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This paper presents a chain of four fully DC-coupled 10Gb/s burst-mode prototypes operating with 58ns overhead for the first time. 10Gb/s upstream burst-mode experiments are performed without a time-critical reset signal from test equipment.
A novel burst-mode bit synchronization and data recovery circuit for use in passive optical networks are presented that can operate at either 1.25Gb/s or 622Mb/s. The circuit principle is based upon shifting the incoming burst such that its maximum eye opening is phase aligned with the rising edges of an external, fixed reference clock. This is accomplished by oversampling the incoming data signal...
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