Visteon to showcase Phoenix next-gen infotainment platform at Auto Shanghai 2017

by Autocar Pro News Desk , 05 Apr 2017


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Visteon says Phoenix is designed to unlock innovation by enabling third-party developers to create apps easily, while delivering built-in cybersecurity and over-the-air updates.

 

Visteon Corporation, the leading global player in the fast-growing automotive cockpit electronics segment and a major supplier to automakers in China, is to showcase its latest innovations for the connected car and beyond at the 2017 International Automobile Industry Exhibition in Shanghai from April 19-23.

Visteon is the sole Tier 1 supplier focused exclusively on the fast-growing cockpit electronics segment. The company’s technology will be featured at its exhibit (2A15) as well as inside dozens of cars and trucks from global and domestic Chinese automakers that will be on display at the National Exhibition and Convention Center during Auto Shanghai 2017.

Headlining Visteon’s exhibit will be its recently introduced next-generation infotainment platform, Phoenix, which is designed to unlock innovation by enabling third-party developers to create apps easily, while delivering built-in cybersecurity and over-the-air updates. Based on HTML5 and offering a JavaScript-based application program interface (API), Phoenix is the first automotive infotainment system to offer a software development kit (SDK) and software simulation to help enable easy development of apps.

Other highlights of Visteon’s exhibit include an array of eye-catching instrument clusters and information displays that will become the primary interface with consumers as the all-digital cockpit becomes reality – and new mobility models and autonomous driving continue to evolve.

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SmartCore also on display
Visteon also will display the industry’s first automotive-grade integrated domain controller approach, called SmartCore (pictured above) which addresses the increasing cost and complexity of in-vehicle electronics by independently operating multiple features on one System on Chip (SoC). SmartCore offers automakers a cost-effective, space-saving cockpit electronics solution that can integrate infotainment, instrument clusters, information displays, head-up displays, advanced driver assistance systems (ADAS) and connectivity – providing a foundation for autonomous driving.

“China is not only the largest automotive market in the world, it is Visteon’s largest and fastest-growing market,” said Sachin Lawande, Visteon president and CEO. “No other technology segment is influencing the future of mobility more rapidly than cockpit electronics, and Auto Shanghai 2017 is the ideal venue to demonstrate how Visteon is transforming the future of mobility and accelerating improvements in vehicle security, safety and the driving experience.”

Luke Lu, managing director for Visteon China, added: “It is our great pleasure to participate in the 2017 International Automobile Industry Exhibition in Shanghai. Visteon is at the forefront of bringing innovative cockpit electronics solutions that enhance driver safety and convenience to automakers in China. As a technology-focused company, we are committed to providing the Chinese market with latest innovative products across all vehicle segments – from entry to high-end.”

Through various interactive exhibits at Auto Shanghai 2017, Visteon will showcase its expertise in instrument clusters, head-up displays, information displays, infotainment and connectivity. Highlights will include:

Instrument clusters – The latest in large, high-resolution displays, including 3-D, all-digital, hybrid digital/analog and cluster-with-camera.

Information displays – Featured will be a dual OLED (organic light-emitting diode) display, and dual-view displays that show different content based on viewing angle – such as navigation for the driver and video for the passenger.

Autonomous driving approach – Visteon experts in artificial intelligence and ADAS will share an innovative autonomous vehicle program that is in development. Visteon’s approach applies machine-learning technology to accurately detect and classify objects in a vehicle’s path and plan vehicle movements, leading to fully trained driving control systems.

 


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