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“…Because the G m cells always remain active with different tap configurations, driving capability is fully utilized and maximized regardless of required equalization strength at different channel losses. However, for a realistic channel, a reasonable number of bits (usually 6-8 bits) for the DAC is required, which may increase the output parasitics of the G m cells unless careful segmentation technique is taken [4] and degrade the output bandwidth, especially in 28 nm. Moreover, each fully designed G m cell with a serializer, MUX, and driver increases the power overhead due to the added low-speed circuit blocks and capacitive load for the clock distribution.…”
Section: Tx Architecturementioning
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“…Because the G m cells always remain active with different tap configurations, driving capability is fully utilized and maximized regardless of required equalization strength at different channel losses. However, for a realistic channel, a reasonable number of bits (usually 6-8 bits) for the DAC is required, which may increase the output parasitics of the G m cells unless careful segmentation technique is taken [4] and degrade the output bandwidth, especially in 28 nm. Moreover, each fully designed G m cell with a serializer, MUX, and driver increases the power overhead due to the added low-speed circuit blocks and capacitive load for the clock distribution.…”
Section: Tx Architecturementioning