Open Source VHDL/Verilog Software - Page 4

Labcoat for SuperWikia Alpha fabrication manages new or revised fabrication processes. Its 'Cleanroom' applets allow codesmiths to access the lab environment, used to create semiconductors, substrate prototypes, chipset instruction blocks and other Labcoat projects. Our extensions in future releases will include UML support for C#/C++ conforming projects, import/export architecture schematics and refactoring sub-projects.

The system allows running and controlling the MAC controller on the Xilinx board with Virtex. This way the project provides a set of features and functionality to easy build the application and eCos and TCP/IP FreeBSD with access to Xilinx MAC controller

Expansion card for 8 bit computer Sharp MZ-800. Connection to SD / MMC card with FAT16 filesystem. Emulated FD controller. MZF repository. This project is already stoped. Please see the MZ800 Unicard 2nd generation https://sourceforge.net/projects/mz800ukp1/

Sharp MZ800 univerzalni karta periferii 1 ----------------------------------------- Contains peripherals: emulator of FDC WD279x, RTC, single channel SIO, repository manager, LAN10Mbit Chips on the card: STM32F101, XC9356, ENC28J60, FT232RL, MAX3232

Video and files download for Visual trading idea to C++ or FPGA HFT Meetup File download sample: test model (Matlab 2014b with Visual Studio 2013 C++ project generated) Powerpoint MATLAB SIMULINK http://quantlabs.net/blog/2015/04/video-and-files-download-for-visual-trading-idea-to-c-or-fpga-hft-meetup/

Verilog-A Implementation of the Mextram Bipolar Transistor Model

MiniLA logic analyzer software and hardware

Minimig is an open source FPGA Amiga chipset re-implementation created and designed by Dennis van Weeren - http://home.hetnet.nl/~weeren001/

NOCEXplore is a Network-on-Chip design exploration tool based on SystemC. It includes libraries and executables for easy and fast upgradeable NoC models and a set of shell scripts. The project started during the PhD of Stefano Gigli at DII of Universita' Politecnica delle Marche (http://www.dii.univpm.it/) under the supervision of Prof. Massimo Conti and contribution of several students.

The project goal is to develop several IP cores that would implement artificial neural networks using FPGA resources. These cores will be designed in such a way to allow easy integration in the Xilinx EDK framework.

The OS561 operating system based around FORTH/Java. The OS is to run on a VHDL chip OpenHardware design called the Minon, but could become available for other platforms. The unique point of the design is a revolutionary data compression technology.

This card will capture High Definition Video 1280x720 at 30fps, and soon be capable of 60fps and maybe even 1080p. This is a hardware project so source code, RTL, and board CAD files will be involved. All IC's and parts should be easily available.

A hardware project to interface a microcontroller (currently PIC family) to a LED driver consisting of a CPLD to drive an LED array with 35 LEDs... The source codes (c/vhdl) and schematics are going to be freely available

Open RVC-CAL to HDL (ORC2HDL) is an Eclipse Plugin which uses the Open RVC-CAL Compiler (ORCC) and the openForge HDL Synthesizer. This plugin gives the ability to generate HDL code from a RVC-CAL model.

OpenWebServo is an Open Source Hardware and Software project. Its main goal is to develop a web-controlled servo system. The project includes web application, firmware and hardware design.

Software to support the JTAG bus (IEEE 1149.1). Primary purpose is for a JTAG programmer/debugger using FPGA's to provide ability to test and program JTAG devices.

Documentation, simulator, compiler, and Verilog implementation of a completely open-architecture graphics processing unit. This design is intended for academic and commercial purposes. The first step is to develop a detailed GPU simulator and compiler. The second step is to implement the GPU in synthesizable Verilog. The third step is to develop a feedback loop between the simulator and implementation, allowing power, performance, and reliability aspects of the hardware to feed back into ever more detailed and accurate simulations of a complete GPU. LICENSING Primary licensing is GPLv3. Secondary is Commercial. Commercial licensing (use incompatible with GPLv3) will be available via an elected or appointed non-profit Facilitator. Revenue will be invested per the discretion of the Facilitator and an advisory board. By contributing to this project, you agree to these terms. [See our Wiki for more information](https://sourceforge.net/p/openshader/wiki/)

A software package that will combine different embedded computing platforms with home exercise equipment and a Qt client program in order to provide tracking of health and exercise performance.

Design and implementation of silicon and software for baseband processors conforming to IEEE wireless standards. Initial focus on WiMAX and WiFi.

This is a hardware/software simple USB Digital Storage Oscilloscope project.

A methodology to create netlists for printed circuit board layout using a novel PCB specific HDL as the source language.

Attempt to implement DEC PDP-11 minicomputer in Xilinx FPGA

Powerful Verilog Preprocessor. PLP stands for Perl Pre-processor. Perl is used as "control language" that is embedded in the Verilog code (or any other code) to generate code on the fly. It is used commonly as a Verilog pre-processor but can be used with any target/output language (C, C++, Java, VHDL, plain text etc)

Parallelsimu provides interfaces for parallel simulation of RTL descriptions of complex hardware designs(SoCs, CPUs and etc.) written in Verilog HDL.

This project introduces new FPGA architectural tools and Linux OS modifications that aid in supporting Dynamic Partial Reconfiguration (DPR) on FPGAs for concurrent control. It shows that control systems benefit from hardware concurrency, meaning that by moving the control intelligence into hardware, the negative effects inherent to threads and their scheduler are minimized. This leaves software with the role of a high-level administrator rather than an executor, thereby eliminating unnecessary bottlenecks. The tools described in this project enable the hardware engineer to develop DPR-FPGA systems more effectively for rapid control system development. For more information, related papers and user guide, please refer to: - https://sourceforge.net/p/prhardware/wiki/Home/ - http://www2.ensc.sfu.ca/research/iDEA/personel/victor_lesau.htm