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Broadband acquisition and processing can yield stronger signal at both high and low frequencies, for improved resolution and signal penetration. These benefits of broadband data can be combined with wide-azimuth survey design to gain the additional benefits of higher signal-to-noise ratio and better illumination of complex structures. For this field development survey in the southern Gulf of Mexico, a broadband, high-density, wide azimuth acquisition was designed to improve the imaging of faulted Cretaceous reservoirs under a complex overburden. The data were then processed through a broadband processing flow, and results were compared to the legacy images from conventional data.