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LigoWave Infinity NFT How To Add a New WiFi Network

Home » How-To » LigoWave Infinity NFT How To Add a New WiFi Network

Adding a New WiFi Network to LigoWave Infinity NFT. Here is a fast step-by-step guide on how to add a net WiFi Network(SSID) to your LigoWave Infinity NFT. This is for Access Points in stand-alone mode.

LigoWave Infinity NFT Step 1: Log in

If you had us configure the unit for you the default is username: admin password: admin01

LigoWave Infinity NFT

LigoWave Infinity NFT Step 2: Click on the configuration icon

LigoWave Infinity NFT

LigoWave Infinity NFT Step 3: Click on the Add virtual AP Button

LigoWave Infinity NFT Step 4: Make a good WiFi Name and Password Click Done

LigoWave Infinity NFT

LigoWave Infinity NFT Step 5: Do it again for the 5 GHz Radio

LigoWave Infinity NFT Conclusion

That is it. Nothing more to Adding a New WiFi Network to LigoWave Infinity NFT. Now that you’ve added a new WiFi network keep reading to see why it was a good idea!

Why a Guest WiFi Network is a Good Idea

In today’s interconnected world, providing access to the internet has become an essential part of hosting guests or running a business. While sharing your primary WiFi network with guests might seem convenient, it’s not always the best idea due to security, performance, and privacy concerns. This is where a dedicated guest WiFi network comes in as a smart and beneficial solution.

Enhanced Security:

Setting up a guest WiFi network can help you maintain the security of your primary network. When guests connect to your main network, they could potentially gain access to shared files, devices, and sensitive information. A guest network, on the other hand, can be isolated from your main network, reducing the risk of unauthorized access to critical data. It’s a prudent way to safeguard your personal and business-related information.

Bandwidth Management:

Guests often have a range of devices that require internet connectivity, such as smartphones, laptops, tablets, and more. Allowing these devices to connect to your primary network can result in bandwidth congestion, affecting the performance of your own devices. With a separate guest network, you can manage and limit the amount of bandwidth allocated to guests, ensuring that your own internet usage remains unaffected and consistent.

Privacy Concerns:

Your primary WiFi network might have devices connected to it that hold personal and sensitive information. Allowing guests to access this network could expose them to potential privacy breaches. By creating a dedicated guest network, you ensure that guests have internet access without any risk of inadvertently exposing your private data.

Ease of Sharing:

A guest WiFi network simplifies the process of granting internet access to visitors. Instead of sharing your main network’s complex password, you can provide a simpler password for the guest network. This makes it easier for guests to connect without requiring access to your main network credentials.

Network Performance:

When guests connect to your primary WiFi network, their devices become part of the network ecosystem. This can potentially slow down your network’s performance, especially if guests engage in bandwidth-intensive activities. A guest network allows you to prioritize your own devices’ connectivity, ensuring that your internet speed remains optimal.

Monitoring and Control:

Most modern routers and access points offer features to control and monitor guest network usage. You can set time limits, restrict certain websites, and monitor the devices connected to the network. This level of control isn’t feasible with a shared main network.

In conclusion, a guest WiFi network is a practical and strategic solution for maintaining security, network performance, and privacy when hosting guests or running a business. By segregating guest devices from your main network, you provide a seamless and secure internet experience for both yourself and your visitors. It’s a simple yet effective way to strike a balance between hospitality and network integrity.

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