The ATLAS Level-1 Muon trigger is built as a synchronous pipeline and includes some high-speed serial links in order to transfer data from the detector to the counting room. The links are based on the GLink chip-set, which performs transfers data with a fixed latency. Despite this unique timing feature, the production discontinued and no compatible off-the-shelf chip-sets are available. A replacement for the receivers in the counting room in case of failures is needed. We developed a replacement solution for G-Link transmitters and receivers, based on the gigabit serial IO (GTP) embedded in a Xilinx Virtex5-LXT Field Programmable Gate Array (FPGA)
We present development of the Sector Logic for endcap Level-1 (LVL1) muon trigger of the ATLAS exper...
To cope with the higher luminosity and physics cross-sections for the third run of the Large Hadron ...
To cope with the higher luminosity and physics cross-sections for the third run of the Large Hadron ...
Many High Energy Physics experiments based their serial links on the Agilent HDMP-1032/34A serialize...
The Level-1 Muon Barrel Trigger of the ATLAS Experiment at LHC makes use of Resistive Plate Chamber ...
The Large Hadron Collider is expected to operate with a centre-of-mass energy of 14~TeV and an insta...
In 2019, the ATLAS experiment at CERN is planning an upgrade in order to cope with the higher lumino...
In 2019, the ATLAS experiment at CERN is planning an upgrade in order to cope with the higher lumino...
We propose a new fixed latency scheme for Xilinx gigabit transceivers that will be used in the upgra...
The ATLAS experiment is located at the European Centre for Nuclear Research (CERN) in Switzerland. I...
We present development of the Sector Logic for the ATLAS endcap Level-1 (LVL1) muon trigger. The muo...
The ATLAS Level-1 Muon Barrel Trigger is one of the main elements of the first stage of event select...
The LHC is expected to increase its center-of-mass energy to 14 GeV and an instantaneous luminosity ...
The ATLAS experiment is located at the European Centre for Nuclear Research (CERN) in Switzerland. I...
The ATLAS experiment at the Large Hadron Collider (LHC) needs to be upgraded in order to cope with t...
We present development of the Sector Logic for endcap Level-1 (LVL1) muon trigger of the ATLAS exper...
To cope with the higher luminosity and physics cross-sections for the third run of the Large Hadron ...
To cope with the higher luminosity and physics cross-sections for the third run of the Large Hadron ...
Many High Energy Physics experiments based their serial links on the Agilent HDMP-1032/34A serialize...
The Level-1 Muon Barrel Trigger of the ATLAS Experiment at LHC makes use of Resistive Plate Chamber ...
The Large Hadron Collider is expected to operate with a centre-of-mass energy of 14~TeV and an insta...
In 2019, the ATLAS experiment at CERN is planning an upgrade in order to cope with the higher lumino...
In 2019, the ATLAS experiment at CERN is planning an upgrade in order to cope with the higher lumino...
We propose a new fixed latency scheme for Xilinx gigabit transceivers that will be used in the upgra...
The ATLAS experiment is located at the European Centre for Nuclear Research (CERN) in Switzerland. I...
We present development of the Sector Logic for the ATLAS endcap Level-1 (LVL1) muon trigger. The muo...
The ATLAS Level-1 Muon Barrel Trigger is one of the main elements of the first stage of event select...
The LHC is expected to increase its center-of-mass energy to 14 GeV and an instantaneous luminosity ...
The ATLAS experiment is located at the European Centre for Nuclear Research (CERN) in Switzerland. I...
The ATLAS experiment at the Large Hadron Collider (LHC) needs to be upgraded in order to cope with t...
We present development of the Sector Logic for endcap Level-1 (LVL1) muon trigger of the ATLAS exper...
To cope with the higher luminosity and physics cross-sections for the third run of the Large Hadron ...
To cope with the higher luminosity and physics cross-sections for the third run of the Large Hadron ...