  We discuss the minimal supersymmetric standard model with "split-family"
spectrum where the sfermions in the first two generations are in the hundreds
GeV to a TeV range while the sfermions in the third generation are in the range
of tens TeV. With the split-family spectrum, the deviation of the muon g-2 and
the observed Higgs boson mass are explained simultaneously. It is predicted
that the gluino and the squarks in the first two generations are within the
reach of the LHC experiments in most favored parameter space for the universal
gaugino mass, which can be tested by searching for events with missing
transverse energy or events with stable charged massive particles. We also
point out that the split-family scenario can be consistent with the focus point
scenario for the non-universal gaugino masses where the required mu-term is in
the hundreds GeV range.
