Freescale Vybrid Automotive Solutions Enable Integration of Consumer Electronic Devices into Mainstream Vehicles

Highly integrated, single-chip solution helps slash development time and cost for a wide range of driver information systems

SAN ANTONIO--(BUSINESS WIRE)--Jun. 19, 2012-- Freescale Semiconductor (NYSE: FSL) is extending its Vybrid controller solutions portfolio into the automotive market with silicon-enabled software designed to bring connected radios, entry-level infotainment systems and reconfigurable instrument clusters to mainstream automobiles. Vybrid automotive devices address up to 80 percent of an automaker’s development needs with production-grade software and comprehensive enablement support, reducing the total software investment and effort required and speeding time to market.

In-car audio systems are quickly evolving from basic radio and CD players to connected systems that provide entertainment and information from a variety of sources. Consumers are growing to expect advanced features in their new vehicles, including voice command, smartphone integration and interactive, streaming audio.

“With smart mobile devices in the hands of almost every consumer, expectations for connectivity in cars are rapidly increasing,” said Ray Cornyn, vice president of Freescale´s automotive microcontroller (MCU) business. “Vybrid automotive solutions help dramatically expand the functionality of driver information systems, at price points suitable for mainstream vehicles. Freescale is going beyond silicon to provide a full software-hardware solution, reducing the workload for system developers.”

Silicon-enabled software

According to the GENIVI® Alliance, infotainment development costs range on average from $20 to $50 million (USD), with software costs already accounting for more than half of the cost and expected to continue to grow in the future. Vybrid automotive solutions provide everything designers need to quickly go from concept to market, including automotive-grade board support packages (BSPs) based on the MQX and Linux operating systems, production-ready application software, pre-integrated partner software, reference designs, application notes, leading development environments and a rich ecosystem of third-party and open-source resources.

Freescale’s recently announced Vybrid controller solutions are built on a unique asymmetrical-multiprocessing-architecture platform that leverages the company’s heritage as a leader in microcontroller (MCU) development and multicore design. The Vybrid platform integrates the ARM® Cortex™-A and Cortex™-M cores, reducing complexity and cost while increasing system security for automotive applications. The new Vybrid controller solutions, along with i.MX applications processors, give Freescale an unparalleled breadth of scalable solutions based on ARM architecture to cover infotainment solutions ranging from basic and connected radio up to high-end, multi-core infotainment systems with best in class graphics capabilities.

In addition, Freescale has teamed up with select industry-leading partners that have extensive automotive experience and embedded systems know-how to provide software solutions for areas such as Bluetooth® wireless connectivity, human-machine interface (HMI) tools and acoustic echo cancellation/noise suppression. Time to market is improved by pre-integrating the partner solutions, helping to ensure these production-ready components are optimized for both performance and memory footprint.

In partnership with Altia, Sybase, Cybercom and Alango Technologies, Freescale offers automotive customers best-in-class user interfaces, reliable Bluetooth connectivity for hands-free functionality and high-quality voice communication. These partners also supported the development of a Vybrid connected radio platform and an entry-level fully reconfigurable automotive instrument cluster platform on display at the Freescale Technology Forum in San Antonio this week.

Targeted system integration

Future in-car systems will include a convergence of safety-critical functionality with traditional telematics and digital entertainment applications. Fusing these capabilities into a single compute platform is critical to minimize size, weight, power, cost and electronics complexity.

Vybrid automotive devices are ARMv7 compatible, allowing designers to maximize software and hardware reuse and accelerate time to market. For more information, visit