Comprehensive Platform Support
Our driver development covers a wide range of platforms:
- NVIDIA Jetson Series (Nano, TX2, Xavier, Orin)
- NXP i.MX6, i.MX8 platforms
- Custom ARM/Linux boards and FPGA-based systems
Our experience ensures optimal performance and reliable operation across complex embedded environments.
Sony Camera Driver Expertise
One of our core strengths lies in Sony camera driver development. We have successfully implemented MIPI CSI drivers for multiple Sony sensors and modules, including:
- Sony FCB-EV9500L and FCB-EV9500M – renowned for their high-zoom and compact form factor
We support advanced features like:
- Long-range zoom and low-light tuning
- HDR imaging
- I2C/serial control integration
- Custom exposure and trigger modes
Tamron & Specialized Camera Integration
We also work with camera modules from Tamron, integrating their advanced zoom and autofocus camera units into embedded systems using MIPI interfaces. Whether it’s LVDS or serial-controlled units, we ensure reliable image capture and control across various interfaces.
HDMI/LVDS to MIPI CSI Conversion
Many high-end camera modules output video over HDMI or LVDS, which are not directly compatible with MIPI CSI inputs on embedded platforms. Our team offers a complete solution for interface conversion, enabling these camera modules to work with modern processors.
We use bridge solutions including:
- Toshiba TC358743/TC358840 HDMI to MIPI converters
- Lontium LT6911UXC and related HDMI-to-MIPI bridge chipsets
- Lontium LT9211C and related LVDS-to-MIPI bridge chipsets
We develop the bridge configuration drivers, manage I2C/SPI interfaces, and ensure stable and synchronized video streaming to your processor's CSI input.
This expertise allows us to integrate:
- Sony EV series cameras with HDMI output to MIPI input
- LVDS-output industrial cameras into MIPI pipelines
- Custom board bring-up with MIPI bridge chips and synchronization control
Tailored Driver Customization
We offer fully custom driver development aligned with your hardware design and application logic:
- Sensor mode setup and I2C control
- Device tree and DTS overlay configuration
- MIPI signal lane mapping and timing optimization
- Support for V4L2/GStreamer/OpenCV pipelines
This ensures your camera module integrates efficiently with your overall system.
Optimized for Performance
Our MIPI CSI drivers are tuned to maximize performance for critical workloads:
- High-frame-rate 4K streaming
- Zero-copy DMA for GPU/ISP pipelines
- Low-latency real-time vision processing
Ideal for applications like:
- Autonomous vehicles
- Surveillance and medical imaging
- AI-based visual inspection
End-to-End Development Lifecycle
From prototype to production, we support the entire development journey:
- Sensor bring-up and MIPI signal tuning
- Driver development and kernel integration
- Image quality calibration and ISP tuning
- Functional and stress testing
- Ongoing maintenance and version updates
Advanced Imaging Features
We bring deep expertise in supporting and enabling features such as:
- Multi-camera synchronization
- Hardware triggers and GPIO-based frame control
- HDR and WDR imaging
- Auto-focus, auto-exposure, and white balance tuning
- On-the-fly resolution/frame rate switching
Industry Applications
Our MIPI CSI solutions are deployed across sectors:
- Automotive ADAS & surveillance
- Industrial vision & factory automation
- Drones, robotics & UAVs
- Medical imaging devices
- Smart retail & behavioral analytics
Let’s Build the Future of Embedded Vision
Whether you need to bring a Sony EV9500 series camera into your embedded pipeline or convert an HDMI/LVDS camera to MIPI CSI using Toshiba or Lontium bridges, we’ve done it — and we can do it for you.
Contact us today to get started with a custom MIPI CSI driver that meets your performance, interface, and integration goals.