Best Mrount Computer Networking in 2022

The Basics of Computer Networking

Computer networking has become the rage among many businesses today, and this is because more of them want to make their networks more productive. This article will cover LAN architecture, protocols, and security. In addition, it will also show you how to set up a LAN, which is a critical step for any business.


A Local Area Network (LAN) is a network of connected computers that can share resources and information. By sharing resources between computer devices, you can save money on hardware and software purchases. You can also share information and messages. A LAN also allows you to share data, such as files, with other members of your network.

LANs can be wireless or wired. A wireless LAN is typically more affordable than a wired one. Wireless LANs are often cheaper to install. However, you must ensure that your LAN is secure. Fortunately, there are many ways to secure your network.

A local area network is a group of computers linked to each other by a common wired or wireless network. This type of network can range in size from a single PC to a huge enterprise network with thousands of users. The computers in a LAN typically share data and applications.

LAN Protocols

A local area network (LAN) is a group of computers connected to one another by a wired or wireless link. The goal of a LAN is to share resources between computers. This allows users to save money by sharing hardware and software. Additionally, LANs allow users to share information and messages between computers.

One of the most popular and widely used LAN protocols is Ethernet. It can connect multiple computers and operates at speeds up to 1 Gbit/s. Ethernet uses the carrier-sense multiple access (CSMA) protocol with collision detection to send and receive data. It is successful with coaxial cables but is less effective with optical fibers due to loss at each tap. Additionally, it has a limit on the number of users it can serve.

Another common type of network protocol is the Simple Network Management Protocol (SNMP). This protocol is TCP-based and is used to monitor network devices. It is useful for administrators who need to manage networks remotely. It is also useful for sending text messages over cellular networks. However, SMS is only for text-based messages, and pictures and videos require the Multimedia Messaging Service (MMS), an extension of SMS.

LAN Architecture

The LAN architecture defines the physical design of your network. The physical design of a network includes the placement of routers, the number of network switches, and the quality of cables. A LAN must be flexible enough to accommodate new hardware and software, and it must be secure enough to protect sensitive information.

In a computer network, you can create a variety of different topologies. These topologies use different communication protocols to communicate with each other. Some LAN architectures use both physical and logical topologies. The former is the physical layout of the various components of a network, while the latter is the method of communication over a medium.

A LAN can be peer-to-peer or client-server. In a peer-to-peer LAN, two or more devices are connected using Ethernet cables. A client-server LAN, on the other hand, includes multiple endpoints, LAN switches, and a centralized server.

A local area network is a connected environment that spans a building or campus. It can include multiple computers and peripheral devices connected by wires or wirelessly. The hardware and cabling used to connect computers are usually owned by an organization. Ethernet speeds can be as high as 100 gigabits per second. In addition, LANs can be composed of twisted-pair copper or single-mode fiber interconnects.

Ethernet is a shared medium, so a LAN with too many devices can lead to congestion. A solution is to create multiple virtual LANs, or VLANs. A virtual LAN can be connected to multiple devices, and a software-defined network policy can be created for each branch of the network.

LAN Security

LAN security requires a multi-faceted approach. The LAN must be secure against intrusion by external threats while internal security includes anti-virus and anti-malware protection. Intrusive viruses and malicious programs exploit user activity and open internal LANs to threats from the outside. It is critical for security designers to consider all aspects of the design process.

LAN Implementation

A local area network (LAN) is a networked environment that spans one or more buildings. It connects computing devices that are located within a close proximity, usually within a one-kilometer radius. A LAN typically uses ethernet or wireless technology. This article focuses on the different types of LANs, their architectural components, and recommended practices for streamlined LAN implementation. LANs are among the foundational components of today's global networked landscape.

LANs are an essential piece of any enterprise, allowing users to access the latest digital technologies, including online services and cloud-hosted information. In addition, a LAN can also be used to host a private intranet. Regardless of why a LAN is used, there are several best practices that should be followed during implementation.

Computer networks have enormous potential for improving production processes. However, proper LAN implementation requires proper organization of existing computer parks and integrating new solutions to expand and evolve. For example, a trading enterprise should be able to integrate its local network with the trading enterprise's future structure. Additionally, the length of a network cable should be optimized based on the size of the room. By choosing a LAN implementation that works for your business, you'll be setting yourself up for success and profitability.

If your LAN has a large volume of data, you'll need a large amount of processing means. If the network is asymmetric, the calculation should be done twice. Otherwise, the network will experience skipping collisions, and you'll have to do it again.

Ivan Cordoba

Software Engineer experienced in Front End, Back End, and Full Stack technologies. I love playing video games and coding. Video games are great because every single one has different mechanics that you then apply to solve a problem whether it’s solving a puzzle, defeating a boss, or using teamwork to defeat enemies online. I like to approach Software Engineering in a similar way, I have many tools and technologies at my disposal and every project or problem is an opportunity to utilize these in the most optimal way possible to get to a solution. My favorite part of the Software Engineering industry is that there are always new technologies to master and I’m glad to be a part of it. I am experienced in HTML, CSS, React, Redux, Backbone, Angular.js, and Javascript to design and build efficient Front End interfaces. I also have experience with Express, Node.js, PHP, Postgres, CouchDB, MongoDB, and MySQL to build out Back-End Systems. I also have experience deploying to Heroku as well as AWS using raw EC2 instances and Docker. I'm always available to talk and I look forward to hearing from you.

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