Discover the new intoPIX MIPI-to-1Gb Ethernet Bridge: Transport 4K RAW-Bayer Video over a Standard 1GbE Link
Compress RAW Bayer sensor data directly and transport UHD image streams over a standard 1 Gigabit Ethernet link with less than 1 ms latency and up to 16:1 bandwidth reduction.
Modern MIPI CSI-2 image sensors provide exceptional image quality and bandwidth, making them the preferred choice for automotive, machine vision, robotics, and industrial imaging systems.
The new intoPIX MIPI-to-Ethernet Adapter captures RAW Bayer data directly from the sensor, compresses it in real time using JPEG XS RAW technology, and transports UHD streams over a standard 1 Gigabit Ethernet network with less than 1 ms latency.
4K60 RAW over 1GbE
Transport high-resolution RAW-bayer streams over standard 1 Gigabit Ethernet infrastructure.
Lower Bandwidth
Reduce RAW bandwidth requirements by up to 16:1 using JPEG XS RAW compression.
Ultra-Low Latency
Less than 1 ms end-to-end latency.
Single-Cable Deployment
Power, data, control over Ethernet (PoE).
From Sensor to Compute in One Streamlined Pipeline
The Adapter converts RAW Bayer data directly from a MIPI CSI-2 image sensor and leverages intoPIX JPEG XS RAW compression reducing bandwidth requirements while preserving sensor fidelity.
The compressed stream is transported over standard IP and 1 Gigabit Ethernet interface 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 Adapter requiring 5G or 10G interfaces , the intoPIX MIPI-to-1GbEthernet Adapter combines:
✓ Low power adpater
✓ Transport over IP with a standard 1 Gigabit Ethernet interface (RJ45)
✓ Direct MIPI CSI-2 capture (1-4 lanes) : Sensor agnostic architecture
✓ intoPIX TicoRAW : zero latency RAW-bayer encoding
✓ PoE single-cable connectivity (control, power & raw video)
✓ Support for virtually any MIPI image sensor
✓ intoPIX Zero latency Software decoding on either CPU and GPU platforms
Built for Automotive, Robotics, Machine Vision & Industrial Imaging applications
Designed for sensor evaluation, prototyping and deployment across automotive, machine vision and industrial imaging workflows.
Automotive
- Camera bring-up
- ADAS prototyping
- Zonal architectures
- Sensor evaluation
Machine Vision
- Multi-camera systems
- Inspection systems
- Robotics
Industrial Imaging
- Embedded vision
- Edge AI platforms
- High-speed image acquisition
See the MIPI-to-Ethernet Adapter in Action
Discover how this unique adapter enables efficient RAW sensor transport over 1Gb Ethernet for automotive, machine vision, robotics, medical and industrial imaging workflows.
