  A novel model embedding the two Higgs doublets in the popular two Higgs
doublet models into a doublet of a non-abelian gauge group $SU(2)_H$ is
presented. The Standard Model $SU(2)_L$ right-handed fermion singlets are
paired up with new heavy fermions to form $SU(2)_H$ doublets, while $SU(2)_L$
left-handed fermion doublets are singlets under $SU(2)_H$. Distinctive features
of this anomaly-free model are: (1) Electroweak symmetry breaking is induced
from spontaneous symmetry breaking of $SU(2)_H$ via its triplet vacuum
expectation value; (2) One of the Higgs doublet can be inert, with its neutral
component being a dark matter candidate as protected by the $SU(2)_H$ gauge
symmetry instead of a discrete $Z_2$ symmetry in the usual case; (3) Unlike
Left-Right Symmetric Models, the complex gauge fields $(W_1^{\prime}\mp i
W_2^{\prime})$ (along with other complex scalar fields) associated with the
$SU(2)_H$ do {\it not} carry electric charges, while the third component
$W^{\prime}_3$ can mix with the hypercharge $U(1)_Y$ gauge field and the third
component of $SU(2)_L$; (4) Absence of tree level flavour changing neutral
current is guaranteed by gauge symmetry; and {\it etc}. In this work, we
concentrate on the mass spectra of scalar and gauge bosons in the model.
Constraints from previous $Z^\prime$ data at LEP and the Large Hadron Collider
measurements of the Standard Model Higgs mass, its partial widths of
$\gamma\gamma$ and $Z\gamma$ modes are discussed.
