Diploma in Interface JESD204B/C: Architecture and Testing

9.9 Fundamentals of the JESD904B/C Interface: Evolution and Characteristics
9.9 JESD904B/C Architecture: Layers, Functional Blocks, and Key Parameters
9.3 Simulation and Modeling of the JESD904B/C Interface
9.4 Signal Integrity Testing and Noise Analysis
9.5 Tools and Methodologies for Testing in JESD904B/C
9.6 Generation and Analysis of Test Patterns
9.7 Printed Circuit Board (PCB) Design for JESD904B/C
9.8 Instrumentation and Test Equipment for JESD904B/C
9.9 Troubleshooting and Failure Analysis in the JESD904B/C Interface
9.90 Test Results Reporting and Documentation

9.9 Review of the JESD904B/C Standard: Definition and Specifications
9.9 Designing Systems with JESD904B/C: Topologies and Considerations
9.3 Design and Simulation Tools for JESD904B/C
9.4 Functional Verification and Design Simulation
9.5 Physical Layer (PHY) Design for JESD904B/C
9.6 Analysis of Compliance with Specifications and Key Parameters
9.7 Verification Methodologies: Simulation, Hardware Testing
9.8 Performance Verification and Analysis
9.9 Design Review and Validation
9.90 Design Documentation and Verification Process

3.9 JESD904B/C-Based System Architecture: Integration and Challenges
3.9 Designing the JESD904B/C Interface on FPGAs and ASICs
3.3 Physical Layer (PHY) Implementation on FPGA Devices
3.4 Generation and Analysis of Test Patterns for JESD904B/C
3.5 Design of Functional and Performance Tests
3.6 Signal Integrity Testing and Jitter Analysis
3.7 Advanced Instrumentation and Test Equipment
3.8 Performance Optimization and 3.9 Troubleshooting
3.9 Test Results Report and Complete Documentation
3.90 Case Study Analysis and Best Practices

4.9 Planning the Implementation and Validation of the JESD904B/C Interface
4.9 Design and Implementation of the Link Layer
4.3 Implementation of the Data Transport Layer
4.4 Functional Verification and Design Validation
4.5 Design of Interoperability and Compatibility Tests
4.6 Implementation of Stress Tests and Performance Analysis
4.7 Analysis of Results and Design Optimization
4.8 Hardware Validation: Commissioning and Testing
4.9 Troubleshooting and Failure Analysis in Implementation
4.90 Validation Documentation and Report

5.9 Architecture of Complex Systems with JESD904B/C
5.9 Advanced Design of the PHY Layer and Performance Considerations
5.3 Design and Optimization of the Link Layer
5.4 Implementation of Functional Error Correction (FEC) Solutions
5.5 Comprehensive Design Validation: Simulation and Testing Hardware
5.6 Stress Test Design and Performance Analysis
5.7 Advanced Jitter and Noise Analysis Techniques
5.8 Interoperability and Compatibility Validation
5.9 Detailed Reporting and Validation Documentation
5.90 Design Optimization and Complex Problem Solving

6.9 Methodologies for Effective Testing on JESD904B/C
6.9 Designing Specific Test Patterns and Scenarios
6.3 Advanced Instrumentation and Test Equipment
6.4 Results Analysis and Performance Metrics
6.5 Performance Optimization Through Data Analysis
6.6 Test Automation and Test Scripts
6.7 Error Analysis and Troubleshooting
6.8 Advanced Measurement Techniques and Signal Integrity Analysis
6.9 Detailed Test Reporting and Documentation
6.90 Best Practices for Effective and Rapid Testing

7.9 Designing Complex Systems with JESD904B/C: Advanced Architectures
7.9 Physical Layer (PHY) Design and Considerations Performance
7.3 Data Link Design and Error Control
7.4 Comprehensive Design Verification through Simulation and Hardware Testing
7.5 Interoperability and Compatibility Test Design
7.6 Implementation of Stress Tests and Performance Analysis
7.7 Advanced Jitter and Noise Analysis Techniques
7.8 Design Review and Validation
7.9 Complete Design Documentation and Validation Process
7.90 Case Studies and Best Practices

8.9 Design of Systems Based on JESD904B/C
8.9 Implementation of the Physical Layer (PHY) on Specific Devices
8.3 Design of Conformance and Validation Tests
8.4 Advanced Testing Techniques
8.5 Results Analysis and Performance Optimization
8.6 Design and Test Documentation and Reporting
8.7 Implementation of Solutions for Failure Analysis
8.8 Certification Considerations
8.9 Case Studies and Real-Life Examples
8.90 Best Practices and Tips for Design and Testing JESD904B/C