HiPhi launches in-house-developed smart cockpit platform with high computing power

Beijing (Gasgoo)- On September 19, HiPhi, the Chinese luxury electric vehicle brand under Human Horizons, showcased its latest R&D achievements along with cutting-edge technology innovations. It also officially unveiled its self-developed high-computing power intelligent cockpit platform.

Photo credit: HiPhi

This groundbreaking platform is set to harness the power of the Qualcomm QCS8550 chip and is built upon a foundation of aerospace-grade and automotive-grade dual-standard FPGAs, automotive-grade MCUs, and automotive-grade gateways. Through chip parallelism and automotive-grade system development, it achieves high reliability and computational power, offering users a seamless, flexible, and continuously evolving intelligent cockpit experience.

According to HiPhi, the platform is constructed on a modular high-reliability security architecture. By utilizing chip parallelism and automotive-grade system development, it ensures automotive-grade reliability, safety, and stability while meeting users' demands for high computing power, a broad ecosystem, and iterative updates.

Furthermore, on the same day, HiPhi introduced, in collaboration with Microsoft, a local voice model based on GPT. Leveraging the latest chip acceleration technology, it deploys cloud-based recognition and synthesis capabilities to the edge, breaking down language barriers through support for multiple languages and massive data. This enables multilingual mixed recognition, and with the latest large-scale model technology, it constructs a multi-scenario, multi-modal semantic understanding and dialogue generation system, resulting in more natural and intelligent voice assistant conversations.

It's worth noting that in June 2023, HiPhi's first engineering prototype with the self-developed high-computing power intelligent cockpit platform was successfully powered up and began middleware debugging. HiPhi plans to conduct small-scale internal testing on the current HiPhi X model by the end of this year and aims for mass production in the first quarter of 2024.