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Intensities of lines in the near-infrared second overtone band (3--0) of$^{12}$C$^{16}$O are measured and calculated to an unprecedented degree ofprecision and accuracy. Agreement between theory and experiment to better than1 $\permil$ is demonstrated by results from two laboratories involving twoindependent absorption- and dispersion-based cavity-enhanced techniques.Similarly, independent Fourier transform spectroscopy measurements of strongerlines in this band yield mutual agreement and consistency with theory at the 1$\permil$ level. This set of highly accurate intensities can provide anintrinsic reference for reducing biases in future measurements of spectroscopicpeak areas.

Sub-promille measurements and calculations of CO (3--0) overtone line intensities