The world of digital design is changing quickly. At a breathtaking rate, devices are becoming faster, smaller, and denser. Now there are programmable devices with million gates in tiny packages. It is possible for mainstream designer to design a prototyping system or create a digital IP on FPGA. Therefore, the purposes of this chapter are :

• Master the synthesizable HDL and optimization techniques for FPGA implementation
• Keep up with the changing digital technology and design prototyping systems for various applications
  

• FPGA Design Strategies and Techniques
• Synthesizable HDL Design and Optimization Techniques
• Managing complexity-Large Designs
• Improving Timing, Area and Power
• Synthesis to FPGA
• Mixed Technology Design
• Reuse Strategies and Tasks
• Prototype Design for Digital Signal Processing or Communications or processors & I/O peripheral

• HDL design for the specific hardware architecture
• Simulation and verification for HDL Design
• FPGA optimization synthesis
• Prototyping implementation
• Test and Measurement

• 上年度之成果 (summary)
  • 上課教材完成
  • 上機操作影片製作
  • 開授DIP設計概論課程(91學年度第一學期)
• 本年度之工作目標
  • 上課教材增修
  • DIP設計實例完成