Choosing Ethernet Network Building Blocks: A Quick Guide


Modern professional spaces, whether sophisticated offices or hardcore labor-oriented industries require strong communication networks throughout the day. Something beyond the strength of ordinary internet networking and that is where Ethernet comes in.

Installed in software and hardware devices, Ethernet is embedded in the systems to build a local area network. It is one of the most convenient communication protocols, standardizing the digital web channels for sharing information through interconnected computer systems.

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The Main Building Blocks of Ethernet Networking

If we take a look at the pre-configured building blocks of Ethernet Network, there are three main types.

Network Zone Systems

Used for din mountable industrial switches, network zone systems are primarily sealed compounds, functioning to deploy an Ethernet network between the client and server. There are various systems like Panduit network, which provide outstanding facilities to maintain a smooth, high-end Network Zone System.

Industrial Distribution Frame

Under harsh industrial situations, one has to deploy and protect rack mount switches from any physical or thermal damage. In such circumstances, the industrial distribution frame which is another essential block of Ethernet networking works the best.

MicroData Centre

Unlike, Network Zone Systems, Micro Data Centers are not sealed enclosures. They are specially developed for enterprise floor and enable the system to deploy rack-mount equipment.

How Does Ethernet Work

Ethernet networking works through proper channels. The technology mainly utilizes fiber optic cables that have the ability to connect devices spread over a large area. Panduit network cables are one of the highest quality cables available in the market. To make things easier for you, here is a proper explanation of each section of a fully functioning Ethernet.

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Clients and Servers

There are two main elements involved in Ethernet networking, the clients and the servers.

Server computer operates content and services like disk storage, messaging platforms, a web information center or Internet access. They are typically based over a powerful operating system that facilitates the client computers with special networking facilities.

A client computer, in simple words, is the user of the networking services provided by the server computer. It can be a laptop, desktop or even a cellphone, that accesses the provided networking facilities such as access the archived files, chat applications and more.

Network interface

An interface is a bridge between the clients and the servers – the actual networking port. Ethernet is the networking standard this network interface implements to provide computers with a connected digital web.

Network Interfaces are also called NIC – Network Interface Card as the initial technology required a circuit card to access the interface, but as technology advanced, computers started to come with built-in interfaces in their motherboards.


Ethernet is often enabled by connecting computers physically with powerful cables. Over the years these cables have also evolved to provide better functionality. One of the most common and advanced cables nowadays are 10Base T. They are also called twisted-pair cable and are actually used for the fastest networking speed.

They differ from normal fiber optic cable in terms of material as they use copper instead of strands of glass to convey the signal.

Managing Cables

To maintain an adequate Ethernet, one needs some managing accessories to keep the cables sorted out. For example, the modular racks, such as are useful items to manage high-performance copper and fiber patch cables. If you want some high-quality racking system, check Panduit network racks range providing a firm framework for mounting telecommunication and data center equipment.

What is the difference between Cat-5 and Cat-6 Cable?

Cat-5 and Cat-6 refer to the standard maximum speed for a cable.  The only difference between both the cables is the difference in frequency and speed. Cat-6 is comparatively better than the cat-5. Cat- 6 has 250 MHz of frequency where Cat-5 has 100 MHz.

Hubs and Switches:

To maintain an efficient Ethernet network, cables alone are not enough. It needs a hub where all the information is centralized in one powerful system and then conveyed to the required channels.

Moreover, computer systems are never directly connected to each other. Instead, they are plugged into a device called switch through the cables. These switches have 16 or 8 ports through which the cables connect to build a larger interface. Not only that but these switches maintain the efficiency of the hub, protecting it from getting slow. It conveys direct messages to the specific sender and the receiver by sorting out the information in the hub.

The switch and hub operate in coordination despite their different functions to direct and process the traffic.  – transporting the data back and forth across the LAN.


Routers have multiple functions in maintaining an Ethernet network. The major ones include dispatching and analyzing data, deciding the best channel to deliver information in the network. In addition to that, routers make networking secure.

Thus, Ethernet networking creates a communications system that allows the sharing of data and resources including printers, fax machines, and scanners.

These integral parts make up an efficient Ethernet networking that creates effective communication systems.

Benefits of Ethernet

High Speed

Relying on the internet for in-house networking is not a good option. The main difference between internet networking and Ethernet is speed. The fastest Wi-Fi can be around 866.7 Mb/s. On the other hand, an Ethernet network can provide you with the ultra-fast speed of up to 10gbs through a Cat-6 cable.


When your signals drop while using an internet connection, it is mostly because of latency. Latency is the delay that causes due to weak signals that constantly navigates through the router. Ethernet has a much lower rate of latency in comparison of internet improving work productivity.


Developing a high-end IT infrastructure can be a challenging task. The performance rates need to be as high as the budget needs to be lower. In such circumstances, Ethernet networking is a tech-miracle that every business must embrace. Yet, while going for Ethernet networking, don’t forget to incorporate Panduit network cable management for quick and sorted data sharing.


In a recent blog from Tom Kovanic from Panduit Corp. brought up that question. But just what is the difference between the two? Since the TIA ratified the specification for OM5, a wideband multimode optical fiber (WB-MMF), customers that are thinking about upgrading their existing infrastructure, or building out new, are asking a question: Should they deploy OM5 fiber?

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