RISC-V Architecture and DSP Processor Design: Design and implement a high-performance RISC-V DSP core from ISA to SoC
暫譯: RISC-V 架構與 DSP 處理器設計：從 ISA 到 SoC 設計與實現高效能 RISC-V DSP 核心
Zhiwei, Zhang
- 出版商: Packt Publishing
- 出版日期: 2026-04-30
- 售價: $1,690
- 貴賓價: 9.5 折 $1,605
- 語言: 英文
- 頁數: 280
- 裝訂: Quality Paper - also called trade paper
- ISBN: 1807600890
- ISBN-13: 9781807600891
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相關分類:
RISC-V、數位訊號處理 Dsp
海外代購書籍(需單獨結帳)
商品描述
Explore the design of a RISC-V DSP processor using the SpringCore architecture, covering pipeline design, DSP acceleration, LLVM toolchain support, debugging with OpenOCD, and integration into a real SoC
Key Features:
- Explore the SpringCore RISC-V DSP architecture and its custom ISA extensions
- Understand an 8-stage pipelined processor with Harvard memory and interrupt handling
- Examine the software ecosystem, including LLVM, Eclipse IDE, and OpenOCD debugging
Book Description:
RISC-V is reshaping processor innovation with its open and extensible instruction set architecture. But how are high-performance RISC-V digital signal processors (DSPs) designed in practice? This book explores that question through SpringCore, a RISC-V DSP architecture developed for real-time embedded control systems.
Using SpringCore as a case study, the book introduces the architecture of a modern DSP processor and explains key digital design techniques used in its implementation. You will explore DSP architecture concepts, design custom ISA extensions for fixed-point and floating-point acceleration, and examine an 8-stage pipelined processor with hazard handling, zero-overhead loops, a Harvard memory architecture, protection mechanisms, and interrupt handling. The book also covers the surrounding software ecosystem, including an LLVM-based toolchain, debugging with OpenOCD and JTAG, development with an Eclipse-based IDE, and simulation support using tools such as gem5. Finally, it demonstrates how the SpringCore architecture is implemented in the FDM320RV335 DSP chip, which runs at 150 MHz and integrates peripherals such as an ADC and PWM for real-time industrial control.
By the end, you will understand key DSP hardware architecture and custom ISA design principles through the practical example of SpringCore.
What You Will Learn:
- Understand DSP design principles and the RISC-V architecture
- Design custom ISA extensions for DSP acceleration
- Build an 8-stage pipelined RISC-V processor
- Implement high-performance MAC and multiplier units
- Design Harvard memory systems with protection mechanisms
- Optimize interrupt handling for real-time control
- Extend the LLVM backend for the SpringCore processor
- Develop software using the Eclipse IDE and OpenOCD debugging
Who this book is for:
This book is for computer architects, embedded systems engineers, DSP engineers, and RTL/FPGA designers interested in RISC-V processor implementation. It is also suitable for graduate students and researchers in computer architecture, VLSI, and SoC design who want to explore the SpringCore DSP architecture and its implementation. Familiarity with digital logic and processor architecture will help readers get the most from this book.
Table of Contents
- Introduction to Digital Signal Processors
- The RISC-V Architecture
- SpringCore Architecture
- SpringCore Pipeline Design
- Memory Access Architecture
- Arithmetic Units
- Exception and Interrupt Mechanisms
- Debugging Unit Design
- Software Development Environment
- SpringCore-based DSP Chips
商品描述(中文翻譯)
探索使用 SpringCore 架構設計 RISC-V DSP 處理器，涵蓋管線設計、DSP 加速、LLVM 工具鏈支援、使用 OpenOCD 進行除錯，以及整合到實際的 SoC 中
主要特點：
- 探索 SpringCore RISC-V DSP 架構及其自訂 ISA 擴展
- 理解具有哈佛記憶體和中斷處理的 8 階管線處理器
- 檢視軟體生態系統，包括 LLVM、Eclipse IDE 和 OpenOCD 除錯
書籍描述：
RISC-V 正在以其開放且可擴展的指令集架構重塑處理器創新。但高效能的 RISC-V 數位信號處理器 (DSP) 實際上是如何設計的？本書通過 SpringCore 探索這個問題，SpringCore 是一種為實時嵌入式控制系統開發的 RISC-V DSP 架構。
本書以 SpringCore 作為案例研究，介紹現代 DSP 處理器的架構，並解釋其實現中使用的關鍵數位設計技術。您將探索 DSP 架構概念，設計用於定點和浮點加速的自訂 ISA 擴展，並檢視具有危害處理、零開銷迴圈、哈佛記憶體架構、保護機制和中斷處理的 8 階管線處理器。本書還涵蓋周邊的軟體生態系統，包括基於 LLVM 的工具鏈、使用 OpenOCD 和 JTAG 進行除錯、使用基於 Eclipse 的 IDE 進行開發，以及使用 gem5 等工具的模擬支援。最後，展示了 SpringCore 架構如何在 FDM320RV335 DSP 晶片中實現，該晶片以 150 MHz 運行，並整合了 ADC 和 PWM 等外圍設備以進行實時工業控制。
到最後，您將通過 SpringCore 的實際範例理解關鍵的 DSP 硬體架構和自訂 ISA 設計原則。
您將學到的內容：
- 理解 DSP 設計原則和 RISC-V 架構
- 設計用於 DSP 加速的自訂 ISA 擴展
- 建立 8 階管線 RISC-V 處理器
- 實現高效能的 MAC 和乘法單元
- 設計具有保護機制的哈佛記憶體系統
- 優化實時控制的中斷處理
- 擴展 SpringCore 處理器的 LLVM 後端
- 使用 Eclipse IDE 和 OpenOCD 除錯開發軟體
本書適合對 RISC-V 處理器實現感興趣的計算機架構師、嵌入式系統工程師、DSP 工程師和 RTL/FPGA 設計師。也適合計算機架構、VLSI 和 SoC 設計的研究生和研究人員，想要探索 SpringCore DSP 架構及其實現。熟悉數位邏輯和處理器架構將幫助讀者充分理解本書內容。
目錄：
- 數位信號處理器簡介
- RISC-V 架構
- SpringCore 架構
- SpringCore 管線設計
- 記憶體存取架構
- 算術單元
- 異常和中斷機制
- 除錯單元設計
- 軟體開發環境
- 基於 SpringCore 的 DSP 晶片
