  We show that multiple Abelian sectors with Stuckelberg mass-mixing simply
break supersymmetry via Fayet-Iliopoulos D-terms and straightforwardly mediate
it to the other sectors. This mechanism naturally realizes a split
supersymmetry spectrum for soft parameters. Scalar squared-masses (holomorphic
and non-holomorphic) are induced through sizable portals and are not
suppressed. Gaugino masses, a-terms and a mu-like term are generated by
higher-dimensional operators and are suppressed. The hypercharge is mixed with
extra U(1)'s, it's D-term in non-vanishing and supersymmetry is broken in the
visible sector too. Scalar tachyonic directions are removed by unsuppressed
interactions and hypercharge is preserved as supersymmetry is broken. Moreover,
if a singlet chiral field is charged under additional $U(1)$'s proportional to
its hypercharge, new interaction terms in the Kahler potential and the
superpotential are added through Stuckelberg compensation. In this case
supersymmetry is broken via F-terms or mixed F and D-terms.
