An Inexpensive Implementation of a Scalable MR Receiver with Digital Optical Transmission

Keywords

accommodate according achieved additional additionally address adversely affecting allowed analog architecture aurora available bandwidth block board bonded brain built cable cables capability card cards carefully carrier challenges channel channels charge china clock coils communicate communicates communication component components computer consists console control conversion cost coupled coupling currently cycles decimated degradation depending design designed development diagram digital digitized direct directly duplex dynamic effective electronic electronics encoding engine engineering error fiber field front gain hardware housing ideas implementation include incorporated inexpensive institute integrated interconnect interface known lane lanes latency lightweight link little magnet makes making managing matrix mezzanine modular noise open operate operations optical overall oversampling pair parallel passing path people peripheral permanent physical processing protocol prototype quantum rage receive receiver reconstruction reduces republic scalability scalable school series shelf short shortened significantly simplifies since snapshot specified speed suffers suggest supports system systems transceiver transceivers transmission transmitted transparent transportation units user utilized view vita