  We present a wide-field homodyne imaging system capable of recovering
intensity and phase images of an object from a single camera frame at an
illumination intensity significantly below the noise floor of the camera. By
interfering a weak imaging signal with a much brighter reference beam we are
able to image objects in the short-wave infrared down to signal intensity of
$\sim$$1.1$ photons per pixel per frame incident on the sensor despite the
camera having a noise floor of $\sim$$200$ photons per pixel. At this
illumination level we operate under the conditions of a reference beam to probe
beam power ratio of $\sim$$300$,$000$:$1$. There is a corresponding $29.2\%$
drop in resolution of the image due to the method implemented. For transmissive
objects, in addition to intensity, the approach also images the phase profile
of the object. We believe our demonstration could open the way to low-light
imaging in domains where low noise cameras are not available, thus vastly
extending the range of application for low-light imaging.
