Pivotal to bringing the proving ground into the test lab, Remote Parameter Control (RPC) methods and software remain integral to overcoming today's most daunting durability testing challenges: addressing rapidly evolving vehicle complexity; achieving higher through-put testing; and meeting demands for increased operational efficiency.
Cody Johnson - MTS Services Manager examines the critical role played by Remote Parameter Control (RPC) methods and software throughout the history of automotive durability testing. He parallels the evolution of RPC with innovations in computing, test technology and vehicle systems - from the first inverse Frequency Response Function (FRF) iterations, through RPC I-III, RPC Pro and cRPC Pro, and next-generation RPC Connect software. Explore this history further with the interactive RPC Timeline.
