An equalizer circuit which minimizes both crosstalk and ISI is applied to a receiver with a strongly-coupled 2-parallel 2-drop single-ended microstrip SSTL memory channel. The crosstalk equalizer adds a crosstalk-canceling pulse to a victim receiver signal to make the signal crosstalk-free during the transition interval of an incoming signal. A DFE is used for ISI compensation. The equalization of both crosstalk and ISI increases the data rate for BER < 1E-12 from 2.5Gbps to 3.6Gbps with a 0.18 mu m CMOS process.110sciescopu
In this contribution, we present a linear multiple-input multiple-output (MIMO) equalization scheme ...
Based on voltage-to-time conversion technique, a pseudo-differential two-way-interleaved adaptive li...
Abstract—A transceiver capable of 6.25-Gb/s data transmission across legacy communications equipment...
An equalizer circuit which minimizes both crosstalk and ISI is applied to a receiver with a strongly...
DoctorCircuits are proposed for transmitter and receiver to compensate for the far-end crosstalk (FE...
A single-ended transmitter (Tx) is proposed to compensate for the crosstalk-induced jitter (CIJ) of ...
This paper presents an adaptive far-end crosstalk cancellation scheme for a single-ended parallel re...
The increasing demand for high-bandwidth interconnection between integrated circuits requires large ...
A CMOS DFE (decision feedback equalization) receiver with a clock-data skew compensation was impleme...
This paper presents a low-power receiver with two-tap decision feedback equalization (DFE) and novel...
Abstract—As serial I/O data rates scale above 10 Gb/s, crosstalk between neighboring channels degrad...
This paper presents a programmable pre-cursor ISI equalization circuit for high-speed serial data tr...
Data transfer rates on printed circuit boards are quickly approaching speeds that challenge the limi...
A novel jitter equalization circuit is presented that addresses crosstalk-induced jitter in high-spe...
Data transfer rates on printed circuit boards have approached speeds that challenge the limits of to...
In this contribution, we present a linear multiple-input multiple-output (MIMO) equalization scheme ...
Based on voltage-to-time conversion technique, a pseudo-differential two-way-interleaved adaptive li...
Abstract—A transceiver capable of 6.25-Gb/s data transmission across legacy communications equipment...
An equalizer circuit which minimizes both crosstalk and ISI is applied to a receiver with a strongly...
DoctorCircuits are proposed for transmitter and receiver to compensate for the far-end crosstalk (FE...
A single-ended transmitter (Tx) is proposed to compensate for the crosstalk-induced jitter (CIJ) of ...
This paper presents an adaptive far-end crosstalk cancellation scheme for a single-ended parallel re...
The increasing demand for high-bandwidth interconnection between integrated circuits requires large ...
A CMOS DFE (decision feedback equalization) receiver with a clock-data skew compensation was impleme...
This paper presents a low-power receiver with two-tap decision feedback equalization (DFE) and novel...
Abstract—As serial I/O data rates scale above 10 Gb/s, crosstalk between neighboring channels degrad...
This paper presents a programmable pre-cursor ISI equalization circuit for high-speed serial data tr...
Data transfer rates on printed circuit boards are quickly approaching speeds that challenge the limi...
A novel jitter equalization circuit is presented that addresses crosstalk-induced jitter in high-spe...
Data transfer rates on printed circuit boards have approached speeds that challenge the limits of to...
In this contribution, we present a linear multiple-input multiple-output (MIMO) equalization scheme ...
Based on voltage-to-time conversion technique, a pseudo-differential two-way-interleaved adaptive li...
Abstract—A transceiver capable of 6.25-Gb/s data transmission across legacy communications equipment...