1. 21/4/04 הטכניון - מכון טכנולוגי לישראל הפקולטה להנדסת חשמל המעבדה למערכות ספרתיות מהירות High Speed Serial Link Traffic Generator & Analyzer Verification Project Characterization Project Characterization Author : Moshe Porian Supervisor : Boaz Mizrachi

2. Project Overview Demonstrate different phenomena and design considerations of High Speed Serial Links. Demonstrate different phenomena and design considerations of High Speed Serial Links. The entire system consists of the three parts: The entire system consists of the three parts:  Traffic generator and analyzer.  Crossbar.  Serial traces.

3. PC Test Equip. Xilinx Evaluation board Crossbar Board Complete System Block Diagram: Passive Traces Board 2.5G cables 2.5G fiber Management cable

4. Project Goals: Examination the Traffic Generator and Analyzer design. Examination the Traffic Generator and Analyzer design. Configure set of parameters and testing which demonstrate different phenomena of high speed serial links. Configure set of parameters and testing which demonstrate different phenomena of high speed serial links. Implement correct Verification methodology. Implement correct Verification methodology. Test platform: Test platform:  Easy to run/setup the test and collect results.  Easy to produce the reports.  Reduce time analyzing compared with wave platform

5. TGA Verifications - Overview : TGA Verification design consist of 5 main parts : TGA Verification design consist of 5 main parts :  PPC EMULATION  RocketIO EMULATION  Generator Checker  Reference Model of the Analyzer  Compare & Analyze Unit

6. PPC EMU GENERATOR TGA Verification – Block Diagram Script File ANALYZER GENERATOR CHECKER Reference Model of the Analyzer Compare & Analyze Unit Log out File Config File PPC EMU Packet Generator For the Analyzer

7. Project Description : The PPC EMU configure the Generator according to script files instructions. The PPC EMU configure the Generator according to script files instructions. The Generator Checker survey the outputs of the GENERATOR and verify that the results are appropriate to the instructions. The Generator Checker survey the outputs of the GENERATOR and verify that the results are appropriate to the instructions. A config file will configure the RocketIO EMULATION to generate different packets with different errors plants on it. A config file will configure the RocketIO EMULATION to generate different packets with different errors plants on it. The Compare and Analyze Unit analyze the Generator Checker results, compare the results from the real Analyzer with the Reference Model and analyze it. After that perform the analyzing results to log out file. The Compare and Analyze Unit analyze the Generator Checker results, compare the results from the real Analyzer with the Reference Model and analyze it. After that perform the analyzing results to log out file.

8. TGA Verification Features & Performance: Generator verification: Generator verification:  Number of packets  Packet length  Header length  Stamp length  Burst size  Inter Burst Gap  Inter Packet Gap  Header Data  Stamp Data  Start/End Padding Data

9. TGA Verification Features & Performance(Cont.): Analyzer verification: Analyzer verification:  Number of damaged/undamaged received packets  Loss of synchronization  Max/min transmission delay  Errors indication – CRC, disparity, ”not in table”, ”invalid K character”  Store damaged packets

10. TGA Features & Performance (Cont.): PPC EMULATION component PPC EMULATION component  Set the packet Header and Stamp  Configuration of the generator  Read the data from the Analyzer and pass it to the Compare & Analyze Unit RocketIO EMULATION RocketIO EMULATION  Configuration of the Packet Generator of the Analyzer  Plant errors in the data to the Analyzer in purpose to verify Analyzer function

11. TGA Features & Performance (Cont.): Compare & Analyze Unit Compare & Analyze Unit  Compare results between the real Analyzer with the Reference Model of the Analyzer  Compare between the Generator Checker results with the configurable parameters by the PPC EMU(from the script file)  Analyze the results and report to a log out file  The log out file includes simple messages that direct the user to the bugs

12. Schedule 9-30.3.04 - Project characterization 1-14.4.04 - Architecture/Spec Development 8-15.4.04 - Miluim… 18-21.4.04 - Architecture/Spec Development 22.4.04 - Project characterization Presentation 25.4-1.5.04 - Functional Architecture Approve 1.5-21.6.04 - VHDL Coding 10-17.5.04 - Project Design Presentation 21.6-15.7.04 - Behavior Simulation + VHDL Coding 15.7-30.7.04 - Project summarizing 27.7.04 - Project Presentation

13. Personal Schedule Moshe Moshe  Sunday 19:30 – 22:30  Monday 08:30 – 12:30, 15:30 – 22:30  Wednesday 08:30 – 11:30, 18:30 – 22:30  Total : 21 hours