第一阶段
Verilog Synthesis |
Topic |
Course overview; Introduction to synthesis, ASIC&FPGA design flows, technology libraries, wire load modeling; timing constraints, synthesis software overview |
Verilog Synthesis I: Data types, numbers, continuous assignments, procedural assignments, combinational logic and flip-flop inferences |
Verilog Synthesis II: Operators, if-else and case statements, intentional and unintentional latch inference |
Verilog Synthesis III: Synthesis of latches and flip-flops; blocking and nonblocking assignments; synthesis of loops, tasks, functions and parameters; finite state machine design |
第二阶段
Implementation Technologies and System-on-Chip Concepts |
Topic |
Programmable logic including FPGA: History, taxonomy, architectures & device examples |
“Real World ASIC Design” (Source: NEC Electronics America. Used by permission) ASIC design flow, signal integrity, design size, tests, design for manufacturing (DFM) |
System-on-Chip (SoC) Concepts: SoC components, on-chip and off-chip busses, IP blocks |
SoC graphics subsystems; SoC design verification |
第三阶段
Digital System Timing Fundamentals |
Topic |
Why timing matters. Scaling of wires: The dark side of Moore’s law. Combinational timing modeling and analysis by critical path method |
Sequential system timing: Clocks, register timing modeling. Setup and hold path analysis |
Delay-locked and phase-locked loops, module port timing characterization (pin timing) |
Reset timing: Synchronous or asynchronous? Timing-driven synthesis, timing optimizations: Clock skew and register retiming, static timing analysis. |
第四阶段
Advanced Digital System Timing |
Topic |
Synchronization and metastability |
Synchronizer design |
Multi-clock design techniques, signaling across clock domains |
Self-timed logic design |
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