VLSI/FPGA Design P3: Common Used Hardware Architectures

Unlock the secrets of Digital IC and FPGA design with this comprehensive course! This chapter dives into essential hardware architectures crucial for building complex systems like RISC-V CPU cores and AI accelerators.

You'll explore fundamental concepts and practical applications, including:

• SRAM Behavior & Usage: Understand how SRAM works and best practices for its implementation.
• Handshake Interfaces & Synchronous FIFOs: Learn about reliable data transfer mechanisms.
• Pipelining for Maximum Clock Frequency: Optimize your designs for speed and performance.
• Arbiters: Master techniques for managing resource contention.
• Cross-Clock Domain (CDC) & Asynchronous FIFOs: Handle data transfer across different clock domains.
• Ping-Pong FIFOs: Implement efficient data buffering.
• Pipelining with Control (Feedback): Enhance pipeline functionality with feedback mechanisms.
• Pipelining with Hazards & Forward Path: Mitigate pipeline stalls and improve throughput.
• Slide Window Architecture: Explore advanced data processing techniques.

Each section features a coding exercise with reference code, gradually increasing in complexity from a few lines to over 200 lines, culminating in a substantial final project (1000+ lines). This hands-on approach ensures you gain practical skills.

Special Offer: Contact SKY (DM or E-mail to [email protected]) for a special price of $12.99 USD!

This chapter is part of a broader course covering:

• Digital IC and FPGA design fundamentals
• 12+ coding exercises to reinforce learning
• 3 comprehensive course projects for real-world application

Theory covered: MOS transistors, logic cells, arithmetic data paths, Verilog language, common hardware function blocks and architectures, Static Timing Analysis (STA), on-chip buses (APB/AHB-Lite/AXI4), low-power design, Design for Testability (DFT), and System-on-Chip (SOC) design (MCU level).

Key Function Blocks & Architectures: Finite State Machines (FSM), pipelining, arbiters, CDC, synchronous FIFOs, asynchronous FIFOs, ping-pong FIFOs, pipelining with control, slide window, pipeline hazards and forward paths, and systolic arrays.

Project Examples: SHA-256 algorithm implementation with simple and APB/AXI interfaces, and a 2D DMA controller with APB/AXI interfaces.

This course equips you with the essential knowledge and skills to succeed in the field of digital design. I'll explain the "what," "how," and "why" behind these architectures, encouraging you to excel.

Browse my Udemy homepage for detailed information on each chapter.