Xilinx, the world's leading supplier of programmable logic devices (PLDs) to the automotive industry, has announced three automotive Targeted Design Platforms that enable automotive system designers to use Field Programmable Gate Array (FPGA) technology to meet the advanced performance and integration requirements of driver assistance, driver information and infotainment systems.
With Xilinx Automotive (XA) Spartan-6 FPGAs providing the parallel-processing and real-time performance needed to drive complex multi-camera systems and a widening array of onboard devices focused on the driver and passenger experience, the platforms reduce development risk by providing a framework from which designers can focus on customization and product differentiation.
"Xilinx's Targeted Design Platform approach for automotive makes it easier and faster for designers and manufacturers to deliver automotive systems requiring high-bandwidth connectivity, high-speed image processing, and high-resolution display performance," said Harvey Steele, vice president of segment marketing at Xilinx. "By leveraging existing intellectual property (IP), design methodologies and industry-leading FPGAs, Xilinx can help automotive designers spend more time focused on creating unique value in their systems, thereby speeding both time-to-demonstration and time-to-market."
The ever-increasing demand for driver assistance, driver information and infotainment features and performance requires increased integration and higher performance of onboard electronic systems in both luxury and lower-priced automobiles alike. Xilinx's Targeted Design Platform and comprehensive design ecosystem provide the development boards, kits, IP cores, tools, and silicon so that automotive designers can focus on adding unique value rather than spending too much time on design basics such as connectivity or DSP functionality.
"FPGA-based solutions can speed up development times, and time-to-demo, by re-using large parts of the design, only changing interfacing or features as needed to scale between platforms or between different OEM requirements," said Davor Kovacec, CEO at Xylon, a Xilinx Alliance Program member. "A great example is our logiCRAFT Companion Chip Kit, which is compatible with multiple host processors using industry standard interfacing and offers many of the features needed in infotainment system application development already right out of the box so that designers can focus on product differentiation."
The three platforms tailored for the automotive market include:
• Driver Assistance Surround View Targeted Design Platform: A platform for processing multiple camera inputs, where four cameras can be used for a surround view system, or decoupled into multiple systems including rear view parking and blind spot detection. Different applications can be programmed into the same device to enable, for example, back-up operations and forward blind-spot detection using the same cameras, sensor and other electronics being repurposed for each task.Based on the Xilinx SP605 development board, the platform showcases how designers can integrate multiple key platform components.
Along with the FPGA development board, a separate FMC daughter card deserializes the data from the four cameras.
• Driver Information Hybrid Instrument Cluster Targeted Design Platform with Integrated Heads-up Display (HUD): Developed with Xylon, this platform leverages the high-bandwidth memory, high-speed I/O capabilities, and flexibility of Spartan-6 FPGAs to support high-quality graphics for a variety of displays.The logiCRAFT 6 Development Board at the base of the platform provides many of the features required in emerging infotainment and driver information applications.
• Infotainment Companion Chip (CC) Development Platform: Available as a complete kit through Xylon (logiCRAFT 6 CC), the platform demonstrates the flexibility of pairing XA Spartan-6 FPGAs with popular infotainment host processors.Central to this platform architecture is the abstraction of host processor interfacing from application specific peripheral or connectivity extensions. This enables the processor and associated host interface type to be quickly changed without a companion chip system redesign. Xylon provides complete host interface controllers for popular standards such as PCI Express.
Designers can then use standard Xilinx Embedded Development Kit tools to add connectivity and co-processing blocks to their application.
