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Engage with the Digital Cockpit

The major factor that will drive the growth in automotive digital cockpit market are adaption of telematics, internet of things, safety and pollution sensors, navigation, and infotainment system.

The luxury car segment provides high level of comfort and convenience to the end user and the major players in the luxury car segment are implementing digital cockpits in their automobiles to increase the demand as the target audience in the segment expects their vehicle to be equipped with latest comfort and safety features.

The luxury car segment is expected to grow with a rate of 6% during the forecast period and this will drive the demand in the market.

The digital cockpit will be very helpful in capturing the details of all the connected cars and autonomous vehicles while driving on the roads, to avoid collisions and accidents.

The automotive cockpit system includes human machine interface applications, infotainment platforms and wireless connectivity in vehicle which enhances the driving experience.

 

Lead engineering teams for digital cockpits require drivers expertise with:

  • Hardware Bring-up
  • SAFETY Controller
  • CAN Wrapper
  • Diagnostics
  • Power Management
  • Inter-Processor Proxies (between Control & Graphics Processors)
  • Complex device drivers (MCU, Head-up Display, Real Time Clock, Sound, Input-Output Controller)

 

Full ownership on handling the configuration, development and integration of AUTOSAR Components and other SWC, BSW in the ECU Software using Vector DaVinci Developer and DaVinci Configurator.

Immersive infotainment experiences

Immersive infotainment experiences require advance middleware for sound and video casting on multiple levels:

  • Media Player Middleware
    • Creation and management of playlist, browsing categories
    • Direct interface for playback between HMI and lower layers
  • Radio Middleware
    • Creation and management of radio stations list, favorite radio stations, traffic announcements, emergency warnings
    • Engineering menu and execution of diagnosis routines
  • Audio Manager Middleware
  • Audio settings configuration transfer from user (HMI) to Audio Platform
  • Gathering/distribution of focus requests coming from Media and Radio
  • Instrument Cluster Sounds Player
    • Playback for all sounds on the Instrument Cluster (Warnings, Blinkers, Parktronic, Blind Spot Monitoring, Feedback Sounds)
    • Investigations together with sound driver supplier (NVIDIA)
    • Implementation of DTCs and diagnosis requests for amplifier errors monitoring using Canoe and CANDELA.

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