Voltage Mode Drivers for Serial-Link Applications: Review

Document Type : Review papers

Authors

1 dept. Electrical Engineering Aswan University Aswan, Egypt

2 dept. of Electronics and Communications Engineering Ain Shams University Cairo, Egypty

3 Faculty of Engineering Aswan University

4 Department of Electrical Engineering Aswan University Aswan, Egypt

Abstract

Serial links have emerged as a pivotal and widely adopted solution for enabling high- speed data communication among various devices and components in modern electronic systems, serving critical roles across diverse applications, including networking, computing, and data storage. Their increasing popularity can be attributed to their ability to facilitate efficient and reliable data transfer, which is essential for the optimal performance of increasingly complex electronic environments characterized by the need for rapid data exchange and real-time processing. However, the design and implementation of effective serial links present a myriad of significant challenges that engineers must adeptly navigate. Achieving high data rates is often accompanied by the pressing need to maintain low power consumption, a crucial factor in mobile and embedded systems where energy efficiency is paramount. Additionally, ensuring robust signal integrity is vital, as even minor deviations in voltage levels or timing can lead to substantial errors in data transmission, which can critically impact system performance and reliability. This article aims to explore the various innovative techniques proposed for voltage mode (VM) transmitters specifically tailored for serial-link applications. By thoroughly examining the strengths and limitations of these techniques, we seek to shed light on the cutting-edge approaches that not only enhance performance but also effectively address the inherent design challenges. Our goal is to contribute to the advancement and development of high-performance se- rial communication systems that meet the demanding requirements of today’s technology landscape, ensuring that they can support the ever-increasing data rates and complexity of modern applications while maintaining the necessary reliability and efficiency. Through this exploration, we aim to provide insights that will be valuable to engineers and researchers working in the field, facilitating the ongoing evolution of serial communication technology and its applications.

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