1. Implementation of DSP Algorithm on SoC

2. Characterization presentation Student : Einat Tevel Supervisor : Isaschar Walter Accompany engineer : Emilia Burlak The project is conducted with cooperation of Rafael. winter 2003/2004

3. Project goals Studying and investigating the architecture of System on Programmable Chip (SoC). Studying and investigating the architecture of System on Programmable Chip (SoC). Deciding on the Software/Hardware proportion to be implemented. Deciding on the Software/Hardware proportion to be implemented. Implementing a signal processing algorithm on the chosen platform. Implementing a signal processing algorithm on the chosen platform.

4. Project resources FPGA : FPGA : Virtex II Pro platform architecture Processor : Processor : PowerPC 405 Virtex II Pro PowerPC 405 Core Logic Cells RAMs

5. HW/SW Flow HW Block Diagram HW Description Synthesize P&R BIT File/ Download HW Flow SW Flow Chart Create SW Source Compile Simulate ELF File/ Download SW Flow ISE Design Debug (HW and SW) DATA2BRAM EDK

6. Project schedule first semester 1. Studying the VHDL programming language. 2. Get familiar with the FPGA structure. 3. Get familiar with the FPGA design process. 4. Studying Simulation and Synthesis programs. 5. Studying the Xilinx ’ s FPGA 6. Studying Xilinx ’ s P&R program

7. Project schedule first semester (cont) 7. Studying the Xilinx ’ s SoC structure – architecture 8. Studying the PowerPC processor 9. Studying the EDK software for developing SoC 10. Studying the SoC design process 11. Get familiar with the Xilinx ’ s evaluation board 12. Learning and trying Debug tools 13. Writing examples and Running them on the evaluation board

8. Project schedule second semester 1. Defining the algorithm to be implemented 2. Design of the algorithm – block scheme 3. Dividing the workload – Software/Hardware 4. Estimating the FPGA ’ s volume 5. Detailed design of each block from the scheme

9. Project schedule second semester (cont) 6. Hardware implementation 7. Software implementation 8. Simulation 9. Synthesis 10. Checking the algorithm using the evaluation board (optional)

10. Goals First semester: full understanding of the elements and studied environments full understanding of the elements and studied environments running examples on the evaluation board running examples on the evaluation board Second semester: simulated and checked code of the algorithm in hardware and software simulated and checked code of the algorithm in hardware and software if possible, running the algorithm on the board if possible, running the algorithm on the board

11. Thank You