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PUMA (Plataforma Utilizada para el Muestreo de Arapuca) is a multi-channel digitizer designed to instrument the photon detection system for the DUNE Photon Detection System. However, it may be useful for other applications that require 40 - 64 channels of 14-bit digitzier sampling at 10MSample/s - 65MSample/s. PUMA is based on the digitizer designed for the SoLiD short baseline reactor neutrino detector. It is designed to be connected to external signal conditioning modules, which are controlled by I2C. More info at the Wiki page

The DAPHNE front end board is a piece of hardware that digitizes the output signal from one of the systems of the far detector in the DUNE experiment. For more information, see the wiki

This library provides a generic API for ADC devices, so that applications can use this API to access any of the supported ADC boards. Currently the library supports the following boards:

fmc-adc-100m14b14cha

For testing and debugging purpose it supports also a couple of virtual boards that you can use to start the development of your application.

More info at the Wiki page

Study of the “Open Hardware Initiative” at CERN with a focus on the technologies of participation that were mobilized to assemble critical infrastructure for basic research in high energy physics.

This is a collection of simple macro implementations for Microsemi's ProASIC3 FPGAs to allow simulating post-synthesis designs using GHDL.

The TimIQ system is an IQ modulator allowing to phase shift a radio frequency clock with a resolution of 40 fs and an accuracy of 8 ps. Software.

The TimIQ system is an IQ modulator allowing to phase shift a radio frequency clock with a resolution of 40 fs and an accuracy of 8 ps. Hardware.

A system to characterise large area silicon pad sensors with several hundred channels. It consists of two PCBs. One is an active switching 512-to-1 matrix. The second one is a passive probe card to contact the sensor. Software.

Intel Arria V based VME64x carrier for one FMC+ mezzanine with six SFP connectors, DDR3 memory and clocking resources to support White Rabbit. For more details please refer to the wiki pages.

A web based commander based on Node.JS for the HDLMake tool.

The WandAdapter is a simple PCI-Express x1 card which allows a Wandboard (or any other EDM compatible device) to be connected via it's PCI-Express interface to a mainboard. The card provides power to the Wandboard and breaks out the gigabit ethernet, serial and both USB host and device interfaces. More info at the Wiki page

A fully open electronic watch-like device that will signal a too high-level of UV light. It is meant for people with a highly sensitive skin. More info at the Wiki page

The dual channel L band front-end consist of a FMC dual channel L band down-converter, preamplifiers and duplex filters. Each IQ down-converter has a wide adjustable bandwidth (>100 MHz), adjustable gain and two 250MHz 8 bits or 160 MHZ 12 bits or 105MHZ 14 bits multi-mode ADC's. The down-converter mode is switchable: single receiving frequency band for both channels, or dual frequency band: each channel has its own receiving frequency band. For GNSS its includes timing support, Other applications are radio astronomy and microwave digitizing back-end.

FMC 4 channel Serial link transceiver with differential LEMO connectors. Differential signalling with Vh=3.3V and Vl=1.7V. More info at the Wiki page

Fmc-adc-iso-400k18b4cha is a 4 channel 400kSps 18 bit ADC low pin count FPGA Mezzanine Card (VITA 57). The ground reference used for the analog inputs and the ADC is isolated from the ground reference of the FMC connector. Digital Isolators included allow the data transmission between two isolated areas. Voltage Bias between two grounds of up to 1kV can be applied, which is measured with a 100MOhm resistor connected between two grounds and an additional 10 bit ADC. Analog input voltage ranges: /-5V,/-10V. More info at the Wiki page

The fmc-adc125m14b12ch-dac1250m16b2ch (fmc-dad) board is a 12 ch ADC/ 2 ch DAC channels board using FMC HPC and QSE connectors It has been designed for system requiring a feedback loop mechanism with precise timing, such as the tunning of RF cavities. More info at the Wiki page

The Peak Position Detector is a 2 differential channel 10MSPS 16 bit ADC (AD7626) card in FMC (FPGA Mezzanine Card) format. It uses an LPC VITA57 connector. The gain can be set by hardware (default = 41). Two general purpose 50MSPS 16-Bit DAC are implemented and can be programmed as a voltage source. The card also includes 6 input/output LVDS pairs and a 10-bit port digital IO where each single-bit port can be configured individually as input or output. The I/Os that are on micro-HDMI connectors are TTL or LVDS compatible.