Open Source Java Electronic Design Automation (EDA) Software - Page 5

mCon aims to be platform independent, complete IDE for micro controller development. The project will use Eclipse as its foundation and the initial goal is to support development for the microchip PIC microcontrollers.

mcuStudio is a development environment for Microcontrollers. It's based on Eclipse (plugin). The aim is to provide a high quality development environment for electronics. First editions will target Microchip Pic mcu's. Other mcu will be supported later.

SHELLEY Software HardwarE Light LanguagE Yep !

vIDE is a cross-platform tool for writing and simulating Verilog models. It provides user friendly project management and file editing, integrated simulation engine, waveform viewer, pre-compiled modules, and many other cool features.

vMAGIC is a Java-API which helps creating VHDL generators and analyzers. vMAGIC comprises three parts: 1st a VHDL'93 compliant parser, 2nd a programming model to easily create and modify VHDL constructs, and 3rd a VHDL Writer to generate code.

Virtual electronic circuit simulation with JAVA based schematic entry and wave viewer, based on (Berkeley) SPICE, for any OS/Server/Browser configuration. Due to missing public feedback for over one year its status is set to INACTIVE (1/2004) - sorry.

zamiaCAD is a modular and extensible platform for HW design, analysis, and research. It translates a HW description (VHDL or Verilog) into a language independent IG structure. Applications like a simulator and an eclipse GUI build on top of the IG.

ExpressLib is a Java library that can read and convert the file format of ExpressSCH/ExpressPCB

Open source JTAG/Boundary Scan platform

Display gerber pcb (RS 273X format) files and drill files.

UMHDL is an educational Integrated Development Environment (IDE) intended for learning digital designing with programmable logic devices using Hardware Description Languages (HDL) through simulation. It is an open-source application created at the Miguel Hernández University (UMH). The aim for the UMHDL development was to have a graphical application that allows learning the VHDL language without licensing restrictions (using some existing open-source tools) and requiring few resources. So, the interface developed acts as a front-end that allows writing code (with syntax highlighting), invokes an external VHDL compiler and simulator (such as GHDL), and displays the result of the simulation graphically as waveforms (invoking to GTKWave).

IVI is a graphical, interactive user-interface to various Open-Source HDL simulators. IVI is transitioning to using the Eclipse application framework.