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Hardware and software architecture of the upgraded H.E.S.S. cameras

Stefan Klepser,Terry Ashton,Michael Backes,Arnim Balzer,David Berge,Simon Bonnefoy,Francois Brun,Thomas Chaminade,Eric Delagnes,Gerard Fontaine,Matthias Fuessling,Gianluca Giavitto,Berrie Giebels,Jean-Francois Glicenstein,Tobias Gräber,Jim Hinton,Albert Jahnke,Marko Kossatz,Axel Kretzschmann,Valentin Lefranc,Holger Leich,Jean-Philippe Lenain,Hartmut Lüdecke,Iryna Lypova,Pascal Manigot,Vincent Marandon,Emmanuel Moulin,Mathieu de Naurois,Patrick Nayman,Stefan Ohm,Marek Penno,Duncan Ross,David Salek,Markus Schade,Thomas Schwab,Kleopas Shiningayamwe,Christian Stegmann,Constantin Steppa,Julian Thornhill,Francois Toussnel

arXiv: Instrumentation and Methods for Astrophysics（2017）

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Abstract
In 2015/16, the photomultiplier cameras of the H.E.S.S. Cherenkov telescopes CT1-4 have undergone a major upgrade. The entire electronics has been replaced, using NECTAr chips for the front-end readout. A new ventilation system has been installed and several auxiliary components have been replaced. Besides this, the internal control and readout software was rewritten from scratch in a modern and modular way. Ethernet technology was used wherever possible to ensure both flexibility, stability and high bandwidth. An overview of the installed components will be given.
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