The client is known for their technologically advanced electronic and electro-mechanical products for various industries, including the automotive sector. Due to a global shortage of their chipsets, they wanted to redesign the hardware for their OEM client. They sought our partnership in integrating the new chipset seamlessly into the existing module.
Challenge
Integrating the new chipset seamlessly into the existing hardware and software ecosystem was a challenging task. It required thorough understanding and precise configuration to prevent conflicts or inconsistencies. Additionally, an essential hardware change was inevitable to enable thorough testing of the communication between components.
Solution
The objective was to replace the existing chipset with one that is more easily available in the market, accompanied by the necessary adaptations in the existing driver to accommodate the new chipset’s functionalities.
After rigorous analysis and thorough study of the System Architecture and the original code shared by the client, our team of experts identified all the modules and functions that needed to be ported.
The project encompassed the following key phases:
Requirement Analysis
Design Generation & implementation
Comprehensive System Testing
Firmware Update and Bug Fixing
The key aspects of the project:
Changes for Application/Bootloader Software
CAN/LIN Transceiver Integration
Driver modification
The Changes in HS signal Handling
Value Delivered
Our solution ensured a smooth transition while retaining all the existing functionalities by redesigning the hardware. It will empower the client to deliver an optimized and upgraded system with enhanced capabilities.