Intel Architecture To Support Cutting Edge In-Car Computing Technologies
Intel Corporation, the world's largest chip maker, is working with several content and service providers, as well as hardware, software and communications companies on in-car computing solutions, the company announced at the Intelligent Transportation Society (ITS) of America Exposition. While most of these companies create standalone products, such as digital wireless communications and voice recognition products used in a variety of market segments, Intel is working with these companies to integrate them with Intel Architecture-based platforms to provide an integrated in-car computing solution. This integrated solution will provide consumers with in-car computing applications such as communication, navigation, entertainment and information.
Some of the companies working with Intel on in-car computing solutions include: ATX Technologies Inc.; AudioNet; Dearborn Group; Intelliworxx, Inc.; Kontron, Lernout & Hauspie Speech Products; Liikkuva Systems International, Inc.; Magneti Marelli, Navigation Technologies Corporation; QUALCOMM Incorporated; Research In Motion (RIM); SiRF Technology Inc.; SmartRoute Systems, Inc.; and Sumitomo Electric Systems Co, Ltd. Some of the specific hardware companies Intel is working with on developing reference platforms for in-car computing include: Comroad; Kontron; Mitac and RadiSys. These companies are key players in the embedded and industrial PC marketplace and are now extending their expertise to the vehicle.
These enabling technologies will offer consumers several benefits. Wireless technology will enable multiple forms of data communication to and from the vehicle. For example, drivers will be able to receive real-time traffic information, report accidents, or call for road-side assistance. Automotive PCs will allow drivers to interact with the in-car computer via verbal commands without compromising safety.
GPS-aided navigation systems can pinpoint a driver's location and help in planning the fastest route to the desired destination. In combination with wireless voice/data telephony, GPS technology enables safety/security applications such as placing 911 emergency calls, accident reporting and vehicle tracking.
With the advent of wireless communications technology in and from the car, drivers/passengers can receive individually tailored information downloaded from the Internet. For example, users could order audio books, music/video, personalized financial news and customized sports simulcasts.