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Recent works have made strong efforts to produce standardised photometry inRGB bands. For this purpose, we carefully defined the transmissivity curves ofRGB bands and defined a set of standard sources using the photometricinformation present in Gaia EDR3. This work aims not only to significantlyincrease the number and accuracy of RGB standards but also to provide, for thefirst time, reliable uncertainty estimates using the BP and RPspectrophotometry published in Gaia DR3 instead of their integrated photometryto predict RGB photometry. Furthermore, this method allows including calibratedsources regardless of how they are affected by extinction, which was a majorshortcoming of previous work. The RGB photometry is synthesised from the GaiaBP and RP low-resolution spectra by directly using their set of coefficientsmultiplied with some basis functions provided in the Gaia catalogue for allsources published in Gaia DR3. The output synthetic magnitudes are comparedwith the previous catalogue of RGB standards available.

Photometric Catalogue for Space and Ground Night-Time Remote-Sensing Calibration: RGB Synthetic Photometry from Gaia DR3 Spectrophotometry