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.

FmcAdc100M14b4cha is a 4 channel 100MSPS 14 bit ADC low pin count FPGA Mezzanine Card (VITA 57). Input ranges: /-50mV,/-0.5V, /-5V. The offset correction by/- 5V is possible for each gain range. Commercially available. More info at the Wiki page

White Rabbit Trigger Distribution project. More info at the Wiki page

OHR project where you can get help and guidelines about OHR. It's a support project for questions/feedback and bugs. More info at the Wiki page

Production and functional tests for fmc-dac-600m-12b-1cha-dds

ELMB is an analog/digital input/output module with CANbus interface. About 10000 of ELMBs are used in various CERN installations of experiments running on LHC. They are used in control and monitoring of equipment. The ELMB is radiation qualified for an order of around 35 Gy of total intercepted dose.

Legacy-VME64x core implements a legacy VME (VMEbus IEEE-1014) and VME64x (based on the vme64x-core) slave.

The core offers for SoC interconnection:

Master WB interconnection and Slave WB for MSI IRQ.

The core also provides a universal layer abstraction for common hardware components in VME design (e.g VME buffers). It allows for geographical and hardware switch addressing. More info at the Wiki page

VME Rear Transition Modules. These are modules that go on the back of a VME64x crate and connect to another module on the front, such as the SVEC. The designs are in sub-projects.

xTCAprojects shows the MTCA and uTCA boards that are developed in the Open Hardware Repository context. Keywords: MTCA.4, uTCA, AMC, MCH.

The image processing library offers multiple cores for on-chip vision-feature extraction. HDL modules are provided in different languages such as Handel-C or VHDL and applicable to various embedded and reconfigurable devices. They can be of interest for applications such as particle tracking, analysis of fluid dynamics, artificial vision for robotics, or object recognition.

The spec-box-1n allows to use a SPEC FMC carrier in stand-alone mode, not plugged inside a PC. An external 12 volt supply should be used to power the box. There is no forced ventilation in the box. More info at the Wiki page

Gateware for Beam Position Monitor, including digital signal processing chains, data acquisition engines, ADC and analog front-end peripherals control/monitoring, timing and control system interface.

The spec-box-3n allows to use up to three SPEC FMC carriers in stand-alone mode, not plugged inside a PC. An internal 230V supply module powers the SPEC boards. The box contains fans to cool the cards. More info at the Wiki page

Hardware design of Conv TTL RS485

E-bone first aims at interfacing an FPGA based PCIe Endpoint core to a collection of other cores. The E-bone release contains a number of general purpose cores within that scope. E-bone specifications cater for both a Control Interconnect and a Fast Transmitter. The Control Interconnect defines a 32 bit wide interconnection between a number of masters and slaves. The Fast Transmitter is a one way path (up to 256 bit wide) aiming at dumping large data sets to the root complex. E-bone is nevertheless not restricted to PCIe interfacing and may be used for developing sub-systems in others environments.

More info at the Wiki page

Specific applications of open hardware modules are subprojects of this project. These subprojects contain specific firmware and/or software for existing hardware projects.

Projects using the USB bus as main bus

SPIETBOX is a board developed around a SPARTAN-3 FPGA in order to process TTL and SSI encoders. The board is design to work in stand alone or connected to a SPICONTROLLER via the SPI interface.

EDM is a Embedded Design Module standard under the Creative Commons license targeting on embedded applications and controllers which are being actively developed by many embedded companies. See http://www.edm-standard.org. This projects holds all EDM compatible boards.

PC/104 modules. PC/104 (or PC104) is a family of embedded computer standards which define both form factors and computer buses. The standard is modular, and allows to stack together boards from a variety of COTS manufacturers to produce a customized embedded system. The designs are in sub-projects.