Your router is the heart of your network, and its security directly impacts your online safety. Here, we present seven essential tips for securing your home router and ensuring your network is safe from cyber threats.
TP-Link, a significant player in the SOHO networking device market, recently unveiled its new portfolio of Wi-Fi 7 standard-based wireless routers still in development.
TP-Link’s newly released Wi-Fi 7-based routers can help with seemingly impossible tasks; the top-of-the-line model, the four-band BE900, theoretically allows for an aggregate Wi-Fi bandwidth of up to 24 Gbps.
Creating a solid home network can take a lot of work. However, home networking has come a long way over the years, and it’s now easier than ever to create your network with optimum coverage across every room.
Whether you live in a condo or house, have old construction, or a brand new one, there are ways to optimize your home’s setup for seamless Wi-Fi and Internet access.
If you’re feeling overwhelmed by all the different possibilities, here is six tips for creating the ultimate home network.
Currently, video and audio streaming is the top way which people use to consume content. But streaming content is only effective if your home network is strong enough. Generally, streaming usually puts any home network through intense strain. The effect is even more noticeable in case there are multiple users on the same network.
Wireless networks have different requirements and levels of complexity, and this means that there are various routers which have been designed to cater to these unique set of features. Although Wi-Fi priorities for different homes are not the same, some of the common factors that people look for when it comes to Wi-Fi routers include support, security, scalability and connectivity options. Outlined below are the top 3 business grade Wifi routers for large homes.
Ubiquiti Unifi Access Point has a well-refined industrial design that’s ideal for large homes as it can be deployed in environments of high-density that require maximum performance of wireless networks. Read more
