"EasyEDA" matching MCP servers:

MCP server for AI-assisted PCB design with EasyEDA Pro, enabling inspection, review, and automation of schematics, PCBs, and manufacturing export.

Enables inspection and controlled modification of EasyEDA/LCEDA Pro designs through domain interfaces for schematics, PCBs, pins, netlists, DRC, auto-layout/routing, and Gerber/BOM/pick-and-place export.

Enables MCP clients like Claude Code to control a running EasyEDA Pro instance for PCB design automation, including DRC checks, project management, and script execution via a bridge server.

Enables AI clients to design and edit JLC EDA professional projects through the official Run API Gateway, including component selection, schematic and PCB layout, net-by-net routing, DRC checks, and design verification with backups.

Enables MCP clients to control EasyEDA Pro for schematic and PCB design through natural language, bridging the EasyEDA API without external AI or API keys.

A bug-fix fork of the EasyEDA Pro MCP bridge that resolves six upstream bugs including silent BOM wipes, dead copper to SMD pads, and five-minute netlist hangs, hardened on a real board taken to fab.

Connects MCP clients to live EasyEDA Pro projects, enabling schematic and PCB inspection and editing through natural language.

It bridges Codex to a running EasyEDA Pro (JLCEDA) instance over the official Run API Gateway, so the agent can check bridge status, list and select connected EDA windows, and execute JavaScript against the live editor runtime. This enables scripted inspection and modification of schematics, PCBs, and libraries (e.g. creating, reading back, and deleting primitives) directly from an AI assistant.

Enables MCP-capable AI agents to generate and reorganize schematics, resolve LCSC components, place and route PCBs with custom DRC constraints, inspect design data, and safely apply, repair, or restore changes in native EasyEDA Pro and JLCEDA documents.

Enables MCP-compatible AI tools to connect over stdio to EasyEDA's official local HTTP Bridge, inspect bridge and connected-window status, and execute JavaScript in a specified EasyEDA window.

Enables AI-powered autonomous hardware design within EasyEDA Pro, allowing users to create schematics, PCB layouts, and manufacturing files using natural language. It integrates direct EDA tool control with an engineering knowledge base and real-time component searching via JLCPCB and LCSC.

Enables LLMs to read, query, search, and manipulate a live schematic or PCB canvas in the browser, including retrieving the active document, searching the LCSC parts database, and placing components, drawing wires, and updating net names. Bridges an MCP client to the editor via a WebSocket extension so changes appear in real time.

Automates PCB design from idea to fabrication: sources JLCPCB parts, fetches pin maps from EasyEDA, places and wires footprints in KiCad, and hands off to EasyEDA for auto-routing and ordering — all via Claude Code.

Enables interaction with EasyEDA Pro by exposing 760 official API methods as MCP tools, along with plugin import and browser console debugging capabilities.

Local Model Context Protocol server that exposes EasyEDA Pro design capabilities as MCP tools, enabling project inspection, schematic editing, PCB design, validation, and manufacturing exports through natural language.

Enables MCP/AI clients to read project state and execute protected PCB operations in EasyEDA Pro via a local Bridge and official extension APIs.

Enables an AI assistant to drive a live EasyEDA Pro editor for end-to-end PCB design: searching the LCSC library for parts, placing and wiring schematic symbols, transferring the design to the board, placing footprints, routing tracks and vias, drawing outlines and silkscreen, pouring copper, running DRC, and exporting BOM, pick-and-place, netlist, DXF and Gerber fabrication files.

Connects a DeepSeek Harness agent to 嘉立创EDA专业版 / EasyEDA Pro through a local loopback bridge and JLCEDA extension, letting it search and place components, draw wires, net flags and labels, inspect and delete primitives, and save or zoom schematic documents. It also covers PCB work: placement and movement of components, tracks, vias, regions and board outlines, auto-place and auto-route with job polling, DRC, copper pours, and Gerber export.