How do I use jlceda-mcp-server?

1. Click on "Deploy Server". 2. Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state. 3. In the chat, type @ followed by the MCP server name and your instructions, e.g., "@jlceda-mcp-server route a track from R1 pin 1 to C2 pin 2" That's it! The server will respond to your query, and you can continue using it as needed. Here is a step-by-step guide with screenshots.

jlceda-mcp-server

by hevents

Overview Schema Source Related Servers Discussions Admin

TypeScript

Local

jlceda-mcp-server

本项目上传的文件完全由opus4.6完成，有问题请问agent

嘉立创 EDA MCP Server — 让 AI 编程助手直接操控嘉立创 EDA 的 PCB 自动化工具集。

通过 Model Context Protocol 暴露 39 个 PCB/原理图工具，在 Claude Code / Cursor / Windsurf 等 AI IDE 中直接执行元件移动、走线、铺铜、DRC 等操作。内置 PCB Agent 可自主编排多步操作完成复杂任务。

架构

AI IDE ──stdio──> mcp-server ──WebSocket──> gateway ──> jlc-bridge 插件 ──> 嘉立创 EDA

MCP server 通过 stdio 与 AI IDE 通信，内部维护 WebSocket 连接到 gateway 的 /ws/bridge 端点，转发命令给 jlc-bridge 插件控制 EDA 编辑器。

本仓库包含两个组件：

src/ — MCP Server（Node.js，39 个 PCB/原理图工具 + Agent）
jlc-bridge/ — 嘉立创 EDA 扩展插件（运行在 EDA 内部，执行实际操作）

Related MCP server: KiCad MCP Server

前置条件

Node.js >= 18
gateway 运行中（默认端口 18800）
jlc-bridge 插件已连接嘉立创 EDA

安装 & 构建

npm install
npm run build

配置

在你的项目目录下创建 .mcp.json：

{
  "mcpServers": {
    "jlceda": {
      "command": "node",
      "args": ["<path-to>/jlceda-mcp-server/dist/index.js"],
      "env": {
        "GATEWAY_WS_URL": "ws://127.0.0.1:18800/ws/bridge",
        "ANTHROPIC_API_KEY": "sk-ant-..."
      }
    }
  }
}

配置完成后重启 AI IDE，即可在对话中使用所有工具。

环境变量

变量	默认值	说明
`GATEWAY_WS_URL`	`ws://127.0.0.1:18800/ws/bridge`	Gateway WebSocket 地址
`ANTHROPIC_API_KEY`	—	Anthropic API Key（设置后启用 pcb_agent 工具）
`AGENT_MODEL`	`claude-sonnet-4-20250514`	Agent 使用的模型

工具清单 (39 个)

状态查询 (9)

工具	说明
`pcb_get_state`	获取 PCB 完整状态（元件、网络、板框）
`pcb_screenshot`	截取编辑器截图（base64 PNG）
`pcb_run_drc`	运行 PCB 设计规则检查
`pcb_get_tracks`	查询走线段，可按网络/层过滤
`pcb_get_pads`	查询焊盘信息，可按位号过滤
`pcb_get_net_primitives`	查询指定网络的所有图元
`pcb_get_board_info`	获取工程信息
`pcb_get_feature_support`	查询 bridge 支持的功能列表
`pcb_ping`	检查 bridge 连接状态

元件操作 (6)

工具	说明
`pcb_move_component`	移动元件到指定坐标
`pcb_relocate_component`	安全搬迁元件（自动断开走线）
`pcb_batch_move`	批量移动多个元件
`pcb_select_component`	在编辑器中选中元件
`pcb_delete_selected`	删除当前选中的对象
`pcb_create_component`	从库中放置元件到 PCB

走线 / 过孔 (4)

工具	说明
`pcb_route_track`	画走线（指定网络、路径点、层、线宽）
`pcb_create_via`	创建过孔
`pcb_delete_tracks`	删除走线
`pcb_delete_via`	删除过孔

铺铜 / 禁布区 (4)

工具	说明
`pcb_create_copper_pour`	创建矩形铺铜区域
`pcb_delete_pour`	删除铺铜
`pcb_create_keepout`	创建矩形禁布区
`pcb_delete_keepout`	删除禁布区

丝印 (3)

工具	说明
`pcb_get_silkscreens`	查询所有丝印文字
`pcb_move_silkscreen`	移动丝印
`pcb_auto_silkscreen`	自动排列丝印（避免重叠）

高级约束 (6)

工具	说明
`pcb_create_diff_pair`	创建差分对
`pcb_list_diff_pairs`	列出所有差分对
`pcb_delete_diff_pair`	删除差分对
`pcb_create_equal_length`	创建等长组
`pcb_list_equal_lengths`	列出所有等长组
`pcb_delete_equal_length`	删除等长组

原理图 / 文档 (4)

工具	说明
`sch_get_state`	读取原理图状态
`sch_get_netlist`	导出网表
`sch_run_drc`	运行原理图 DRC
`pcb_open_document`	切换到指定文档（原理图或 PCB）

PCB Agent (1)

工具	说明
`pcb_agent`	智能 Agent — 给出高层任务，自主编排多步操作完成（需 ANTHROPIC_API_KEY）

计算工具 (2)

工具	说明
`calc_impedance`	计算走线阻抗，或根据目标阻抗反算线宽（微带线/带状线/差分）
`calc_trace_width`	根据载流要求计算最小走线宽度 (IPC-2221)

所有坐标参数单位为 mil（密耳），与嘉立创 EDA bridge 一致。

项目结构

├── src/                          # MCP Server 源码
│   ├── index.ts                  # MCP 入口（stdio transport）
│   ├── bridge-client.ts          # WebSocket 客户端，连接 gateway bridge
│   ├── calculators.ts            # 阻抗/线宽纯计算函数
│   ├── agent.ts                  # PCB Agent 核心（工具注册表 + tool-use 循环）
│   └── tools/
│       ├── state.ts              # 状态查询 (7)
│       ├── components.ts         # 元件操作 (3)
│       ├── routing.ts            # 走线/过孔 (4)
│       ├── copper-keepout.ts     # 铺铜/禁布区 (4)
│       ├── silkscreen.ts         # 丝印 (3)
│       ├── advanced.ts           # 差分对/等长组 (4)
│       ├── schematic.ts          # 原理图 (3)
│       ├── calculators.ts        # 阻抗/线宽计算工具 (2)
│       └── agent.ts              # PCB Agent 工具注册 (1)
├── jlc-bridge/                   # 嘉立创 EDA 扩展插件
│   ├── src/index.ts              # 插件主入口（2700+ 行）
│   ├── extension.json            # 插件清单
│   ├── build/pack.js             # 打包脚本（生成 .eext/.lcex）
│   ├── package.json
│   └── tsconfig.json
├── dist/                         # MCP Server 编译输出
├── package.json
└── tsconfig.json

核心模块

bridge-client.ts

WebSocket 客户端，连接 gateway /ws/bridge。

协议：发送 {type:'command', id, timestamp, payload:{action, params}}，接收 {type:'result', payload:{commandId, success, data, error}}
命令超时 60 秒
断线自动重连（3 秒间隔）
懒连接：首次调用 command() 时才建立 WebSocket

agent.ts

PCB 智能 Agent 核心，基于 Anthropic Claude API 的 tool-use 循环。

工具注册表：将 28 个 bridge 动作映射为 Anthropic tool-use 格式
Agent 循环：system prompt → messages.create → 执行 tool_use → 追加 tool_result → 继续循环
最大轮次限制（默认 20），防止无限循环
收集每步执行日志，最终一起返回
零额外基础设施，纯 @anthropic-ai/sdk 实现

jlc-bridge 插件

运行在嘉立创 EDA 内部的扩展插件，负责执行实际的 PCB/原理图操作。

通过 WebSocket 连接 gateway，接收并执行命令
支持文件轮询回退（当 WebSocket 不可用时）
50+ 个底层操作函数（元件移动、走线、铺铜、DRC 等）
打包为 .eext / .lcex 格式，在嘉立创 EDA 扩展管理器中安装

构建插件：

cd jlc-bridge
npm install
npm run build    # 编译 + 打包为 .eext

使用示例

在 AI IDE 中直接用自然语言：

> 获取当前 PCB 状态
  → 调用 pcb_get_state

> 把 U1 移到 (1000, 2000)
  → 调用 pcb_move_component {designator:"U1", x:1000, y:2000}

> 运行 DRC 检查
  → 调用 pcb_run_drc

> 在 GND 网络顶层铺铜，范围 (0,0) 到 (2000,4000)
  → 调用 pcb_create_copper_pour {net:"GND", layer:1, x1:0, y1:0, x2:2000, y2:4000}

> 创建 USB 差分对
  → 调用 pcb_create_diff_pair {name:"USB", posNet:"USB_DP", negNet:"USB_DN"}

> 分析当前布局并给出优化建议
  → 调用 pcb_agent {task:"分析当前布局并给出优化建议"}
  → Agent 自主调用 get_state → 分析 → 给出建议

验证

# 编译
npm run build

# 测试 MCP 协议（不需要 gateway）
echo '{"jsonrpc":"2.0","method":"initialize","params":{"protocolVersion":"2024-11-05","capabilities":{},"clientInfo":{"name":"test","version":"1.0"}},"id":0}
{"jsonrpc":"2.0","method":"tools/list","id":1}' | node dist/index.js

# 端到端测试（需要 gateway + jlc-bridge 运行）
# 在 AI IDE 中说 "获取当前 PCB 状态" 即可验证

技术栈

TypeScript 5.7, ES2022 modules
@modelcontextprotocol/sdk ^1.12 — MCP 协议实现
@anthropic-ai/sdk ^0.39 — Claude API（Agent tool-use 循环）
ws ^8 — WebSocket 客户端
zod ^3.23 — 工具参数 schema 定义

License

MIT

Available Tools

43 tools

calc_impedanceB

计算 PCB 走线阻抗，或根据目标阻抗反算线宽。支持微带线/带状线/差分模式

Inputs: type (required), height (required), er, width, +3 more.

calc_trace_widthA

根据载流要求计算最小走线宽度 (IPC-2221)

Inputs: current (required), layer, tempRise, thickness.

pcb_auto_silkscreenA

自动排列所有丝印（避免重叠）

Inputs: no named parameters.

pcb_batch_moveB

批量移动多个元件

Inputs: moves (required).

pcb_create_componentB

从库中放置元件到 PCB

Inputs: x (required), y (required), layer (required), libraryUuid (required), +2 more.

pcb_create_copper_pourC

创建矩形铺铜区域

Inputs: x1 (required), x2 (required), y1 (required), y2 (required), +2 more.

pcb_create_diff_pairC

创建差分对

Inputs: name (required), negNet (required), posNet (required).

pcb_create_equal_lengthC

创建等长组

Inputs: name (required), nets (required).

pcb_create_keepoutC

创建矩形禁布区

Inputs: x1 (required), x2 (required), y1 (required), y2 (required), +1 more.

pcb_create_viaC

创建过孔

Inputs: x (required), y (required), net (required), drill (required), +1 more.

pcb_delete_diff_pairB

删除差分对

Inputs: name (required).

pcb_delete_equal_lengthC

删除等长组

Inputs: name (required).

pcb_delete_keepoutB

删除禁布区

Inputs: primitiveId (required).

pcb_delete_pourC

删除铺铜

Inputs: primitiveId (required).

pcb_delete_selectedB

删除当前选中的对象

Inputs: no named parameters.

pcb_delete_tracksC

删除走线

Inputs: primitiveIds (required).

pcb_delete_viaC

删除过孔

Inputs: primitiveIds (required).

pcb_get_board_infoB

获取工程信息（板名、层数等）

Inputs: no named parameters.

pcb_get_feature_supportA

查询 bridge 支持的功能列表

Inputs: no named parameters.

pcb_get_net_primitivesB

查询指定网络的所有图元

Inputs: net (required).

pcb_get_padsB

查询焊盘信息

Inputs: designator.

pcb_get_silkscreensB

查询所有丝印文字

Inputs: no named parameters.

pcb_get_stateB

获取 PCB 完整状态（元件、网络、板框等）

Inputs: no named parameters.

pcb_get_tracksC

查询走线段

Inputs: net, layer.

pcb_list_diff_pairsA

列出所有差分对

Inputs: no named parameters.

pcb_list_equal_lengthsA

列出所有等长组

Inputs: no named parameters.

pcb_move_componentB

移动元件到指定坐标 (mil)

Inputs: x (required), y (required), designator (required), rotation.

pcb_move_silkscreenC

移动丝印文字

Inputs: x (required), y (required), primitiveId (required), rotation.

pcb_open_documentC

切换到指定文档（原理图或 PCB）

Inputs: uuid (required).

pcb_pingB

检查 bridge 连接状态

Inputs: no named parameters.

pcb_relocate_componentB

安全搬迁元件（自动断开走线）

Inputs: x (required), y (required), designator (required), rotation.

pcb_route_trackC

画走线

Inputs: net (required), layer (required), width (required), points (required).

pcb_run_drcA

运行 PCB 设计规则检查 (DRC)

Inputs: no named parameters.

pcb_screenshotA

截取当前 PCB 编辑器截图

Inputs: no named parameters.

pcb_select_componentB

在编辑器中选中元件

Inputs: designator (required).

sch_clear_schematicA

清空当前原理图的所有元件/导线/网络标号/连接点（重绘前清理）

Inputs: no named parameters.

sch_create_componentA

在原理图放置元件。可直接传 libraryUuid+uuid，或传 lcsc/query 由 easyeda-agent 自动解析 device identity（路线1：LCSC 取件解析器）。先试 JLCMCP 原生创建，失败降级委派 easyeda-agent。

Inputs: x (required), y (required), lcsc, uuid, +5 more.

sch_create_junctionB

在原理图放置连接点（junction）

Inputs: x (required), y (required).

sch_create_netlabelA

在原理图放置网络标号（绑定到导线上）

Inputs: x (required), y (required), net (required), orientation.

sch_create_wireA

在原理图绘制正交导线（points 为 "x1 y1 x2 y2 ..." 空格分隔的点串）

Inputs: points (required), color, lineWidth.

sch_get_netlistC

导出网表

Inputs: type.

sch_get_stateB

读取原理图状态

Inputs: no named parameters.

sch_run_drcB

运行原理图 DRC

Inputs: strict.

Tool Schema Changelog

Recent tool additions, removals, and schema changes observed during successful MCP inspections.

Loading tool schema changelog…

Deploy Server

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TDQS

C2.9/5.0

Scored 2026-08-31 05:25 across 43 tools

Disambiguation3/5

Most tools are separated by domain prefixes and resource types, but pcb_relocate_component, pcb_move_component, and pcb_batch_move are easily confused; read operations also mix get/list/query with overlapping scopes. Descriptions are often terse, so an agent may pick the wrong movement or query tool.

Naming Consistency4/5

Tool names consistently use snake_case and domain prefixes (pcb_, sch_, calc_), with mostly verb_noun structure. Minor inconsistencies exist: delete_tracks is plural while delete_via is singular, and read operations alternate between get_, list_, and query_.

Tool Count2/5

43 tools is a large surface for an agent to navigate; while EDA automation is broad, many operations overlap in purpose and the count exceeds what is needed for a coherent tool set. It feels more like a full API dump than a curated MCP surface.

Completeness4/5

The set covers the main PCB workflow: components, routing, vias, pours, keepouts, silkscreen, diff pairs, equal-length tuning, DRC, schematic entry, netlist export, and calculators. Gaps include no dedicated schematic object deletion (only clear-all) and no component editing beyond placement/movement, but these are workable.

Resources

Related MCP Connectors

Autonomous 0-DRC PCB Routing Foundry & Hardware MCP ServerB
io.github.calligraphysystems
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EasyGerber: AI PCB design, layout, and routingA
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EasyGerber brings AI printed circuit board (PCB) design, layout, and routing to MCP-compatible assistants. Describe a circuit or start from firmware pin assignments, search published electronic components, and build schematics using catalog parts with their footprints and available 3D models. Create and revise boards, generate layouts with automatic component placement and routing, inspect previews, and check saved layouts for blocking design issues. Export manufacturing ZIPs containing Gerber and drill files, a bill of materials, and component placement data, or download an editable EasyGerber (.egb) file. Start without signing up. Your agent uses one private board reference to create and continue a board, including catalog access, edits, layout, checks, previews, and exports, without a separate guest setup step or token to manage. To keep the board in your account or work with permitted saved personal or organization boards, complete EasyGerber sign-in and OAuth consent, then resume the same task. Account permissions, plan limits, and generation billing apply; support depends on your MCP client and installed integration.
AI & Machine Learning Design Tools Embedded system
161
https://www.easygerber.com/api/mcp
ClawLink
dev.claw-link
MCP server connecting AI agents to 100+ apps (Gmail, Slack, Notion, GitHub) via one-click OAuth.
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24
https://claw-link.dev/api/mcp
LabWired
io.github.w1ne
Design circuits, simulate and verify embedded firmware, and lay out PCBs with AI agents.
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190
https://api.labwired.com/mcp

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jlceda-mcp-server

本项目上传的文件完全由opus4.6完成，有问题请问agent

架构

前置条件

安装 & 构建

配置

环境变量

工具清单 (39 个)

状态查询 (9)

元件操作 (6)

走线 / 过孔 (4)

铺铜 / 禁布区 (4)

丝印 (3)

高级约束 (6)

原理图 / 文档 (4)

PCB Agent (1)

计算工具 (2)

项目结构

核心模块

bridge-client.ts

agent.ts

jlc-bridge 插件

使用示例

验证

技术栈

License

Available Tools

Tool Schema Changelog

TDQS

Resources

Related MCP Connectors

Related MCP Servers

easyeda-mcp

KiCad MCP Server

jlceda-mcp-server

kicad-mcp