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Updated LHC data on the new 126 GeV boson during the 7 and 8 TeV runningsstrengthen the standard model Higgs boson interpretation further. Through theglobal $\chi^2$ analysis, we investigate whether the new particle could be oneof the scalar particles in two Higgs doublet models. Four types (Type I, II, Xand Y) are comprehensively studied. Taking the recent analysis on thespin-parity of the new boson, we consider two scenarios: the new boson iseither the light CP-even one ($h^0$) or the heavy CP-even one ($H^0$). It isfound that both scenarios are consistent with the new data, not only in theparameter regions near the decoupling limit but also in other regions far fromthe decoupling limit. In addition, the current data are compatible with thepossibility that the light Higgs boson $h^0$ is hidden in the mass window of90-100 GeV. The diphoton or $\tau\tau$ channel can provide a probe of thispossibility by the enhanced signal rates.

Two Higgs doublet models for the LHC Higgs boson data at $\sqrt{s}=$ 7 and 8 TeV