Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Differential signaling is effective in suppressing common-mode noise in parallel links as ll as in high-speed serial links. Hover, differential signaling is not cost effective for DRAM interfaces because the I/O-pin count is a significant portion of the chip cost. Since differential signaling requires 2n pins and channels to transmit n bits of data, the data rate must be doubled compared to single-ended signaling to accomplish the same per-pin data rate. Hover, ISI due to channel-bandwidth limits and technology limits degrade the performance [1]. Although single-ended signaling achieves a higher data rate per pin, two major problems limit increases of the data rate: reference ambiguity and por-supply fluctuation [2]. Several works are reported to solve the problems of single-ended signaling [3–7]. Hover, the skew beten encoder outputs in [3] and receiver outputs in [4,5] degrades the performance of transceivers and the signaling in [6,7] keeps the reference signal.  describe pseudo-differential signaling schemes for DRAM interfaces that minimize the skew beten data and suppress common-mode noise. The chip is implemented in a 0.13µm process and occupies 2.7×2.3mm 2  and the active area is 1.0×0.3mm 2 .
['Kyung-Soo Ha', 'Lee-Sup Kim', 'Seung-Jun Bae', 'Kwang-Il Park', 'Joo Sun Choi', 'Young-Hyun Jun', 'Kinam Kim']
I am writing a research paper on a idea A 6Gb/s/pin pseudo-differential signaling using common-mode noise rejection techniques without reference signal for DRAM interfaces
[{"from": "human", "value": "I am writing a research paper on a idea A 6Gb/s/pin pseudo-differential signaling using common-mode noise rejection techniques without reference signal for DRAM interfaces"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Differential signaling is effective in suppressing common-mode noise in parallel links as ll as in high-speed serial links. Hover, differential signaling is not cost effective for DRAM interfaces because the I/O-pin count is a significant portion of the chip cost. Since differential signaling requires 2n pins and channels to transmit n bits of data, the data rate must be doubled compared to single-ended signaling to accomplish the same per-pin data rate. Hover, ISI due to channel-bandwidth limits and technology limits degrade the performance [1]. Although single-ended signaling achieves a higher data rate per pin, two major problems limit increases of the data rate: reference ambiguity and por-supply fluctuation [2]. Several works are reported to solve the problems of single-ended signaling [3\u20137]. Hover, the skew beten encoder outputs in [3] and receiver outputs in [4,5] degrades the performance of transceivers and the signaling in [6,7] keeps the reference signal.  describe pseudo-differential signaling schemes for DRAM interfaces that minimize the skew beten data and suppress common-mode noise. The chip is implemented in a 0.13\u00b5m process and occupies 2.7\u00d72.3mm 2  and the active area is 1.0\u00d70.3mm 2 ."}]