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Wing - Zigbee Wingbpw5004-zigbeeBPW5004 - Wing with Maxstream XBee module adapter for Zigbee communications.
Wing - Wiznet SPI Ethernet Wingbpw5010-wizethBPW5010 - Wiznet Ethernet Wing derived from the Arduino Ethernet Shield.
Wing - Voltage Buffer Wingbpw5009-bufferBPW5009 - Provides 32 bits of buffered lines that can be selected as inputs or outputs.
Wing -SPI ADC with Signal Conditioningadc-signalThis project aims to make a 2-channel ADC Wing, with onboard signal conditioning that can take few signals from millivolts to 18V and scale/shift them to levels that can be read by the ADC.
Wing - SPI ADC Wingbpw5011-spiadcBPW5011 - A SPI based ADC Wing.
Wing - RMII Ethernet Wingrmii-ethThis Wing uses a 10/100 Mbps RMII PHY - the Micrel KSZ8041NL to provide a minimal interface to a standard Ethernet MAC core integrated into the FPGA. This Wing uses one 8-bit segment.
Wing - Arduino Adapter Wingarduinoadapt2This is a Arduino shield adapter intended for PIC Cocoon v2.0 that will allow almost all Arduino shields to be used with the PIC18F4xJ50 based Firefly v2. This adapter is so designed that the all programmer and user interface components i.e. jumpers, switches, LEDs are accessible while the shield is installed.
Wing - 16-bit Buffer Wingols-bufferThis Wing is a 16-bit 5V tolerant input buffer for a Spartan 3E Cocoon or, especially the Logic Analyser (OLS). It enables using additional 16 channels of the OLS making it into a 32-channel, 100 MHz Logic Analyser!
VGA Camera Wingvgacam16This project creates a simple 16-bit wing to interface a VGA camera (640x480) with 8-bit digital interface.
VGA Camera Wingvga16This project creates a simple 16-bit wing to interface a VGA camera (640x480) with 8-bit digital interface.
Test - Papilio Jr. Wiring IDEpjr2_ard_ideAdd support for Papilio Junior v2 with Arduino adapter to the existing wiring IDE used by Arduino, using version 0022 sources.
Papilio Onebutterfly_oneA unified Butterfly Board that has power, USB, and FPGA simplified onto one board.
Papilio Barcode Genie kitbarcodegenieThe Papilio Barcode Genie kit is a modular kit that makes scanning barcodes convenient and portable. Barcodes are scanned to a microSD card in csv format. Three open Wing Slots provide great flexibility for extending and hacking new functionality into this kit.
Papilio Arcade Kitpapilio_arcadeThe Papilio Arcade Kit is a DIY kit that provides everything needed to recreate classic Arcade games such as Pac-Man. Open Source HDL projects provide the hardware definition for study, implementation, and extending. The Papilio Arcade Wing provides, 12bit VGA, Delta-Sigma Audio, and DB9 Joystick ports.
OpenBench Logic SnifferbutterflylogicCollaboration between Gadget Factory and DangerousPrototypes.com to create a low cost and standalone Logic Analyzer.
Mouse and Keyboard Wingbpw5006-ps2BPW5006 - Two PS/2 Connectors for Mouse and Keyboard Wing.
MicroSD Wingbpw5002-usdBPW5002 - Wing that implements a SPI based MicroSD card.
LED/Button Wing Corecore_led_buttonAn IP core for the BPW5007 Button/LED Wing. Allows the Button/LED Wing to be used with stand alone HDL or a REDe core.
LCD Wingbpw5003-lcdBPW5003 - HD44780 compatible LCD Wing.
Infrared Wingbpw5008-irBPW5008 - Provides a 4MBit/s Irda Module, IR emitter, and IR Receiver.
Gadget Factory New Project Staging Areagf_staging_areaThis is where projects that are being evaluated/worked on are checked in. We generally post a new idea on twitter and in the IRC channel while we work on it in this area. This allows others to be involved with new project ideas.
Gadget Factory Generalgf_generalLocation for Gadget Factory General information.
FPGA - Yet Another VGA (VGA Controller)yavgaA simple VGA controller that works with the Papilio VGA Wing. Allows text, 3 cursors, and a waveform to be drawn to VGA. Custom character maps are supported.
FPGA - Xilinx VHDL UART Exampleexample_xuartExample code for using the Xilinx VHDL UART.
FPGA - PWM Controllerxilinx_pwm12 Channel PWM controller
FPGA - Papilio Wiring and Arduino IDEwiringideAn implementation of the Wiring/Arduino IDE that supports the Butterfly Hardware. Run Arduino and Wiring sketches on the Papilio Platform hardware.
FPGA - Papilio Logic AnalyzerlaxLogic Analyzer for the Papilio One based on open source design at sump.org. Shares code base with Openbench Logic Sniffer.
FPGA - Papilio LoaderbutterflyloaderSoftware to load finished designs onto the Papilio One hardware. Load Xilinx bitstream (*.bit) files and svf files onto the Papilio One hardware.
FPGA - BASCOM BASIC compilerpapilio_basicThis project is intended to develop a simple method to use BASCOM BASIC compiler as a way to create BASIC programs for the Papilio One using the AVR8 softprocessor and the Papilio Loader.
FPGA - AVR8 Virtual Processoravr_coreVirtual Processor - An 8-bit soft core that is compatible with the AVR ATmega103. Includes support for the avr-gcc toolchain for programming in C. This core is also known as AVR8.
Firefly v2cocoon_pic2The second version of PIC microcontroller based Firefly board with a 16 bit Wing slot with built-in LED/Button Wing and support for Arduino shields.
Firefly v1cocoon_picA PIC microcontroller based Firefly board with a 16 bit Wing slot.
Core - Stepper Controllerstepper_coreThis project intends to develop a HDL core for stepper controller applications providing register-based interface to a microcontroller or microcontroller core. It will be compliant with Wishbone peripheral bus and have a generic bus interface to connect it to other internal microcontroller busses as well.
Buttons and LED's 4 Wingbpw5007-butnledBPW5007 - Wing with Four Buttons and Four LEDs.
Butterfly Unobutterfly_unoFPGA development board with 5V tolerant I/O and Arduino compatibility. Can use Arduino shields or can act as an FPGA shield.
ButterFly Platformbutterfly_mainOpen Source FPGA and CPLD development platform.
Butterfly LightbutterflylightBPC3000 - Butterfly Light Combo is the USB Cocoon and S3E Cocoon stacked together in their simplest form. The Butterfly Light does not have Wing capability by itself but can be upgraded to the Butterfly Full.
Butterfly FlightbutterflyflightThe Butterfly Flight introduces the concepts of "Wings". Wings are a standardized peripheral scheme that allows peripherals to be easily attached to the development platform. The Butterfly Flight is made up of the USB Cocoon, the Spartan 3E Cocoon, and theSpartan 3E Wing Adapter.
Basic project with SVN supportsvn_projectBasic template project with SVN support
AVR AX8 Processoravr_ax8An 90S1200 and 90S2313 compatible AVR clone. Compatible with avr-gcc tools for C programming capability.
AVR/Arduino Wingbpw5001-avrBPW5001 - AVR and Arduino Pro Mini compatible Wing adapter.
Application framework for Papilio Juniorpjr2_applibDevelop an application framework for Papilio Junior boards with support for USB CDC communication, libraries for using on-chip peripherals and Papilio wings.
3-Axis Stepper Motor Controller Wingstepper3BPW5030 This is a 3-axis Stepper Motor Controller Wing for use with bipolar stepper motors rated up to 35V and 2.5A, and used either Allegro A3979 or Texas Instruments' DRV8811 or DRV8818 devices. It has a parallel command interface with enable, direction, step and other signals. It also supports microstepping in half, quarter or eighth (DRV8811/18) or sixteenth (A3979) step. This Wing uses a 16-bit segment of the PapilioOne or Firefly boards. This Wing is also usable with other logic hardware with appropriate cables.
2-Axis Stepper Controller Wingstepper2Texas Instruments' DRV8821 is a dual stepper motor controller with integrated translator and power stage capable of supplying 1.5A current. This projects uses this IC to create a 2-axis stepper motor controller Wing. Both motors can be used simultaneously using simple STEP/DIR signals.
1-Axis Stepper Motor Controller Wingstepper1BPW5005 This is a Single-axis Stepper Motor Controller Wing for use with bipolar stepper motors rated up to 35V and 2.5A, and used either Allegro A3979 or Texas Instruments' DRV8811 devices. It has a parallel command interface with enable, direction, step and other signals. It also supports microstepping in half, quarter or eighth (DRV8811) or sixteenth (A3979) step. This Wing uses a 8-bit segment of the PapilioOne or Papilio Jr boards.


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