7 Best-Selling Ethernet Books Millions Trust

Gilbert Held brings decades of networking expertise to this detailed manual that goes beyond basics to explore the practical realities of designing and managing Ethernet networks. You learn how to architect tiered LANs using switches, understand Gigabit Ethernet's role in connecting networks, and secure your infrastructure with firewalls and routers, all supported by real-world protocols like TCP/IP and NetWare. Chapters cover everything from the fundamentals of 10Base-T to advanced Virtual LAN configurations, making it a solid choice if you're responsible for network performance and security. While technical, the book suits network planners and administrators aiming to deepen their operational know-how rather than casual readers.

What started as an effort to bridge networking and embedded systems, Jan Axelson's book delivers a technical deep dive tailored for developers juggling both worlds. You get detailed insights on circuit design, programming, Ethernet and Internet protocols, and network architecture—all focused on the unique constraints of embedded systems. For example, it walks you through building networks and embedding TCP/IP stacks, plus how to create dynamic web server pages that interact in real time. If your work involves connecting embedded devices to Ethernet or the Internet, this book provides a solid foundation without unnecessary fluff.

This tailored book explores detailed strategies for Ethernet network design and management, created specifically to match your background and goals. It covers core concepts like network topology, switch configuration, and traffic management, alongside advanced topics such as VLAN segmentation and performance optimization. By focusing on your interests, it reveals how to build reliable, high-performance Ethernet networks suited to real-world environments. This personalized guide combines widely valued knowledge with your unique needs, enhancing your understanding and practical abilities in Ethernet technology. Whether you're refining existing skills or tackling complex challenges, this book offers a focused, engaging learning journey tailored just for you.

Drawing from his deep involvement in the IEEE802.3ah standard, Glen Kramer offers a detailed analysis of Ethernet Passive Optical Networks in this guide. You’ll explore the architecture of EPON, from point-to-point emulation to multi-point control protocols, and gain technical insights into performance optimization and error correction. The book breaks down complex topics such as quality of service, fairness versus efficiency, and discovery slot allocation with precision. If your work involves network design, implementation, or performance analysis, this book provides the focused technical knowledge to understand and apply EPON effectively.

Howard W. Johnson takes a vendor-neutral stance in this detailed exploration of 100BASE-T, a transformative IEEE 802 network standard designed to accelerate Ethernet speeds tenfold. The book walks you through technical elements like wiring practices, bridge and router integration, and enhancements that push Ethernet functionality forward. It’s particularly useful if you manage corporate networks or work in Ethernet installation, as it clarifies practical considerations alongside performance trade-offs. By grounding its explanations in real-world applications, Johnson demystifies a complex upgrade that network strategists and sales personnel will find especially informative.

Drawing from his deep expertise in networking, Rich Seifert breaks down the complexities of Gigabit Ethernet technology into clear, accessible language. You’ll learn how this high-speed LAN technology operates, where to deploy it effectively, and how it integrates with existing network infrastructures. The book delves into practical topics like identifying suitable application environments and understanding performance implications, which is crucial for IT professionals designing or upgrading networks. If you're involved in network engineering or IT management, this book offers focused insights that help you make informed decisions about implementing Gigabit Ethernet solutions.

This tailored Ethernet training book explores essential concepts and practical skills to elevate your understanding in just 30 days. It combines widely validated Ethernet knowledge with your specific interests to create a focused learning path that suits your background and goals. You’ll engage with topics ranging from fundamental networking principles to advanced Ethernet technologies, unpacked in digestible daily lessons that build your confidence and capability. The personalized approach ensures the content connects directly to what you want to master, whether it’s network setup, troubleshooting, or protocol nuances. By focusing on your unique goals, this book reveals how Ethernet works in real-world scenarios, making complex topics approachable and relevant throughout your learning journey.

When Jan L. Harrington wrote this book, she aimed to clarify how every decision in Ethernet network design interlocks with others, a nuance often overlooked in typical networking guides. You’ll learn not only the fundamentals of Ethernet and Gigabit Ethernet technologies but also how these choices ripple through hardware compatibility, operating system integration, and network security. For example, the book carefully explains how selecting a certain cabling type might limit your options in switch hardware, a practical insight for anyone designing a LAN. This book suits IT professionals designing Ethernet networks in local settings and even those new to networking who want a solid foundation without jargon.

When Pete Loshin noticed the growing complexity of Ethernet standards, he set out to clarify the often dense RFCs that network professionals must navigate. This book offers you a detailed exploration of official Ethernet protocols alongside practical guidance on applying them effectively in real network environments. You will learn how Ethernet interfaces with IP, gain insights into administering and securing networks, and understand the process of how Internet standards evolve from proposals to full ratifications. Chapters include focused discussions on selecting suitable standards for specific applications, making it particularly useful if you manage or design Ethernet-based networks.