Evaluate, Compress and Stream Any MIPI RAW Sensor over Standard Ethernet
The new FPGA-based evaluation board captures RAW Bayer data directly from MIPI CSI-2 sensors, compresses it using JPEG XS RAW technology, and streams it over Gigabit Ethernet with less than 1 ms latency.
Modern MIPI CSI-2 image sensors provide exceptional image quality and bandwidth, making them the preferred choice for automotive, machine vision and industrial imaging systems.
However, traditional MIPI connections are typically limited to short distances and often require dedicated hardware integration, making sensor evaluation and distributed processing more complex.
The new intoPIX MIPI-to-Ethernet FPGA Bridge addresses these challenges by capturing RAW Bayer data directly from the sensor, compressing it in real time using JPEG XS RAW technology, and transporting it over standard Gigabit Ethernet networks.
This enables engineers to evaluate, prototype and deploy MIPI sensors with greater flexibility while preserving image quality and ultra-low latency.
<1 ms
超低遅延
Up to 16:1
compression
Single Cable
PoE
Sensor Agnostic
Any MIPI Sensor
Long-Reach Connectivity
Move RAW sensor data beyond traditional MIPI distance limitations.
Lower Bandwidth
Reduce RAW bandwidth and storage requirements by up to 16:1.
Ultra-Low Latency
Less than 1 ms end-to-end.
Single-Cable Deployment
Power and data over Ethernet (PoE).
From Sensor to Compute in One Streamlined Pipeline
The FPGA receives RAW Bayer data directly from a MIPI CSI-2 image sensor.
JPEG XS RAW compression is then applied inside the FPGA, reducing bandwidth requirements while preserving sensor fidelity.
The compressed stream is transported over standard Gigabit Ethernet and can be decoded on a workstation, embedded platform, ECU or edge AI system using intoPIX software components.
What Makes This Solution Unique?
Unlike traditional sensor evaluation setups, the MIPI-to-Ethernet FPGA Bridge combines:
✓ Direct MIPI CSI-2 capture
✓ JPEG XS RAW compression inside the FPGA
✓ Standard Gigabit Ethernet transport
✓ PoE single-cable connectivity
✓ Support for virtually any MIPI image sensor
✓ Software decoding on CPU and GPU platforms
Built for Automotive, Machine Vision & Industrial Imaging
Designed for sensor evaluation, prototyping and deployment across automotive, machine vision and industrial imaging workflows.
自動車
- Camera bring-up
- ADAS prototyping
- Zonal architectures
- Sensor evaluation
Machine Vision
- Multi-camera systems
- Inspection systems
- Sensor benchmarking
Industrial Imaging
- Embedded vision
- Edge AI platforms
- High-speed image acquisition
Technical Highlights
- Lattice FPGA platform
- MIPI CSI-2 interface (1–4 lanes)
- Integrated JPEG XS RAW compression
- Gigabit Ethernet transport
- PoE support
- Standard RJ45 connectivity
- CPU & GPU software decoding support
- Sensor-agnostic architecture
See the MIPI-to-Ethernet FPGA Bridge in Action
Discover how this FPGA-based evaluation platform enables efficient RAW sensor transport over Ethernet for automotive, machine vision and industrial imaging workflows.
