what is the difference between internet and ethernet
Internet Tips and Tricks

What is the Difference Between the Internet & Ethernet?

Phrases like “Internet” and “Ethernet” dance around in everyday conversations, often leaving many of us in a muddle. “Isn’t Ethernet just another name for the Internet?” some might ponder. While both terms are integral to our connected lives, understanding the distinction between them is essential, especially if you want to optimize your home or business network.  

The Internet and Ethernet are like the global highway and the local roads. While the Internet is the sprawling, vast network connecting billions of devices globally, the Ethernet is the local road system so devices that are close by can chat.  

So, what truly sets them apart? Whether you’re a tech enthusiast, someone setting up a new office, or merely curious, we’re here to break down the complexities. So, what is the difference between Internet and Ethernet? Let’s dive in!

The Ultimate Home Network Guide

What is the Internet?

The Internet is like a vast digital web, where numerous computer networks interlace, following a set communication standard known as Internet protocol suite (CP/IP). In this web, each node can communicate with any other. This vastness and interconnectivity allow you to read this blog, chat with a friend from another continent on social media or stream your favorite shows. 

The Internet serves as our: 

  • Gateway to the vast World Wide Web. 
  • Medium to stream content from any corner of the earth. 
  • Platform to connect globally, from business meetings to personal chats. 

Historically, the Internet has its roots in the 1960s with research projects funded by the U.S. Department of Defense. These initial steps aimed to create a network that could sustain communication even in the event of a nuclear strike. Fast forward a few decades, and we’ve moved from a primarily military and academic tool to a global phenomenon shaping economies, cultures, and individual lives. 

Key components that make the Internet what it is today include: 

  • Internet service providers (ISPs): These companies provide access to the Internet.  
  • Web servers: These are powerful computers that store web pages. When you type in a website address, your computer reaches out to the server hosting that website, retrieves the page, and displays it on your screen. 
  • Websites and online platforms: These are the destinations we visit, from social media sites to online stores, news outlets, and more. Each one is hosted on a web server and accessible through a unique address (URL). 

 What is Ethernet?

Have you ever noticed those blue or yellow cables, often snaking behind your office desk or television? Those are Ethernet cables 

At its simplest, Ethernet is a set of protocols and technologies used to create a Local Area Network (LAN). This LAN is a mini version of the Internet but on a much more localized scale. Instead of reaching out across continents, the Ethernet helps your computer communicate with the office printer, or your gaming console can connect to your home network. 

We rely on Ethernet to: 

  • Set up networks in homes or offices. 
  • Facilitate inter-device communication, from printing to multiplayer gaming. 
  • Enable fast, secure local file transfers without involving the broader Internet. 

Key Differences Between Internet and Ethernet

Speed & Performance 

The speed and performance of your Internet connection depends on many factors. The type of connection (DSL, Fiber, Satellite), your service provider, and even the distance from the main server play roles. External influences, such as the website server’s speed or the number of users accessing a particular service, can also impact your experience. 

Ethernet provides faster and more stable connections. It’s insulated from many external internet congestions, resulting in more consistent speeds. However, the type of Ethernet cable (like Cat5e vs. Cat6a) and the network’s configuration can influence its performance. A direct Ethernet connection usually trumps a wireless (WiFi) connection for tasks requiring high bandwidth and reduced latency.   

Components & Hardware 

At the internet’s backbone are massive data centers, hosting thousands of servers that store and manage websites and online services we use daily. These servers connect through a series of routers. The connection even stretches across oceans via undersea fiber cables, linking continents. Additionally, satellites in orbit provide Internet connectivity to remote and hard-to-reach areas. 

The components of Ethernet are more straightforward. It primarily revolves around Ethernet cables, which come in different categories based on speed and capacity. Network switches play a critical role, acting as junction boxes to direct data flow within the local network.  


Protocols are akin to languages or rules that devices follow to communicate. For both the Internet and Ethernet, distinct protocols support smooth data transmission. 

The most well-known protocol associated with the Internet is TCP/IP (Transmission Control Protocol/Internet Protocol). It ensures that data packets are sent and received correctly across the vast expanse of the global network. Other protocols like HTTP/HTTPS (for web browsers), FTP (for file transfers), and SMTP (for email) also play specific roles. 

Ethernet, on the other hand, operates using protocols like Ethernet II and IEEE 802.3. These are designed to facilitate efficient data transfer within a Local Area Network. They handle aspects like addressing, error checking, and defining the structure of frames (or data packets) within the Ethernet environment. 


Both the Internet and Ethernet have their security challenges, but when compared, Ethernet, especially when isolated, tends to have an edge regarding inherent safety.  

The Internet’s global nature exposes devices to threats from anywhere in the world. A device with a direct connection to the Internet is inherently more susceptible to a broader range of cyberattacks. 

Common threats on the internet include: 

  • Malware,  
  • Phishing attacks,  
  • Distributed Denial-of-Service (DDoS) attacks,  
  • Man-in-the-middle attacks. 

Being a localized network, Ethernet is less exposed to global threats. However, it’s not impervious. Suppose one device in a LAN gets compromised (e.g., a laptop infected outside and then connected to the LAN). In that case, it can threaten other devices in the same network. 

Common Misconceptions About the Internet & Ethernet 

When online, it’s easy to encounter a web of misconceptions, especially regarding topics like the difference between the Internet and Ethernet. Let’s debunk a few of these common myths.   

“Using Ethernet means you’re not using the Internet.” 

This misconception often arises from the idea that Ethernet and the Internet are mutually exclusive. In reality, Ethernet is a way to connect to the Internet. Think of Ethernet as the local road you take to reach the highway, that highway being the Internet. By using Ethernet, you’re merely choosing a specific route to access it. 

“WiFi and Ethernet are the same as the Internet.” 

While both WiFi and Ethernet are methods to connect to the Internet, they aren’t the Internet themselves. They are just doors, while the Internet is the expansive world beyond.  

WiFi is a wireless method of connecting devices within a specific area to a network (and by extension, the Internet). In contrast, Ethernet accomplishes this through wired connections.  

“Faster Ethernet means faster Internet.” 

While a more advanced Ethernet connection (like upgrading from Cat5e to Cat6a) can provide faster data transfer speeds locally, it doesn’t inherently boost your Internet speed. Your Internet speed is primarily determined by your service provider and the plan you’ve chosen. Ethernet can, however, get you the maximum speed you’re paying for, especially if WiFi limitations were previously slowing you down. 

“The Internet is just a ‘cloud’, while Ethernet is tangible with cables and switches.” 

It’s easy to envision the Internet as this ethereal ‘cloud’ because of its vastness and intangibility. However, the Internet has a very real physical backbone, from servers to undersea cables. Ethernet, with its cables and switches, is just a more immediately visible component of our digital infrastructure. 

What is the Difference Between Internet & Ethernet: Final Thoughts 

As we’ve explored the difference between Internet and Ethernet, we’ve learned that these terms, while closely related, denote distinct aspects of our digital ecosystem.  

To recap: 

  • The Internet is a colossal, global network, bridging continents, countries, and communities. It grants us access to a vast array of information, services, and connections, enabling experiences like streaming international media, connecting with loved ones far away, and accessing the endless repositories of the World Wide Web. 
  • Ethernet operates within specific physical environments. Ethernet supports efficient, reliable, and secure communication, whether it’s a home, office, or a data center. 

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