Amplifying AI capability for the EV market and beyond

DFI unveiled its ground-breaking EV charger application, responding to the surge in EV usage and the corresponding need for an extensive EV charging infrastructure. Powered by the 13th Gen Intel Core i9-13900TE processor and Intel Arc GPU, this embedded solution enhances AI capabilities at edge in the expanding EV market.

"DFI leverages VM virtualisation technology to introduce a robust Workload Consolidation platform that can run multiple operating systems simultaneously with just one Intel CPU for applications such as EV charging," said DFI president Alexander Su. "We're proud to offer solutions enhancing user experiences and promoting sustainability in the AIOT era."

The platform maximises functionality and energy efficiency while simplifying operations and lowering costs. Workload consolidation utilises OTA updates for maintenance and features the company's M.2 A Key OOB Module, making it a reliable approach to post-deployment maintenance.

The EV charger runs Mistral 7B LLM, utilises Intel Arc GPU's XMX AI Engine for fast AI inference and consolidates multiple workloads like EV charge controller, digital signage, payment transaction, and interactive kiosk, through VMs on the 13th Gen Intel Core Processor.

"Intel technology is paving the way towards innovation in EV charging and transportation infrastructure," said Renu N. Navale, VP of Network and Edge Group, and GM of Video and AI Cities at Intel. "Innovations like these usher in a new era of technology in sustainability, mobility, and smart charging systems."

This EV charger employs a Workload Consolidation platform offering numerous opportunities for users. By harnessing the power of AI-driven insights, advertising service providers can deliver unparalleled value to their clients, driving revenue generation and fostering long-term success in an increasingly competitive marketplace.