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A carrier for two low pin count FPGA Mezzanine Cards (VITA 57), analog inputs and fail-safe functionality. It has memory and clocking resources and supports the White Rabbit timing and control network. Stand-alone board for use in a 'pizza-box'. More info at the Wiki page

Control of instrumentation over a White Rabbit network. Define and implement a standardized communication protocol for instrumentation over a White Rabbit network (precise synchronization and timestamping; remote control and test sequence programming; message exchanging and event distribution).

More info at the Wiki page

The Dual AMC carrier enables stand-alone operation of an AMC FMC carrier or any other AMC board. It has 4 SFP connectors, 2 QSFP cages, 8 trigger I/O routed to the MLVDS ports and power entry. Two versions, allowing the use of a RTM or not. More info at the Wiki page

MMC firmware written in C, running on a microcontroller inside the board. Written first for the AFC boards. This firmware is thought to be generic enough so other AMC boards could reuse a large part of it. For now, the only "port" is for the LPC1764 chip, but more are planned.

On the Open Hardware Repository you can find projects which use soft-cpu (e.g. mock-turtle, white-rabbit-core, wr-switch). This project offers a toolchain that you can use to compile your code for the soft-cpu target (only LM32 for the time being). The project provides only the necessary makefiles to build the toolchain, so it will be necessary to compile the toolchain.

Project containing information about how to calibrate White Rabbit gear. See also https://www.ohwr.org/project/white-rabbit/wikis/Calibration More info at the Wiki page

Hardware and software (libraries and GUI) to implement the SFF-8472 standard “Diagnostic Monitoring Interface for Optical Transceivers”. The hardware implements four SFP+s that can be exercised in parallel. To access the I2C interfaces a USB to I2C chip is used. More info at the Wiki page

Project exploring the current limits of White Rabbit timing distribution and how to obtain the best possible jitter and Allan Deviation performance

FMC DIO 32CH LVDS is a universal 32-channel bi-directional LVDS card. It uses a VHDCI connector compatible with standard SCSI cables. There is also micro-HDMI connector on the front panel with I2C and some LVDS signals so that standard HDMI cables can be used. Each channel may be optionally AC-coupled (0R resistors need to be removed) and is ESD-protected. All channels are terminated to 1.65V by two 50 Ohm resistors. The direction of each channel is programmed via a serial interface. The VHDCI connector has also 3.3V supply and buffered I2C interface. The direction of each channel is programmed via a serial interface. More info at the Wiki page

WRAP, White RAbbit Pluggable, is a plug-in board providing easy-to-use WR functionality. Among others it provides direct 10MHz and PPS (pulse per second) outputs.

A White Rabbit Timing Receiver in AMC (Advanced Mezzanine Card, AdvancedMC) format. More info at the Wiki page

PandA Motion Project is a collaboration between SOLEIL and DIAMOND to upgrade their “Position and Acquisition” processing platform. PandA will provide a common encoder processing platform based on Zynq 7030 and supporting multiple encoder standards (incremental, SSI, BISS...). It will deliver synchronous triggering and data capture capabilities.

More info at the Wiki page

Production and functional tests for PandABox.

More info at the Wiki page

The programmable bench power supply project was an attempt to create reliable, modular, open and programmable power supply. Various voltage single range operation (i.e. 0 – 30 V, 0 – 40 V or 0 – 50 V per channel). Various current single range operation (i.e. 0 – 3 A or 0 – 5 A per channel)

More info at the Wiki page

Board to prototype different filters to be used with the Multi-channel Time Interval Counter.

fmc-adc-subsamp125m14b4cha is a 4 channel 125MSPS 14 bit ADC low pin count FPGA Mezzanine Card (VITA 57). It is designed for undersampling signals with a frequency higher than 125 MHz. More info at the Wiki page

More info at the Wiki page

The aim of the board is to improve the performance of the WR Switch using an external PLL and a new VCTCXO. More info at the Wiki page

LIBSFP is a software library that contains generic functions to access SFP devices via I2C.

More info can be found on this wiki page.

The differential to single ended cable driver is an active electronics circuit that implements a high-current differential receiver, with optional attenuation (0dB, 6dB, 10dB and 12dB available), polarity inversion and ground lifting on input and output. More info at the Wiki page