In this paper, a crosstalk compensation scheme for high speed single-ended on-chip signaling is presented. To reduce the effect of crosstalk in bandwidth enhanced channel employing capacitively driven interconnect, a crosstalk feed-forward equalizer is proposed, which compensates for the low-pass nature of the crosstalk. The proposed scheme is verified using a three-channel 10 mm on-chip interconnect implemented in 130 nm CMOS process. Measurement results show that the proposed transceiver effectively removes the crosstalk for data rates of up to 2.5-Gb/s while consuming 0.96 mW, which corresponds to energy efficiency of 0.41 pJ/bit.