  I present a model with two scalar doublets and a softly broken $\ztwo$
symmetry, where only one of the doublets gets a vacuum expectation value and
couples to fermions at tree-level. The softly broken $\ztwo$ symmetry leads to
interesting phenomenology such as mixing between the two doublets and a charged
scalar H^\pm which can be light and dominantly decays into W \gamma. The model
can also naturally reproduce an enhanced \gamma \gamma signal of the newly
observed Higgs boson at the LHC with mass 125 GeV.
