Concentrator for the readout of the PANDA Micro Vertex Detector based on MicroTCA

H. Kleines, P. Wustner, M. Drochner, A. Ackens, M. Ramm, S. van Waasen
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Abstract

The Micro Vertex Detector (MVD) will be used as the central tracking detector in the PANDA (AntiProton Annihilation at Darmstadt) detector system which is under development for the future accelerator facility FAIR in Darmstadt, Germany. The design of the MVD is based on silicon strip detectors at the outer layer and on silicon pixel detectors at the inner layers. Data from the readout ASICs in the front end will be sent via GBT optical links to a multiplexing layer aggregating them to 10 Gbit/s optical uplinks to the Level-1 Trigger network. The multiplexing layer will be based on MTCA.4 using the HGF-AMC, a versatile MTCA.4 module developed by DESY in cooperation with KIT. In order to extend the multiplexing capabilities of the HGF-AMC, a Rear Transition Module (RTM) with 8 optical links has been designed.
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基于MicroTCA的PANDA微型顶点检测器读出集中器
微型顶点探测器(MVD)将用作PANDA(达姆施塔特反质子湮灭)探测器系统的中央跟踪探测器,该探测器系统正在为德国达姆施塔特未来的加速器设施FAIR开发。MVD的设计是基于外层的硅条探测器和内层的硅像素探测器。来自前端读出asic的数据将通过GBT光链路发送到一个多路复用层,该多路复用层将这些数据聚合成10gbit /s光上行链路,再发送到Level-1 Trigger网络。多路复用层将基于MTCA.4,使用HGF-AMC,这是一种由DESY与KIT合作开发的多功能MTCA.4模块。为了扩展HGF-AMC的多路复用能力,设计了具有8条光链路的后过渡模块(RTM)。
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