  Current Higgs boson searches in various channels at the LHC point to an
excess at around 124-126 GeV due to a possibly standard-model-like Higgs boson.
If one examines more closely the channels (\gamma\gamma, WW*, and ZZ*) that
have excess, this "Higgs boson" may be the Randall-Sundrum radion \phi. Because
of the trace anomaly the radion has stronger couplings to the photon and gluon
pairs. Thus, it will enhance the production rates into gg and \gamma\gamma
while those for WW*, ZZ* and b\bar b are reduced relative to their
standard-model values. We show that it can match well with the data from CMS
for m_\phi = 124 GeV and the required scale \Lambda_\phi ~ <\phi > is about
0.68 TeV.
