We report a fully inclusive measurement of the flavor changing neutral current decay B → Xs in the energy range 1.7GeV ≤ Ec.m.s ≤ 2.8GeV, covering 97% of the total spectrum, where c.m.s is the center of mass system. Using 605 fb−1 of data, we obtain in the rest frame of the B-meson B(B → Xs gamma : E(gamma) > 1.7GeV) = (3.31 ? 0.19 ? 0.37 ? 0.01) ? 10−4, where the errors are statistical, systematic, and from the boost correction needed to transform from the rest frame of the Upsilon(4S) (c.m.s) to that of the B-meson, respectively. We also measure the first and second moments of the photon energy spectrum as functions of various energy thresholds, which extend down to 1.7GeV. The results are preliminary.