Wireline input/output (I/O) bandwidth demand within networks in large data centers has
increased rapidly over the last decade because of the explosion in data generation from …

In today's technology, high-speed links play an important role, enabling faster, cheaper, and
more reliable data communications. Data converters, present in some form in almost all …

The ever-increasing number of networked devices and cloud computing applications has
created dramatic growth in data center traffic. This necessitates that the serial links that …

CMOS ADC-based serial link receivers enable powerful digital equalization and symbol
detection techniques for high data rate operation over electrical and optical wireline …

In the era of connectivity, wireline I/O has been a key technology underpinning the
aggressive performance improvements of computer and communication systems. All …

The emergence of cloud computing, machine learning, and artificial intelligence is gradually
saturating network workloads, necessitating rapid growth in datacenter bandwidth, which …

Implementing wireline receivers with a front-end analog-to-digital converter (ADC) allows for
complex, flexible, and robust signal processing algorithms in the digital domain, as well as …

ADC-based receivers are currently being proposed in high-speed serial link applications to
enable flexible, complex, and robust digital equalization in order to support operation over …

As CMOS devices continue to scale down in voltage and area, digital-based high-speed
serial I/Os [1] become increasingly competitive with analog-based designs [2, 3]. In addition …

For communicating over mid-to-long-reach electrical links at a data-rate above 56Gb/s, ADC-
based receiver (RX) has become a dominant architecture due to its strong equalization …