Digital Cockpit Components

For too long, integral cockpit components have been fragmented and visually confusing. HARMAN’s Digital Cockpit platform and harmonization technologies are true industry innovations. They form part of an advanced end-to-end solution that offers automakers the ultimate framework for customized content. The platform is designed to seamlessly connect the vehicle to all relevant systems, thus saving the driver time and enhancing the connected lifestyle in the car and beyond. Personalization features allow users to connect to the wider Internet of Things (IoT) and use integrated voice- and gesture-driven personal assistants for car-to-home automation. The Smart Cluster and passenger entertainment features accommodate multiple input devices for a more inclusive user experience. Our intelligent cockpit maintains secure productivity with countless apps and connected services. This compute platform offers automakers a cockpit with a single, uniform, cost-effective and scalable design.

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Smart Cluster

Integral cockpit components have been fragmented and visually confusing for far too long. HARMAN’s Digital Cockpit platform and harmonization technologies are industry innovations that form part of an advanced end-to-end solution and offer automakers the ultimate opportunity to customize content. The Smart Cluster is a highly flexible solution than can be individualized across multiple vehicle lines.

  • Guarantees all core car functions
  • ASIL compliant (ISO 26262)
  • Powered by RTLinux, market leader in safety-relevant operating systems
HARMAN Digital Cockpit concept

The Smart Cluster supports full digitalization of the speedometer as well as fuel level and battery (hybrid/electric) gauges, meeting safety goals through functional hardware and software design. HARMAN combines In-Vehicle Infotainment (IVI) and cluster functionality on a single display to enhance the driving experience.

This integration also saves on cost and weight. Although the Smart Cluster is a standalone technology based on an independent operating system (RTLinux), in combination with the HARMAN Entry and Mid/High cockpit solutions, it fits perfectly into the overall in-vehicle experience.

HARMAN Smart Cluster
Specifications
Technical specifications
  • Type-1 hypervisor providing safety-critical virtualization
  • Content projection at RTLinux cluster domain
  • Fully digital cluster functions using a safety OS (ISO 26262 – ASIL A & B)
  • SDK for hypervisor, middleware and HMI adaptor
  • Upgrade and flexible software
Display Sizes & Resolutions
  • 10.25" - 17" (two-wheelers: 5" - 7")
  • 1280 x 480 - 3840 x 2160

Hypervisor

The hypervisor is used as an abstraction layer for each HW/SW platform configuration. Each SW platform is available on respective reference hardware. Each HW platform already has an A- or B-Sample available for rapid automaker prototyping and vehicle integration. Different combinations of cluster and IVI on a given reference hardware allow the automaker to differentiate across markets, brands and models.

Fully connected for full safety

While the Digital Cockpit delivers new in-car experiences, continued automotive safety is a priority. HARMAN enables this by using RTLinux as a separate Digital Cluster operating system. a separate infotainment OS can deliver entertainment, while guaranteeing full reliability of safety features. The type-1 hypervisor allows these two operating systems to run on a single hardware platform. This solution facilitates sharing of hardware resources such as the rear-view camera or the in-vehicle infotainment (IVI) system across all ECUs.

HARMAN Digital Cockpit Platform
HARMAN Digital Cockpit comparison

Android & Linux

The cockpit is becoming more connected as it transitions to a new interface between the car and the driver’s digital content. In order to provide the best and most intuitive experience for the driver, there is a need for an additional operating system for infotainment. The safety-relevant car functions are governed by a separate cluster OS, while the HARMAN type-1 hypervisor manages the interaction.

To handle all the relevant data and make them valuable to the driver, the cockpit must be considered a self-contained device, with the same demands as a smartphone or personal computer. To guarantee an optimal digital user experience for the driver, HARMAN selects best-in-class IVI operating systems for its Digital Cockpit lines, Linux™ and Android™:

 

  • The Entry Cockpit uses Linux
  • The Mid Cockpit uses Android
  • The Premium Cockpit can use either
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