It is our goal here to present a method to calculate stick spectra of NSCD based on the CC ansatz, with a specific implementation at the CC2 level. The approach gives access to NSCD values for specific excited states, and it can be used for direct investigation of moderatelysized molecules and as a first benchmark for DFT models. It is based on a generalization of the resolution-of-identity CC2 (RI-CC2) implementation of the MCD B term 34 in Turbomole to the computation of the NSCD B K term. The new RI-CC2 protocol is applied to a selection of para-substituted azobenzenes and its results are compared to those obtained with TD-DFT using the BH+HLYP functional.