[en] Several modifications and additions have been made to improve the radioactive beam facility at Livermore with the main aim of measuring the cross section for ⁷Be(p,γ)⁸B (which is important in determining the solar neutrino flux) and other reactions of astrophysical interest. The quadrupole sextuplet spectrometer has been upgraded by inserting an electrostatic deflection element near the midpoint and by installing a movable beam stop near the ⁷Be production target. These changes have allowed an improvement in the purity, and a large increase in the intensity, of the ⁷Be beam. Six large NaI(Tl) detectors and the gas cell from the OSU system along with its active and passive shielding have been incorporated into the Lawrence Livermore facility. True events are to be identified by a multiple coincidence. The first requirement is the detection of a γ-ray from the proton capture ⁷Be(p,γ)⁸B. After the candidate capture gamma is observed the ⁸B decay signature is required. This signature is a positron (from ⁸B → ⁸Be* + e⁺ + ν) along with the two α's from ⁸Be → α + α observed in a CaF₂ detector into which the ⁸B have implanted. Also a detector telescope inside the gas cell monitors the incoming ⁷Be beam. The current status of the ⁷Be(p,γ)⁸B measurement is discussed