  We have constructed a noncommutative deformation of the holographic QCD
(Sakai-Sugimoto) model and evaluated the mass spectrum of low spin vector
mesons at finite temperature. The masses of light vector- and
pseudovector-meson in the noncommutative holographic QCD model reduces over the
whole area in the intermediate-temperature regime compared to the commutative
case. However, the space noncommutativity does not change the properties of
temperature dependence for the mass spectrum of low spin mesons. The masses of
meson also decrease with increasing temperature in noncommutative case.
