ADAS

CMS dedicated MCU solution

Adopting vehicle regulations for accessory selection, meeting CMS electronic rearview mirror regulations, and meeting CMS functional requirements in different working environments
High stability, safety, and reliability; High cost performance solution
  • All weather: unaffected by rain, snow, haze, and dust weather
  • Enhance visual field: adjust visual field, zoom image, reduce blind spots
  • Multiple modes: turning mode, reverse mode, high-speed mode, foggy mode, lens heating
  • HDR algorithm: preventing glare, compensating for low light, and suppressing strong light
  • Safety warning: ADAS, door opening warning, reverse warning, overtaking warning, and crossing the rear side

ADAS

CMS specific SoC solution

AI algorithm functions, more application scenarios, customizable functions, integration of vehicle intelligence, low latency
  • Adaptive switching mode for low light scenes
  • Automatic adjustment of curved view and reduction of blind spots
  • Adaptation to scenes such as overexposure and backlighting, suppression of strong light to prevent glare
  • Low latency (<40ms) fast start (<1s) function support
  • Complex vector algorithms support DSP, NN, making it convenient for users to expand AI BSD and machine vision applications

ADAS

High computing AI SoC solution

Quad core AI algorithm chip, full application scenario, capable of integrating whole vehicle intelligent system, and extreme situation BY PASS dual insurance function
Capable of integrating multiple sensors and domain control platforms in Thunderbolt Vision
Ability to integrate DMS/DVR and other functions to enhance vehicle intelligence
  • Adaptive switching mode for low light scenes
  • Automatic adjustment of curved view and reduction of blind spots
  • Adaptation to scenes such as overexposure and backlighting, suppression of strong light to prevent glare
  • Low latency (<40ms) fast start (<1s) function support
  • Complex vector algorithms support DSP, NN, making it convenient for users to expand AI BSD and machine vision applications