The RD51 collaboration maintains a common infrastructure at CERN for its R & Dactivities, including two beam telescopes for test beam campaigns. Recently, one of the beamtelescopes has been equipped and commissioned with new multi-channel and charge-sensitivefront-end electronics based on the ATLAS/BNL VMM3a front-end ASIC and the RD51 Scalable ReadoutSystem (SRS). This allows to read out the detectors at high rates (up to the MHz regime) withelectronics time resolutions of the order of 1 ns and the ability to handle different detectortypes and sizes, due to a larger dynamic range compared to the previous front-end electronicsbased on the APV25 ASIC. Having studied and improved the beam telescope's performance over thecourse of three test beam campaigns, the results are presented in this paper. The RD51 collaboration maintains a common infrastructure at CERN for its R & D activities, including two beam telescopes for test beam campaigns. Recently, one of the beam telescopes has been equipped and commissioned with new multi-channel and charge-sensitive front-end electronics based on the ATLAS/BNL VMM3a front-end ASIC and the RD51 Scalable Readout System (SRS). This allows to read out the detectors at high rates (up to the MHz regime) with electronics time resolutions of the order of 1 ns and the ability to handle different detector types and sizes, due to a larger dynamic range compared to the previous front-end electronics based on the APV25 ASIC. Having studied and improved the beam telescope's performance over the course of three test beam campaigns, the results are presented in this paper.
