Using the Submillimeter Array we have detected the J = 3 − 2 and 2 − 1 rotational transitions from within the first vibrationally excited state of CO toward the extreme carbon star IRC+10216 (CW Leo). The emission remains spatially unresolved with an angular resolution of ∼ 2 ′′ and, given that the lines originate from energy levels that are ∼ 3100 K above the ground state, almost certainly originates from a much smaller (∼ 10 14 cm) sized region close to the stellar photosphere. Thermal excitation of the lines requires a gas density of ∼ 10 9 cm −3 , about an order of magnitude higher than the expected gas density based previous infrared observations and models of the inner dust shell of IRC+10216.