PXIe FMC Carrier Board - SPEXI7U
The SPEXI7U PXIe FMC carrier card was developed in the framework of the SAMBUCA (Sensors Acquisition and Motion Control system) project. This project, associated with DIOT project, aims at designing a flexible and modular low-level control solution for mechatronics application at CERN. The PXIe carrier card contains a large FPGA to host the Real Time motion control / processing algorithm that represents the critical core of the control application.
Contact
Licences
- Creative Commons Attribution Share Alike 4.0 International
- Creative Commons Zero v1.0 Universal
- CERN Open Hardware Licence Version 2 - Weakly Reciprocal
Tags
ARM FMC FMC Carrier White Rabbit WR Node PXIe SoC TRL4Compatible Projects
PXIe controller COM Express based
This project is a PXIe system controller that is based on a COM Express Computer on Module
FMC Motion Front-End
The FMC Motion Front-End (fmc-mfe) aims at providing an analog and digital environment for the control of up to 8-axis
SAMbuCa
The field Sensors Acquisition and Motion Control system (SAMbuCa) is an in-house, flexible and modular low-level control solution for mechatronic devices
White Rabbit Switch - Hardware
White Rabbit Switch is an open hardware design of an 18-ports Ethernet switch licensed under CERN OHL 1.2
White Rabbit Switch - Hardware V4
This project describes the development of the hardware of the White Rabbit Switch version 4 (WRS-v4)
WRS Fan-less hardware
The White Rabbit Switch is the central element of a White Rabbit network and was designed as a part of the White Rabbit project
WRS with low jitter logic integrated
The White Rabbit Switch Low Jitter (WRS-3-LJ/18) is a new version of the White Rabbit Switch which counts with a series of improvements that enable its use in more demanding time and frequency distribution applications
WRS-318 with LJD prepared hardware
An 18-port White Rabbit switch V3.4 that is prepared for the Low-Jitter Daughterboard