Essential TCP/IP Networking Terminology Abbreviations

Source:Network Editor | Ning Ning Quality Article 741 Words 3 Minutes ARP: Address Resolution Protocol (ARP), a TCP/IP protocol that obtains the physical address based on the IP address. CLNP: Connectionless Network Protocol (CLNP). CRC: Cyclic Redundancy Check (CRC), a hash function that generates a short fixed-length checksum based on network packets or computer files, … Read more

A Brief Discussion on HTTP/3: The Next Generation Hypertext Transfer Protocol

A Brief Discussion on HTTP/3: The Next Generation Hypertext Transfer Protocol

29 Tuesday June 2021 Verification Room As we all know, the TCP/IP protocol suite is the foundation of the Internet and is currently the most popular networking form. Among them, the Hypertext Transfer Protocol (HTTP), which operates at the application layer of TCP/IP, is an application protocol that can be used for distributed, collaborative, and … Read more

Sharing TCP/IP Illustrated (3 Volumes) PDF

Sharing TCP/IP Illustrated (3 Volumes) PDF

01 Content Summary Content validity TCP/IP Illustrated, Volume 1: Protocols mainly discusses the TCP/IP protocol, explaining the reasons for the definition of the TCP/IP protocol suite with numerous examples, as well as its application and operation in various operating systems. The second edition retains Stevens’ excellent knowledge system and writing style, while new author Kevin … Read more

The Past and Present of Data Center Networks

The Past and Present of Data Center Networks

Click the above Network Engineer Club Select “Add to Favorites” First-hand news, check it in time The story should start from the beginning. In the summer of 1973, two young scientists, Vinton Cerf and Robert Kahn, began to work on a method for communication between different machines in the newly born computer networks. Soon after, … Read more

Fundamentals of Networking

Fundamentals of Networking

Fundamentals of Networking 1、OSI(Open System Interconnection)Open System Interconnection Model Seven-layer model: Layer 1: Physical Layer : Transmission of raw bit streams over mechanical, electronic, and timing interfaces communication channels Layer 2: Data Link Layer: Physical addressing, while transforming the raw bit stream into logical transmission lines Layer 3: Network Layer: Controls the operation of subnets, … Read more

Computer Network Principles – Internet Protocols Overview

Computer Network Principles - Internet Protocols Overview

Click the blue text above to follow us Resource Release Huawei Certification Beginner to Advanced Practical Course ↓ Scan to watch practical videos ↓ IPv4 and IPv6 Headers IP is the core protocol in the TCP/IP protocol suite, and all TCP, UDP, ICMP, and IGMP data is transmitted via IP datagrams. IP provides a best-effort, … Read more

A Brief History of Computer Networks

A Brief History of Computer Networks

The development of computer networks has come a long way. The various communication software we use today undoubtedly relies on computer networks. But do you know the background of the emergence of computer networks? We have eliminated the phenomenon of information silos now, but several years ago, did you know that computer networks could help … Read more

A Packet’s Journey Through TCP/IP

A Packet's Journey Through TCP/IP

4 Network Layer IP The transmission of packets mainly goes through Application Layer, Transport Layer, Network Layer, and Link Layer. Following the explanation of the application layer HTTP and Transport Layer TCP, the application layer data is encapsulated by the transport layer and then needs to be encapsulated by the network layer. The core task … Read more

Differences Between OSI and TCP/IP Models

Differences Between OSI and TCP/IP Models

The Concept of OSI: Open System Interconnect is a reference model defined by ISO (International Organization for Standardization). It is a flexible, robust, and interoperable model, not a protocol, commonly used to analyze and design network architecture. The OSI model is divided into seven layers: OSI divides the network into seven layers, from bottom to … Read more

How to Achieve TCP/IP Communication Between Different PLC Networks in 7 Steps

How to Achieve TCP/IP Communication Between Different PLC Networks in 7 Steps

Introduction: In actual work environments, PLCs may communicate and exchange data. Typically, communication requires devices to be on the same network segment. However, what if our devices are not on the same segment? This article introduces how two PLCs can perform TCP/IP communication to exchange data when they are not on the same network segment. … Read more