IT44 RadMR

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Overview

The ITAS radar solution IT44 RadMR delivers high-performance sensing with a future-ready architecture tailored for OEMs, Tier-1 suppliers, and mobility startups. Built on FMCW technology, it ensures real-time, accurate data generation even in the most demanding automotive scenarios. The solution is compact, low-power, and robust—ideal for next-gen ADAS and autonomous driving platforms.

Challenge

In today’s automotive landscape, radar systems must go beyond basic sensing. The demand is for:

  • Higher detection range and resolution
  • Seamless integration with other sensors (camera, LiDAR, IMU)
  • Low power consumption for EVs
  • Compliance with evolving regulatory requirements like GSR and Euro NCAP

Solution

The ITAS radar addresses these demands with a compact yet powerful platform:

  • FMCW-based radar with 16 virtual antennas (4T4R MIMO + beamforming)
  • Velocity resolution as fine as 0.1 m/s
  • Detection range exceeding 250 meters
  • Fine resolution: 2° azimuth, 5° elevation
  • Low power draw (<3W), optimized for EVs
  • IP67-rated housing with integrated heatsink
  • Automotive-grade 1x8 pins connector for easy vehicle integration

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Key Benefits

  • Reliable and consistent real-time data output
  • Developer-friendly with customizable chirp parameters
  • Multiple connectivity options (CAN FD, Ethernet, SPI)
  • Enables V2X communication (V2V, V2I) for collaborative sensing
  • Supports critical ADAS features like ACC, AEB, LKA, and Parking Assist
  • Web-based API access for rapid prototyping and system integration
  • Scalable across different vehicle types and automation levels

Results

By integrating IT44 RadMR, OEMs and technology providers can achieve:


  • Enhanced perception in low-visibility or dynamic environments

  • Improved decision-making in autonomous systems through multi-sensor fusion

  • System architectures aligned with Euro NCAP and GSR regulatory expectations

  • Reduced development time with flexible integration and developer tools

 
 
 

Project Information

  • Category: Case study on autonomous
  • Client: Sandra Thompson
  • Start Date: 20/07/2023
  • Ending Date: 30/09/2023
  • Location: South Crescent, United Kingdom
  • Duration: 2 Month
  • Budget: $4000.00
  • Website: www.aoriv.com

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