High-bandwidth wireline communication continues to be crucial for many electronic systems today. Numerous research efforts are dedicated to enhance speed, power efficiency, flexibility, and ease-of-use of these transceivers. This session includes some of the latest advances in this domain. The first transceiver paper employs a sub-sampling ring oscillator phase-locked loop (PLL) to obtain a large frequency range with low jitter performance. The PLL is one of the most important blocks in a high-speed I/O link that generates the clocks for the receiver and transmitter of the system. In this paper the transmitter achieves 160fs RMS jitter and 10.9ps total jitter at 15.625 Gbps
This thesis examines the design of high-speed wireline receivers that can be adapted to a variety of...
A 0.8-3.6GHz Phase-locked loop (PLL) with quadrature outputs for multi-standard SerDes application i...
A wideband phase-locked loop (PLL) allows chip designers to use a single PLL for multiple communicat...
Recent advances in the semiconductor industry and process technology scaling have increased the dema...
Graduation date: 2007As the functionality of digital chips continues to increase dramatically, chip-...
The speed of wireline and wireless communication systems has been increasing aggressively over the p...
As process technology has aggressively scaled, the demand for fast, robust computing has grown treme...
Multi gigabit per second serial binary links are used to implement cross chip communication because ...
The problem of clock generation with low jitter becomes much more challenging as wireline transceive...
This thesis focuses on two ideas in clocking systems that contribute to the reduction of power in hi...
Generation of a low-jitter, high-frequency clock from a low-frequency reference clock using classica...
While significant research has already been poured into signal generation via the phase locked loop ...
Technology scaling and unprecedented growth in demand for ubiquitous, fast, robust computing have be...
A fully integrated phase-locked loop (PLL) fabricated in a 0.24μm, 2.5v digital CMOS technology is d...
This thesis discusses low-power wireline receivers with particular focus on clocking circuitry and ...
This thesis examines the design of high-speed wireline receivers that can be adapted to a variety of...
A 0.8-3.6GHz Phase-locked loop (PLL) with quadrature outputs for multi-standard SerDes application i...
A wideband phase-locked loop (PLL) allows chip designers to use a single PLL for multiple communicat...
Recent advances in the semiconductor industry and process technology scaling have increased the dema...
Graduation date: 2007As the functionality of digital chips continues to increase dramatically, chip-...
The speed of wireline and wireless communication systems has been increasing aggressively over the p...
As process technology has aggressively scaled, the demand for fast, robust computing has grown treme...
Multi gigabit per second serial binary links are used to implement cross chip communication because ...
The problem of clock generation with low jitter becomes much more challenging as wireline transceive...
This thesis focuses on two ideas in clocking systems that contribute to the reduction of power in hi...
Generation of a low-jitter, high-frequency clock from a low-frequency reference clock using classica...
While significant research has already been poured into signal generation via the phase locked loop ...
Technology scaling and unprecedented growth in demand for ubiquitous, fast, robust computing have be...
A fully integrated phase-locked loop (PLL) fabricated in a 0.24μm, 2.5v digital CMOS technology is d...
This thesis discusses low-power wireline receivers with particular focus on clocking circuitry and ...
This thesis examines the design of high-speed wireline receivers that can be adapted to a variety of...
A 0.8-3.6GHz Phase-locked loop (PLL) with quadrature outputs for multi-standard SerDes application i...
A wideband phase-locked loop (PLL) allows chip designers to use a single PLL for multiple communicat...