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  1. 1
    “…For the 24 layers jFEX board stack-up, the MEGTRON6 material was chosen for its property of low transmission loss with high frequency signals (GHz range) and to further preserve the signal integrity, special care has been put into the design accompanied by simulation to optimise the voltage drop and minimise the current density over the power planes. …”
    Enlace del recurso
    Latest Frontier Technology and Design of the ATLAS Calorimeter Trigger Board Dedicated to Jet Identification
  2. 2
    “…The jFEX board prototype hosts four large FPGAs from the Xilinx Ultrascale family with 120 MGTs each, connected to 24 opto-electrical devices, resulting in a densely populated high speed signal board. MEGTRON6 was chosen as the material for the 24 layers jFEX board stackup because of its property of low transmission loss with high frequency signals (GHz range) and to further preserve the signal integrity special care has been put into the design accompanied by simulation to optimise the voltage drop and minimise the current density over the power planes. …”
    Enlace del recurso
    Design and testing of the high speed signal densely populated ATLAS calorimeter trigger board dedicate to jet identification
  3. 3
    “…For the 24 layers jFEX board stack-up, the MEGTRON6 material was chosen for its property of low transmission loss with high frequency signals (GHz range) and to further preserve the signal integrity, special care has been put into the design accompanied by simulation to optimise the voltage drop and minimise the current density over the power planes. …”
    Enlace del recurso
    Latest Frontier Technology and Design of the ATLAS Calorimeter Trigger Board Dedicated to Jet Identification for the LHC Run 3
  4. 4
    “…The jFEX board prototype hosts four large FPGAs from the Xilinx Ultrascale family with 120 MGTs each, connected to 24 opto-electrical devices, resulting in a densely populated high speed signal board. MEGTRON6 was chosen as the material for the 24 layers jFEX board stackup because of its property of low transmission loss with high frequency signals (GHz range) and to further preserve the signal integrity special care has been put into the design accompanied by simulation to optimise the voltage drop and minimise the current density over the power planes. …”
    Enlace del recurso
    Design and testing of the high speed signal densely populated ATLAS calorimeter trigger board dedicate to jet identification
  5. 5
    “…The 24-layers stack-up was carefully designed to preserve the signal integrity in a very densely populated high speed signal board selecting MEGTRON6 as the most suitable PCB material. This contribution reports on the design challenges and the test results of the jFEX prototypes. …”
    Enlace del recurso
    A new high speed, Ultrascale+ based board for the ATLAS jet calorimeter trigger system
  6. 6
    “…The printed circuit board has a 24-layer stack-up and uses the MEGTRON6 material, commonly used for signal transmission above 10 Gb/s. …”
    Enlace del recurso
    Enlace del recurso
    Ultrascale+ for the new ATLAS calorimeter trigger board dedicated to jet identification
  7. 7
    “…The printed circuit board has a 24-layer stack-up and uses the MEGTRON6 material, commonly used for signal transmission above 10 Gb/s. …”
    Enlace del recurso
    Ultrascale+ for the new ATLAS calorimeter trigger board dedicated to jet identification
  8. 8
    “…The printed circuit board has a 24-layer stack-up and uses the MEGTRON6 material, commonly used for signal transmission above 10 Gb/s. …”
    Enlace del recurso
    New Level-1 jet feature extraction modules for ATLAS phase-I upgrade
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