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Short Intro on VehronicsV1
VehronicsV1 is a Programmable ECU(Electric Control Unit), which can be used for prototyping/development of automotive products and training to upskill knowledge in the automotive sector, which is one of the first of its kind in the automotive sector as Programmable ECU. It is built on Automotive microcontroller which has software support of Autosar MCAL layer support and MATLAB Simulink, making it ideal for building automotive powertrain and body control concentric applications like: Instrument Cluster, Domain, Battery swapping technologies, Engine control units. Advance Programmable ECU(with Jlink Debugging) based on NXP S32K144 MCU. 3 CAN interfaces with one isolated CAN interfaces. Onboard WiFi and BLE for FOTA.
Getting Hands-On with NXP eIQ: A “No Code” Starter Guide for Edge AI Developers
Introduction In a world driven by AI and IoT, deploying machine learning at the edge has become essential. NXP’s eIQ™

FRDM i.MX93 Demystified: The Hardware That Makes AI Work at the Edge
Imagine you’re handed a powerful little board, no bigger than your palm. At first glance, it looks like a jungle
How to Run AI on a Microcontroller or Microprocessor – A Beginner’s Guide to Edge AI
In the last few years, Edge AI has rapidly transformed how devices understand and interact with the world — without
Edge AI ToolKit: EiQ AI SDK
Introduction to EiQ In previous blogs, we’ve discussed in depth Edge AI, its features, advantages, and future scopes. Implementation of