New course on FPGA practical training: schematic – PCB – board fabrication – debugging – code validation.
1) The course provides detailed explanations of schematic design and PCB layout wiring rules, writing detailed project design specifications, and understanding how to design each signal.
2) Core board + baseboard architecture; convenient for students to quickly apply to their own projects, enhancing flexibility.
3) The core board interface uses gold finger connections, consistent with DDR4 DIMM interfaces.
4) Layout and wiring diagram of the core board, for reference only.
5) Course price:
Core board + baseboard design as one complete course:
Course price: 899;
Course registration discount price: 499;
Course registration link on Taobao: Save the image and scan with Taobao to register.
Cost price for the core board + baseboard is provided, and students are also encouraged to complete hardware board design following the course, including self-fabrication and surface mount soldering.
Detailed course directory:
|
FPGA Core Board Design Practical – Directory |
|
Part One – Scheme Design |
|
FPGA Core Board Design Practical 01 – Course Introduction |
|
FPGA Core Board Design Practical 02 – Project Requirement Analysis |
|
FPGA Core Board Design Practical 03 – Project Processor Selection |
|
FPGA Core Board Design Practical 04 – Project Power Device Selection |
|
FPGA Core Board Design Practical 05 – Project Connector Selection |
|
FPGA Core Board Design Practical 06 – Project Board Layout Evaluation |
|
FPGA Core Board Design Practical 07 – Project Scheme Design |
|
FPGA Core Board Design Practical 08 – Project Connector Library Building |
|
FPGA Core Board Design Practical 09 – Project Component Library Building |
|
FPGA Core Board Design Practical 10 – Project Engineering File Establishment |
|
Part Two – Detailed Schematic Design |
|
FPGA Core Board Design Practical 11 – BANK0 Power Design |
|
FPGA Core Board Design Practical 12 – BANK0 ADC Pin Processing |
|
FPGA Core Board Design Practical 13 – BANK0 JTAG Design |
|
FPGA Core Board Design Practical 14 – BANK0 FPGA Configuration Explanation |
|
FPGA Core Board Design Practical 15 – BANK0 FPGA Configuration Design |
|
FPGA Core Board Design Practical 16 – BANK13 Power Design |
|
FPGA Core Board Design Practical 17 – BANK13 IO Design |
|
FPGA Core Board Design Practical 18 – BANK14 Power Design |
|
FPGA Core Board Design Practical 19 – BANK14 IO Design |
|
FPGA Core Board Design Practical 20 – BANK15 Power Design |
|
FPGA Core Board Design Practical 21 – BANK15 IO Design |
|
FPGA Core Board Design Practical 22 – BANK16 Power Design |
|
FPGA Core Board Design Practical 23 – BANK16 IO Design |
|
FPGA Core Board Design Practical 24 – BANK34/35 DDR Design Rules |
|
FPGA Core Board Design Practical 25 – BANK34/35 DDR Address and Control Signal Design |
|
FPGA Core Board Design Practical 26 – BANK34/35 DDR Data Signal Design |
|
FPGA Core Board Design Practical 27 – Project DDR3 Circuit Design |
|
FPGA Core Board Design Practical 28 – Project DDR3 Power Design |
|
FPGA Core Board Design Practical 29 – DDR3 Decoupling Capacitor Design |
|
FPGA Core Board Design Practical 30 – FPGA MGT High-Speed Interface Basics |
|
FPGA Core Board Design Practical 31 – MGT Interface Design |
|
FPGA Core Board Design Practical 32 – FPGA Decoupling Capacitor Design |
|
FPGA Core Board Design Practical 33 – FPGA Power Chip Interpretation |
|
FPGA Core Board Design Practical 34 – FPGA Power Timing Interpretation |
|
FPGA Core Board Design Practical 35 – FPGA Core Power Design |
|
FPGA Core Board Design Practical 36 – FPGA Other Power Designs |
|
FPGA Core Board Design Practical 37 – Project Board Interface Signal Definition |
|
FPGA Core Board Design Practical 38 – Project Board Interface Design |
|
Part Three – PCB Design Essentials |
|
FPGA Core Board Design Practical 38 – PCB Netlist |
|
FPGA Core Board Design Practical 39 – PCB Layout Analysis |
|
FPGA Core Board Design Practical 40 – PCB Layer Analysis |
|
FPGA Core Board Design Practical 40 – PCB Thickness, Layering, and Impedance |
|
FPGA Core Board Design Practical 42 – PCB Layout |
|
FPGA Core Board Design Practical 43 – PCB Wiring Rules Explanation |
|
FPGA Core Board Design Practical 44 – PCB Wiring Analysis |
|
FPGA Core Board Design Practical 45 – Gerber File Output for Board Fabrication |
|
Part Four – Board Fabrication, Placement, and Validation |
|
FPGA Core Board Design Practical 46 – Board Down and BOM Organization |
|
FPGA Core Board Design Practical 47 – Board Static Testing |
|
FPGA Core Board Design Practical 48 – Power On Testing |
|
FPGA Core Board Design Practical 49 – Clock Testing |
|
FPGA Core Board Design Practical 50 – Code Downloading and Validation |
|
Part Five – Supporting Baseboard Design |
|
FPGA Baseboard Design Practical 01 – Connector Design |
|
FPGA Baseboard Design Practical 02 – Power Design |
|
FPGA Baseboard Design Practical 03 – Gigabit Ethernet Port Design |
|
FPGA Baseboard Design Practical 04 – HDMI Design |
|
FPGA Baseboard Design Practical 05 – 232 Interface Design |
|
FPGA Baseboard Design Practical 06 – USB Interface Design |
|
FPGA Baseboard Design Practical 07 – FPGA and MCU Interconnection Interface Design |
|
FPGA Baseboard Design Practical 08 – Button/Indicator Light Design |
|
FPGA Baseboard Design Practical 09 – Baseboard PCB Layout Wiring Analysis |
|
FPGA Baseboard Design Practical 10 – Project Summary |