I. Introduction
Since the first recordings made by Galvani in the 1770's measuring bioelectric signals in animals has been one of the key methods in neuroscience to understand how neural activity gives rise to behavior. Recent efforts in prosthetics used to restore various bodily functions have also relied on recordings from multiple neurons in the central and peripheral nervous systems (CNS & PNS) [1]. Systems long used in the laboratory for making such recordings are composed of large amplifiers and digitizers that are both expensive and not suited to use in outdoor or mobile environments.