VISION 2024

At VISION 2024, MRTech has traditionally offered a full range of its products and services for Machine Vision and looked into the technologies of tomorrow.

We presented there MRTech IFF SDK for high-performance image processing, ready-made solutions based on IFF SDK, such as low latency streaming, image delivery for AI, multi-sensor and multi-camera systems, and offered to our visitors MRTech services for Machine Vision.

To find out more details about MRTech solutions please visit our VISION exhibition website page, or refer to IFF SDK product brief and information provided on this and other website pages.

The next VISION will be held from 6 to 8 October 2026.

Highlights

• Very low glass-to-glass latency (less than 50 ms) for real-time interactive applications: tele-operation, augmented reality, etc.
• Good color reproduction and image quality for any camera
• RTSP and WebRTC for video streaming
• OpenCV for video rendering
• HTTP for pipeline control

Hardware

• NVIDIA Jetson AGX Orin 32 GB developer kit, Jetson Linux
• Cameras:
  1. PCIe: XIMEA MX031CG-SY-X2G2-FF
  2. USB3: Basler daA3840-45uc
  3. 2.5GigE Vision: LUCID TRT024G-CC
  4. MIPI: Leopard Imaging LI-IMX477-MIPI
• Laptop, Intel Core i9, NVIDIA GeForce RTX 3070 Ti, 240Hz display,
  Windows 11
• 2.5Gbps Ethernet PoE switch

Glass-to-glass latency

• PCIe – 30-40 ms
• USB3 – 30-50 ms
• 2.5GigE – 50 ms
• MIPI – 30-40 ms

Highlights

• Image delivery to AI (depth estimation)
• Hardware-accelerated neural network
• Vulkan image processing
• GStreamer integration

Hardware

• Qualcomm RB3 Gen 2 Development Kit, Qualcomm Yocto Linux
• USB3 camera: XIMEA MC031CG-SY-UB
• HDMI display

Performance

• 12-bit acquisition and processing
• 1 MP resolution
• 60 FPS
• less than 15 W power consumption

Highlights

• System component designed for a customer
• Project for medical industry
• Custom camera module board
• Raw data capture and offload

Hardware

• Array of 32 MIPI sensors
• NVIDIA Jetson AGX Xavier 64GB module
• ConnectTech Rogue carrier board

Performance

• Synchronized 10-bit acquisition of 4 selected sensors
• 24 MP resolution per sensor
• 30 FPS

Highlights

• System prototype assembled for a customer
• Project for entertainment industry
• H.265 video codec
• RTSP streaming

Hardware

• 2x MIPI camera modules with Sony IMX477 sensor
• NVIDIA Jetson Xavier NX 16GB module
• Auvidea JNX30 carrier board

Performance

• 3840×2160 total resolution (stereo side-by-side)
• 10-bit acquisition and processing
• 60 FPS