The Intelligent Cockpit Domain Software Platform, based on AMCore, provides a 1+4 full-stack cockpit solution, achieving software-hardware separation and modular architecture design while delivering an innovative user experience. FusionEX8.0 offers comprehensive upgrades in HMI services, AI large models, multimodality, visual perception, and intelligent in-vehicle entertainment.

The intelligent cockpit core based on hardening technology

AMCore

Technical Functions

  • AMCore is a system based on the decoupling of hardware and software, functional modularization, and service - oriented architecture (SOA) service - based design. It provides the latest stability modules with chip - level patches, enhancing system stability, reducing the difficulty of mass production, and accelerating the mass - production speed.

  • It supports the latest Android S and conducts in - depth modifications to it.

  • It strengthens 37 modules to ensure the system's security and stability and adds 49 new sub - modules for automobile - related business applications.

  • It uses 2000 core software patches to conduct in - depth modifications to the Android operating system, strengthening it from both functional and security aspects.

Stage Results

  • 1）Adapted Hardware

    • Qualcomm SA8155P/SA6155P, Renesas R-Car H3Ne/M3Ne, Qualcomm SA8295P, Xinchi X9.
  • 1）produced Chips

    • Qualcomm SA8155P/SA6155P and Renesas R-Car H3Ne/M3Ne.
    • It has been adapted to mainstream automotive - grade chips such as Qualcomm chips, supports multiple operating systems like QNX, Android, and Linux. It conducts in depth integration and optimization of the operating system based on QNX Hypervisor and can support one - chip - ten - screen configuration.

Software Intelligent Voice Engine Based on DSP.

AMSound

Technical Functions

  • Supports multi - channel and zoned sound interaction, system noise reduction, synchronous execution of multiple commands during double - talk, sound zone isolation, and multi - MIC arrays. It meets the voice requirements of more in - vehicle application scenarios such as in - car games and intelligent conferences.

  • Customers can use industry - leading algorithms without self - research or external procurement, saving algorithm costs for them. It doesn't require a DSP or external DRAM, and the SRAM inside the chip can run voice algorithms.

Stage Achievements

  • Less wiring harness usage, a 75% reduction compared to traditional methods.

  • Simplified hardware design (only one interface is required), echo cancellation.

  • Low cost (more chip options).

Software Intelligent Voice Engine Based on DSP.

AMSound

Technical Functions

  • Supports multi - channel and zoned sound interaction, system noise reduction, synchronous execution of multiple commands during double - talk, sound zone isolation, and multi - MIC arrays. It meets the voice requirements of more in - vehicle application scenarios such as in - car games and intelligent conferences.

  • Customers can use industry - leading algorithms without self - research or external procurement, saving algorithm costs for them. It doesn't require a DSP or external DRAM, and the SRAM inside the chip can run voice algorithms.

Stage Achievements

  • Less wiring harness usage, a 75% reduction compared to traditional methods.

  • Simplified hardware design (only one interface is required), echo cancellation.

  • Low cost (more chip options).

Audio System Customization

  • AAOS Audio framework customization
  • Audio HAL customization
  • Adaptation of CarPlay/Android Auto audio paths and collaborative certification development
  • QNX Audio middleware development

Algorithm Integration and Adaptation Customization

  • ECNR algorithm software integration solution
  • Integration and adaptation of SOC/ADSP audio effect algorithms
  • Integration of audio decoder algorithms

Audio Path Design

  • Customization of system playback audio paths
  • Design of system recording audio paths
  • Qcom ADSP Topo design
  • Adaptation of internal and external power amplifier paths

Audio Solution Design

  • Design of Bluetooth phone/E-Call audio link solutions
  • Design of Radio audio solutions
  • Design of KTV audio solutions
  • Design of multi - audio - zone solutions

Unreal - based HMI Enhanced Display Engine.

AMDisplay

Technical Functions

  • Fully develop multi-screen linkage(interconnected) full 3D interactive cockpit scenarios based on the Unreal game engine.

  • Utilize the characteristics of the new - generation Qualcomm GPU to deeply optimize the display engine (such as 3D instrument panels, VR navigation, 3D AI digital humans, 3D.

  • Launcher + 3D Wallpaper, 3D vehicle control models, etc.), bringing users an immersive new intelligent driving experience.

Stage Achievements

  • The software platform is adapted to multiple automotive - grade chips such as Qualcomm, Renesas, and Xinchi, supports multiple operating systems like QNX, Android, and Linux. It conducts in - depth integration and optimization of the operating system based on QNX Hypervisor and can support one - chip - ten - screen configuration.

In - vehicle Interconnection Engine Based on H.265.

AMPlay

Technical Functions

  • A complete multi - screen solution with low latency and high speed. Different from Carplay, AndroidAuto, etc., it is an independently developed in - vehicle interconnection technology engine.

  • Adaptive, multi - platform, multi - channel screen projection, and source control.

Stage Achievements

  • Currently supports gaming, navigation, audio - video, and business meeting scenarios.

Mature and Standardized GAS Integration Framework.

AMGAS

Technical Functions

  • Have a deep understanding of GAS specifications, and be able to accurately grasp their core essence and nuances.
  • Have accumulated rich experience in integrating GAS services and applications into the AAOS system, and possess the ability to handle complex integration scenarios.
  • Be proficient in the standardized development process to ensure that products fully comply with GAS software, hardware, and supplier requirements, as well as various provisions in demand documents such as CDD.

High quality Google APPs

Integrate Google's core applications, such as Maps, Voice Assistant, and the App Store, perfectly adapting to the in - vehicle environment and providing seamless update services, fully compliant with GAS software and hardware standards and CDD specifications.

Customized UI

Under the premise of complying with relevant GAS specifications, maximum UI customization can be carried out. This flexibility enables us to meet the specific design requirements of different customers, ensuring that each project can reflect unique brand characteristics and user experience concepts.

Facilitate GAS Certification

During the Google GAS certification process, we have accumulated a large number of practical cases. These valuable experiences allow us to quickly identify and solve potential problems, thus greatly accelerating the certification process.