  Following the Unlimited Sampling strategy to alleviate the omnipresent
dynamic range barrier, we study the problem of recovering a bandlimited signal
from point-wise modulo samples, aiming to connect theoretical guarantees with
hardware implementation considerations. Our starting point is a class of
non-idealities that we observe in prototyping an unlimited sampling based
analog-to-digital converter. To address these non-idealities, we provide a new
Fourier domain recovery algorithm. Our approach is validated both in theory and
via extensive experiments on our prototype analog-to-digital converter,
providing the first demonstration of unlimited sampling for data arising from
real hardware, both for the current and previous approaches. Advantages of our
algorithm include that it is agnostic to the modulo threshold and it can handle
arbitrary folding times. We expect that the end-to-end realization studied in
this paper will pave the path for exploring the unlimited sampling methodology
in a number of real world applications.
