How to have cable internet throughout the house

Surely we have all suffered from a bad internet connection at some point., which can be somewhat frustrating if we need a stable connection to do certain tasks. If our work involves having a good connection to be able to upload and download files, as well as being able to hold video conferences in a stable and uninterrupted manner, we will surely have suffered from a lack of internet speed on some occasion. That said, the best connection is generally obtained via cable, since this way we will be able to take advantage of much more of our contracted rate.

If we add to this that our Wi-Fi does not make us very happy and leaves us in places in the house without good internet access, we have the perfect equation with a result that is not very accommodating.. However, although having a cable connection in all parts of our house may seem complicated and expensive, because we think that it may involve wiring more than necessary and even renovating, nothing could be further from the truth. There are various methods that allow us to enjoy a stable, wired connection anywhere in our home, without complications, quickly and easily, within everyone's reach.

Therefore, if you want to enjoy a good cable connection anywhere in your house, keep reading as here we will explain various methods to achieve it.. We started!

Methods to have cable internet anywhere in your house

Let's get straight to the point, since we know that suffering from a bad connection can be frustrating, so below we show you various methods that we consider useful to achieve the objective discussed in this article, enjoying a good cable connection anywhere. place of our house.

Ethernet connection

The most reliable option for having wired Internet throughout your home is to install a structured cabling system with Ethernet cables. You can run Ethernet cables from your router or modem to each room in the house. This provides a fast and stable connection.

Advantages:

• Reliability: The wired Ethernet connection offers exceptional stability and speed, ideal for bandwidth-intensive activities such as online gaming or HD video streaming.
• Low Delay: It minimizes latency, which is crucial for time-sensitive applications such as online gaming and video calling.
• Safety: Being a physical connection, it is less vulnerable to external interference or hacking compared to wireless connections.

Disadvantages:

• Physical Installation: It requires wiring throughout the home, which can be invasive and, in some cases, require professional assistance.
• Mobility Limitation: Devices must be physically connected to the cable, limiting the mobility of devices such as laptops and phones.

Powerline Adapters

Powerline adapters use your home's existing electrical network to transmit data. You simply connect one adapter to your router and plug it into an outlet, then place another adapter in the room where you need a connection and plug it in. This option may be convenient if you cannot run Ethernet cables.

Advantages:

• Ease of Installation: No additional cables needed; The existing electrical grid serves as the transmission medium.
• Versatility: It can be a convenient solution in homes where cable installation is difficult.
• Lower Latency than Wi-Fi: They tend to have lower latency compared to wireless connections, which benefits time-sensitive applications.

Disadvantages:

• Dependence on the Electric Grid: Connection quality may be affected by electrical interference and the quality of the power grid.
• variable speed: The speed may vary depending on the quality of the electrical network and the distance between the adapters.

Wi-Fi Mesh

A Mesh Wi-Fi system uses nodes or access points distributed throughout the home to create a consistent, high-speed wireless network. Some mesh systems also have Ethernet ports on the nodes, allowing you to connect wired devices in different locations.

Advantages:

• Flexibility: Creates a uniform wireless network throughout the home, eliminating signal dead spots.
• Easy Expansion: You can add nodes as needed to expand coverage.
• Wireless Connectivity: Eliminates the need for cables, providing greater mobility to devices.

Disadvantages:

• Cost: Wi-Fi Mesh systems can be more expensive compared to other solutions.
• variable speed: The speed decreases as you move away from the main node.

Network switches

If you already have Ethernet cables in your house but need more ports in a specific room, you can use a network switch. Plug the switch into an existing Ethernet port and you'll get multiple additional ports for wired devices.

Advantages:

• Port Expansion: Offers multiple additional ports for wired devices without requiring complex setup.
• Easy Implementation: Plugs into an existing Ethernet port, making network expansion easy.

Disadvantages:

• Speed ​​Sharing: The available speed is shared between the devices connected to the switch.
• Cable Dependency: Although it offers more ports, it still depends on the presence of Ethernet cables.

PLC (Powerline Communication) connectors with Wi-Fi

Some Powerline adapters also have Wi-Fi capabilities, allowing you to have a wireless connection in the room where you plug it in. These devices combine the convenience of the existing electrical grid with the flexibility of Wi-Fi.

Advantages:

• Connectivity Combination: It offers both wired connection through Powerline and Wi-Fi connectivity.
• Ease of Installation: No additional cables required; uses the existing electrical network.

Disadvantages:

• Electrical Interferences: Connection quality may be affected by electrical interference and the quality of the power grid.
• variable speed: The speed may vary depending on the quality of the electrical network and the distance between the adapters.

Coaxial Cable (MoCA)

The MoCA (Multimedia over Coax Alliance) Coaxial cable allows you to use the coaxial cable of your cable television network to transmit Internet data. You can use MoCA adapters to connect devices over the coaxial network.