Development of the high performance DSP architecture for the RSFQ interference canceller

Paper i proceeding, 2004

A new architecture and a new design method have been developed for the implementation of an RSFQ Successive Interference Canceller. The architecture is based on the complete pipe-lining of the operations with dynamic on-chip memory and bit-parallel processing. The design method is based on the fixed RSFQ schematic library having such an important features like arbitrary connectivity within a library and stable timing parameters. The hardware complexity is evaluated for the case of the 48 simultaneously operated channels in fading multipath environment transmitting at rate 300 Kb/s.