Flexible, standards-based solution that combines
software programmability, real-time processing, hardware
optimization and any-to-any connectivity with the security
and safety needed for next generation automotive systems
– Only with Xilinx
Ongoing development and deployment of ADAS and V2X connectivity are paving the way for the next advancement in driver assistance - autonomous driving with predictive intelligence. New HMI trends, like heads-up displays with augmented reality and gesture recognition, are rapidly changing the way drivers interact with their automobiles.
Xilinx technologies enable next generation automotive systems including Infotainment, Driver Information, and Advanced Driver Assistance Systems. Applications span from collision avoidance - encompassing image and video processing, object recognition, and analytics - to the heart of the secure connected car with semi-autonomous operations and vehicle to vehicle communications.
Only Xilinx provides a flexible, standards based solution that combines software programmability, high performance image processing tightly coupled with analytics, and any-to-any connectivity with the security and safety needed for next generation automotive systems.
For these next-generation automotive and ADAS systems, designers can use SDSoC™ development environments and heterogeneous processing of Zynq® UltraScale+™ MPSoC devices to address connectivity, video encoding, graphics processing, and real-time control and safety requirements. Xilinx is shipping FPGA and Zynq®-7000 SoC-based devices for ADAS modules that are currently being used by 16 OEMs, and have shipped approximately 100M devices to the automotive and transportation industries in support of most major OEMS in production today. Xilinx provides fully automotive qualified devices and comprehensive solutions that include operating systems, IP, and platforms.
Familiar embedded C/C++ application environment to rapidly develop SoC and MPSoC systems
Achieve customized image processing with SoCs
Industry's first multi-processing SoC with the highest levels of security and safety
Silicon, IP, and design flows for trust, anti-tamper, and information assurance
Allows ADAS developers to change functionality on demand and enhance FPGA flexibility
Certified and comprehensive functional safety design solution for FPGAs and SoCs
Vehicles with at least one
installed ADAS camera by 2020
Volume growth rate of ADAS
cameras through 2020
Source: IHS Automotive Camera
Modules Report,Sept. 2014
of vehicles will be connected
to the Internet by 2025