Claude와 같은 AI 조수를 가능하게하는 모델 Context Protocol (MCP) 서버는 AMD/Xilinx Vivado FPGA 개발 도구와 직접 상호 작용합니다.

특징

• Session Management: Start/stop persistent Vivado TCL 세션 (명령 당 30s 시작) -Project Management: Open/close Vivado 프로젝트(.xpr 파일)
• Design Flow: 합성, 구현 및 비트스트림 생성 -Reports & Analysis: 타이밍 summaries, 활용 보고서 및 설계 분석
• Design Queries: 계층 구조, 항구, 그물 및 세포를 탐구
• Simulation: Vivado의 통합 시뮬레이터(xsim) -Raw TCL: 고급 작업을 위한 arbitrary Vivado TCL 명령 실행

요구 사항

• 파이썬 3.10+
• AMD/Xilinx Vivado 설치 (2023.2+)
• Vivado는 PATH에 있어야하며 세션을 시작할 때 전체 경로 지정

설치

GitHub에서

Claude 코드 구성

Claude Code MCP 구성에 추가 (~/.claude/claude_desktop_config.json 또는 프로젝트 레벨 .mcp.json):

또는 Python 해석기를 지정하려면:

사용법

구성되면 Claude는 Vivado와 자연 언어를 통해 상호 작용할 수 있습니다. 작업 흐름:

1. 명세.

Vivado MCP Server

A Model Context Protocol (MCP) server that enables AI assistants like Claude to directly interact with AMD/Xilinx Vivado FPGA development tools.

Features

• Session Management: Start/stop persistent Vivado TCL sessions (avoids 30s startup per command)
• Project Management: Open/close Vivado projects (.xpr files)
• Design Flow: Run synthesis, implementation, and bitstream generation
• Reports & Analysis: Get timing summaries, utilization reports, and design analysis
• Design Queries: Explore hierarchy, ports, nets, and cells
• Simulation: Control Vivado’s integrated simulator (xsim)
• Raw TCL: Execute arbitrary Vivado TCL commands for advanced operations

Requirements

• Python 3.10+
• AMD/Xilinx Vivado installed (tested with 2023.2+)
• Vivado must be in your PATH, or specify the full path when starting a session

Installation

From GitHub

git clone https://github.com/coreyhahn/vivado_mcp.git
cd vivado_mcp
pip install -e .

Configure Claude Code

Add to your Claude Code MCP configuration (~/.claude/claude_desktop_config.json or project-level .mcp.json):

{
  "mcpServers": {
    "vivado": {
      "command": "vivado-mcp"
    }
  }
}

Or if you want to specify the Python interpreter:

{
  "mcpServers": {
    "vivado": {
      "command": "python",
      "args": ["-m", "vivado_mcp"]
    }
  }
}

Usage

Once configured, Claude can interact with Vivado through natural language. Example workflow:

1. Start Vivado session: “Start a Vivado session”
2. Open project: “Open my project at /path/to/project.xpr”
3. Run synthesis: “Synthesize the design”
4. Check timing: “What’s the timing summary? Is timing met?”
5. Check utilization: “Show me the resource utilization”
6. Close session: “Stop the Vivado session”

Available Tools

Session Management

• start_session - Start a persistent Vivado TCL session
• stop_session - Stop the Vivado session
• session_status - Get session statistics

Project Management

• open_project - Open a Vivado project (.xpr)
• close_project - Close the current project
• get_project_info - Get project information (part, directory, etc.)

Design Flow

• run_synthesis - Run synthesis
• run_implementation - Run place and route
• generate_bitstream - Generate bitstream

Reports & Analysis

• get_timing_summary - Get timing summary (WNS, TNS, WHS, THS)
• get_timing_paths - Get detailed timing paths for failing/critical paths
• get_utilization - Get resource utilization (LUTs, FFs, BRAMs, DSPs)
• get_clocks - Get clock information
• get_messages - Get synthesis/implementation messages

Design Queries

• get_design_hierarchy - Get module/instance hierarchy
• get_ports - Get top-level ports
• get_nets - Search for nets
• get_cells - Search for cells/instances

Simulation

• launch_simulation - Launch behavioral/post-synth/post-impl simulation