area efficient 4Gb/s 3-tap decision feedback equalizer with current-integrating summer
As the requirement of wire line applications increases, the demand for higher data transmission bandwidth is continuously exploding. While the on-chip speed has led to a growing interest in developing faster I/O for chip-to-chip and backplane communication, bandwidth limitation has not shown dramati...
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| Online Access: | http://hdl.handle.net/2047/D20213266 |
| Summary: | As the requirement of wire line applications increases, the demand for higher data transmission bandwidth is continuously exploding. While the on-chip speed has led to a growing interest in developing faster I/O for chip-to-chip and backplane communication, bandwidth limitation has not shown dramatic improvement over the years. Consequently, it presents great challenges to achieving multi-gigabits per second signaling rate. The inherent undesirable electrical characteristics
of channel and issues induced by neighboring channels such as crosstalk severely degrade the transmitted signal. |
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