The MicroTCA (MTCA) and AdvancedTCA (ATCA) industry standards have been selected as the platform for many of the current and planned upgrades of the off-detector electronic systems of two of the LHC experiments at CERN. We present a status update from an ongoing project to evaluate commercial MTCA and ATCA components with particular emphasis on infrastructure equipment such as shelves and power-supplies. Shelves customized for use in the existing LHC rack infrastructure have been tested, and electrical and cooling measurements and simulations were performed. In-house developments for hardware platform management will also be shown
MTCA.4 is a novel electronic standard derived from the Telecommunication Computing Architecture (TCA...
In the context of the LHC upgrade, we develop a new Read Out Driver (ROD) for the ATLAS Liquid Argon...
Since for the High Luminosity LHC the instantaneous luminosity will be increased by a factor 3, an e...
The MicroTCA and AdvancedTCA industry standards are candidate modular electronics platforms for the ...
The AdvancedTCA (ATCA) telecom industry standard has been selected as the hardware platform for the ...
In the context of the LHC upgrades, a new Read-Out Driver (ROD) board for the ATLAS LAr calorimeter ...
International audienceIn the context of the LHC upgrades, a new Read-Out Driver (ROD) board for the ...
A next generation control infrastructure to be used in Advanced TCA (ATCA) blades at CMS experiment ...
The CMS experiment at the LHC at CERN has decided to upgrade their readout hardware at a large scale...
In the context of the LHC upgrades, a new Read-Out Driver (ROD) board for the ATLAS LAr calorimeter ...
International audienceIn the context of the LHC upgrades, a new Read-Out Driver (ROD) board for the ...
The LHCb collaboration has chosen to evaluate the ATCA architecture as form-factor for the LHCb read...
International audienceThe LHCb collaboration has chosen to evaluate the ATCA architecture as form-fa...
International audienceThe LHCb collaboration has chosen to evaluate the ATCA architecture as form-fa...
International audienceThe LHCb collaboration has chosen to evaluate the ATCA architecture as form-fa...
MTCA.4 is a novel electronic standard derived from the Telecommunication Computing Architecture (TCA...
In the context of the LHC upgrade, we develop a new Read Out Driver (ROD) for the ATLAS Liquid Argon...
Since for the High Luminosity LHC the instantaneous luminosity will be increased by a factor 3, an e...
The MicroTCA and AdvancedTCA industry standards are candidate modular electronics platforms for the ...
The AdvancedTCA (ATCA) telecom industry standard has been selected as the hardware platform for the ...
In the context of the LHC upgrades, a new Read-Out Driver (ROD) board for the ATLAS LAr calorimeter ...
International audienceIn the context of the LHC upgrades, a new Read-Out Driver (ROD) board for the ...
A next generation control infrastructure to be used in Advanced TCA (ATCA) blades at CMS experiment ...
The CMS experiment at the LHC at CERN has decided to upgrade their readout hardware at a large scale...
In the context of the LHC upgrades, a new Read-Out Driver (ROD) board for the ATLAS LAr calorimeter ...
International audienceIn the context of the LHC upgrades, a new Read-Out Driver (ROD) board for the ...
The LHCb collaboration has chosen to evaluate the ATCA architecture as form-factor for the LHCb read...
International audienceThe LHCb collaboration has chosen to evaluate the ATCA architecture as form-fa...
International audienceThe LHCb collaboration has chosen to evaluate the ATCA architecture as form-fa...
International audienceThe LHCb collaboration has chosen to evaluate the ATCA architecture as form-fa...
MTCA.4 is a novel electronic standard derived from the Telecommunication Computing Architecture (TCA...
In the context of the LHC upgrade, we develop a new Read Out Driver (ROD) for the ATLAS Liquid Argon...
Since for the High Luminosity LHC the instantaneous luminosity will be increased by a factor 3, an e...