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A new Large-Acceptance Forward Angle Spectrometer (Super BigBite) is under   development at JLab/Hall A to optimally exploit the exciting opportunities   offered by the 12 GeV upgrade of the electron beam. The tracking of this new   apparatus is based on the gas electron multiplier technology, which has been   chosen to optimize cost/performance, position resolution and meet the high   hits rate (>1 MHz/cm2). The first gas electron multiplier detector prototypes   were designed, built and tested at the DESY test beam facility in Hamburg, by   using an electron beam with energy from 2.0 to 6.0 GeV. In particular, two   gas electron multiplier chambers (10 x 10 cm2 and 40 x 50 cm2, respectively)   were equipped with a new implementation of the APV25 readout chip.   Measurements were performed at different impact points and angles between the   electron beam and the plane of the gas electron multiplier chambers. In this   report we present the technical characteristics of the detector and comment   on the presently achieved performance

Test of the GEM front tracker for the SBS spectrometer at Jefferson lab