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High energy physics community is continuously working on development of newphotodetectors able to improve their experiments detection performances and soto increase the possibility of new discoveries and new important scientificresults. The first attempt to enhance the performances of classical PMTs bysubstituting the dynode chain is represented by MCP-PMTs. In addition to that,one of the strategies adopted to reach this goal is to realize hybridphotodetectors, that are new photomultipliers containing a semiconductor devicewithin a vacuum tube. In the last years, basically three competitors entered inthis new class of photosensors: HPDs, ABALONE and VSiPMT. In this article wewill analyze how the operation principle of VSiPMT affects its detectionperformances and we will compare them to the other new photosensors: MCP-PMTs,HPDs and ABALONE.

Understanding VSiPMT: a comparison with other large area hybrid photodetectors