
Instead of selecting each component separately, engineers can start with a validated reference design and adapt it for application-specific requirements with NXP i.MX.
NXP i.MX 8M Plus system-on-module
The NXP i.MX 8M Plus reference design uses the Toradex Verdin NXP i.MX 8M Plus system-on-module.
This SoM-based design supports scalability and gives engineering teams a modular foundation for prototyping, testing and production planning with NXP i.MX.
NXP i.MX camera interface options
The NXP i.MX platform supports embedded camera interfaces for compact camera integration and remote camera placement, depending on the system layout and cable requirements.
MIPI CSI-2 cameras are suitable for compact NXP i.MX systems where direct camera integration through the carrier board is required.
FPD-Link III cameras are suitable for NXP i.MX systems that need reliable remote camera placement with a compatible deserializer adapter board.
GMSL2 cameras are suitable for NXP i.MX systems that require longer cable distances, robust transmission and distributed camera placement.
NXP i.MX Camera Support for Embedded Vision
The NXP i.MX reference design supports single-camera and dual-camera embedded vision systems. Depending on the selected camera setup, the carrier board can support up to two MIPI CSI-2, FPD-Link III or GMSL2 cameras.
The NXP i.MX platform supports The Imaging Source camera options with resolutions from 0.4 MP to 20 MP. The camera portfolio includes Sony and onsemi CMOS sensors, giving engineers flexibility when selecting image quality, speed and sensor type for their embedded vision system.
NXP i.MX reference design components
The NXP i.MX reference design can include the core components needed for camera evaluation and embedded vision development.
A complete evaluation setup may include the Toradex Verdin i.MX 8M Plus SoM, carrier board, MIPI CSI-2 camera, M12 lens, lens holder, FPC cable, operating system, board support package and software for NXP i.MX.[
NXP i.MX Software Compatibility for Embedded Vision
The NXP i.MX reference design supports common software frameworks used in embedded vision and machine vision development. Framework compatibility includes GStreamer, OpenCV, libcamera and MVTec HALCON for image acquisition, processing and application development with NXP i.MX.
The NXP i.MX platform is suitable for embedded vision projects that need efficient performance with a lean hardware design. This makes it useful for OEMs and system integrators that need reliable camera integration without adding unnecessary platform complexity.
NXP i.MX dual-camera support
The NXP i.MX platform includes software support for camera integration, system setup and embedded vision development. Support can include an operating system with board support package, camera drivers and libcamera for rapid development and performance testing with NXP i.MX.
Need technical information for your NXP i.MX camera setup? Request the available documentation or contact The Imaging Source for support with camera drivers, software environment and platform compatibility.
NXP i.MX from Prototype to Production
The NXP i.MX platform is suitable for embedded vision projects that need efficient performance, reliable camera integration and a lean hardware design. This makes it useful for OEMs and system integrators that want to reduce unnecessary platform complexity while developing with NXP i.MX.
The NXP i.MX reference design supports a clear path from early evaluation to production-ready embedded vision systems. Validated camera hardware, carrier board design, software support and technical expertise help reduce development time and integration risk.
NXP i.MX applications
The NXP i.MX platform is suitable for embedded and industrial vision systems that need camera integration and local processing.
Typical applications include:
- Industrial automation
- Quality inspection
- Robotics
- IoT vision
- Smart devices
- Compact OEM systems
- Dual-camera embedded vision with NXP i.MX