  We discuss the role that Higgs coupling measurements can play in
differentiating supersymmetric extensions of the Standard Model. Fitting
current LHC data to the Higgs couplings, we find that the likelihood fit shows
a preference in the direction of suppressed (enhanced) bottom (top) quark
couplings. In the minimal supersymmetric Standard Model, we demonstrate that
for tan beta > 1, there is tension in achieving such fermion couplings due to
the structure of the Higgs quartic couplings. In anticipation of interpreting
supersymmetric models with future data, we determine a single straightforward
condition required to access the region of coupling space preferred by current
data.
