Participants learn to connect and route high-speed components, including:
DDR3, DDR4, and LPDDR memory routing represents the pinnacle of hardware design complexity.
Data lines (DQ) within a byte lane must be precisely matched in length (often within mils) to prevent timing skew. 3. Advanced PCB Stackup and Layer Design Advanced PCB Stackup and Layer Design Hardware design
Hardware design software moves fast. A 2021 version of a course may use older versions of Altium or KiCad, making it difficult to follow along with the newest software updates and library management systems. 2. Security Hazards
Beyond the main course, Phil’s Lab provides numerous tutorials on ESD protection, thermal design, and aesthetic PCB design. Where to Find the Course Security Hazards Beyond the main course, Phil’s Lab
Designing boards that pass regulatory testing without interference. If you'd like, I can:
| Module | Lesson Focus | Key Topics Covered | | :--- | :--- | :--- | | | Course & System Overview | Introduces the ZettBrett hardware, prerequisites, and ECAD tool choice | | 2 | System-Level Design | Covers spec requirements, block diagram creation, and critical part selection (FPGA/SoC, memory, power, peripherals) | | 3 | Schematic Fundamentals | Teaches how to create clean, professional schematics, including symbol creation and Bill of Materials (BoM) management | | 4 | PCB Design Fundamentals | Provides guidelines for high-speed design, layer stacking, via sizing, BGA fan-out, and Design for Manufacturing (DFM) | | 5 | Build-Up, Stack-Up & Impedance | Explains controlled impedance for high-speed interfaces (USB, Ethernet, DDR), crucial for signal integrity | | 6 | Power Distribution Network (PDN) | Delves into designing robust power delivery for high-current digital ICs, including decoupling and plane design | | 7 | FPGA Configuration & I/O | Details the specific circuitry required to properly configure and interface with modern FPGAs/SoCs | | 8 | High-Speed Memory & Peripherals | Walks through the schematic and layout of DDR3 memory, Gigabit Ethernet, USB 2.0 HS, and eMMC storage | Ethical and Career Impact
Standard through-hole vias become capacitive and inductive liabilities at high frequencies. Advanced designs utilize: Connect an outer layer to an inner layer.
Mastering High-Speed Design: Advanced Digital Hardware Design (Phil's Lab)
You lose entry to private Discord servers or forums where students troubleshoot board layouts. 3. Ethical and Career Impact