Learn How Xilinx FPGAs Enable Automotive Systems


Xilinx Automotive FPGA training is intended for automotive systems designers who may be considering FPGA technology in their designs. The curriculum path below consists of four introductory and six application specific videos covering all of the areas where Xilinx FPGAs play a role in automotive applications. Learn more about Xilinx Automotive Solutions.

Automotive Functional Safety Design Curriculum
Describes the differences between ASIC and FPGA architectures and describes how these differences affect coding style, implementation, and product selection: Gate conversion, Delays, Frequency comparison, Also discusses reconfigurability Play Video Play Video Describes the differences between ASIC and FPGA architectures and describes how these differences affect coding style, implementation, and product selection: Gate conversion, Delays, Frequency comparison, Also discusses reconfigurability Learn how to desribe the differences between ASIC and FPGA Design flows including: Design Methodology, Verification Techniques, Test-generation Logic and Tools Play Video Learn how to desribe the differences between ASIC and FPGA Design flows including: Design Methodology, Verification Techniques, Test-generation Logic and Tools In this module we will take a look at the automotive market dynamics, why programmable logic technology is a superior solution for automotive applications, and why the Xilinx solution is particularly well suited for the automotive space. We will also look at the key automotive applications in which Xilinx provides a targeted solution and also take at look at Xilinx concept of the Targeted Design Platform. Play Video In this module we will take a look at the automotive market dynamics, why programmable logic technology is a superior solution for automotive applications, and why the Xilinx solution is particularly well suited for the automotive space. We will also look at the key automotive applications in which Xilinx provides a targeted solution and also take at look at Xilinx concept of the Targeted Design Platform. In this training you will learn about the various infortainment applications, common challenges, FPGA Solutions, the targeted design platform and intel in-vehicle infotainment. Play Video In this training you will learn about the various infortainment applications, common challenges, FPGA Solutions, the targeted design platform and intel in-vehicle infotainment. In this training you will learn about the various driver information applications, common challenges, FPGA solutions, the targeted design platform, fully reconfigurable cluster and hybrid cluster. Play Video In this training you will learn about the various driver information applications, common challenges, FPGA solutions, the targeted design platform, fully reconfigurable cluster and hybrid cluster. In this training you will learn about the various driver assistance applications, common challenges, fpga solutions, the targeted design platform and image processing. Play Video In this training you will learn about the various driver assistance applications, common challenges, fpga solutions, the targeted design platform and image processing. In this training you will learn about the various video and graphics applications, FPGA solutions, the targeted design platform and an example of a flexible display system. Play Video In this training you will learn about the various video and graphics applications, FPGA solutions, the targeted design platform and an example of a flexible display system. In this training you will learn about the various image processing and recognition applications, FPGA applications, FPGA vs DSP solutions and a lane departure warning system example. Play Video In this training you will learn about the various image processing and recognition applications, FPGA applications, FPGA vs DSP solutions and a lane departure warning system example. In this training you will learn about the various image processing and recognition applications, FPGA applications, FPGA vs DSP solutions and a lane departure warning system example. Play Video In this training you will learn about the various image processing and recognition applications, FPGA applications, FPGA vs DSP solutions and a lane departure warning system example. XA Spartan-6 FPGA Family XA Spartan-3A DSP FPGAs
 
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