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Development of the jet Feature EXtractor (jFEX) for the ATLAS Level 1 Calorimeter Trigger Upgrade at the LHC

机译:在大型强子对撞机上为ATLAS 1级量热仪扳机升级开发喷气特征提取器(jFEX)

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摘要

To cope with the enhanced luminosity delivered by the Large Hadron Collider from 2021 onwards, the ATLAS experiment has planned several upgrades. The first level trigger based on calorimeter data will be upgraded to exploit fine-granularity readout using a new system of Feature EXtractors (FEXs, FPGA-based trigger boards), each optimized to trigger on different physics objects. This contribution is focused on the jet FEX. The main challenges of such a board are the input bandwidth of up to 3.1 Tbps, dense routing of high-speed signals and power consumption. The design, PCB simulations and results of integrated tests of a prototype are shown in this document.
机译:为了应对2021年以后大型强子对撞机提供的增强的光度,ATLAS实验计划了几次升级。基于量热计数据的第一级触发器将被升级,以使用新的特征提取器系统(FEX,基于FPGA的触发板)利用精细粒度的读数,每个系统都经过优化以在不同的物理对象上触发。该贡献集中在喷气FEX上。这种电路板的主要挑战是高达3.1 Tbps的输入带宽,高速信号的密集布线和功耗。本文档显示了原型的设计,PCB仿真和集成测试结果。

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