Day 1
Module 1 : Space-Grade FPGA Technologies
- One-Time Programmable FPGAs
- Flash FPGAs
- SRAM FPGAs
- A comparison of FPGA technologies and SEE mitigation
Module 2 : Space-Grade FPGA Fabrics & Resources
- One-Time Programmable fabrics & resources
- Flash fabrics & resources
- SRAM fabrics & resources
- A comparison of FPGA fabrics and SEE mitigation
Module 3 : A Comparison of Space-Grade FPGAs Implementing Spacecraft IP
- A comparison of devices, specifications and resources
- A comparison of devices implementing spacecraft IP
- A comparison of design software
- A comparison of hardware debug features
Module 4 : FPGA System Architecture Design
- How to power, sequence and clock your FPGAs, high-speed serial links
- Space-grade, low-voltage, high-current DC-DC converters
- Space-grade oscillators
Module 5 : Hardware Design-In of Space-Grade FPGAs
- Signal Integrity, PDN design & power-estimation spreadsheets and high-speed serial links
- Right-first-time PCB design
- Design-for-EMC stack-up design and using your PCB as the heatsink
Module 6 : HDL Coding Techniques for High-Reliability Applications
- Best practice coding techniques for space applications