A novel approach to realizing flexible transport systems using reconfigurable hardware
Koji Yamada, K. Hayashi, Toshiaki Miyazaki, Kazuhiro Shirakawa, Nobuhiro Ohta · 2002
This paper discusses a novel approach to realizing a flexible high speed signal transport system for the multimedia network. We propose a flexible transport system architecture based on reconfigurable hardware. The proposed architecture realizes all the functions needed for high speed telecommunication systems which include physical interfaces, programmable buffer memory, bi-directional processing, multiclock processing and co-processing using dedicated processors for higher layer processing. We develop an experimental prototype system using the custom designed reconfigurable hardware called PROTEUS. We also discuss a design methodology for achieving flexible transport systems. Experimental results for 156 Mbps SDH/ATM processing circuits are shown. Our experimental results show the feasibility of achieving both flexibility and high speed processing in high speed digital transport systems.