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Students and teachers today depend on the Internet for much of their classroom experience, but not necessarily in the way many expected twenty years ago. While online education is quite common, hybrid approaches have become the new norm. The same class may have students attending in person and students attending online. Many teachers are “flipping” their classroom, putting lecture-type material online and focusing classroom time on collaboration and exploration. And online platforms for doing homework, conducting research and creating projects are more common than ever.
Is your home Wi-Fi network ready for this new world of education? Dropped connections, inconsistent speeds, and dead spots in your home are all frustrating under normal circumstances, but for students, they’re obstacles that threaten to undermine their academic progress. Don’t settle for an inferior home network – modern Wi-Fi routers and mesh Wi-Fi systems are packed with tools and technology to solve the problems of delivering stable connections in today’s homes. .
To help you find the best router for your home or apartment, we’ve put together this handy guide so you can quickly run through our networking solutions for education. Your first step is to figure out what type of router is right for you and your kids’ education, and we’re here to help.
Does Wi-Fi 6 make a difference?
One of the biggest culprits of a poor home Wi-Fi network is a last-gen router. Old Wi-Fi standards simply weren’t designed for today’s connected homes. We used to imagine a world where homes had one device per person. Add up all the laptops, smartphones, smart TVs, tablets, desktops, wearables, and smart home devices in your home, and you’ll likely have a long list.
Last-gen routers struggle to handle an entire family of devices, but that’s exactly where modern WiFi 6 routers excel. They’re built from the ground up with the tools they need to provide a stable connection to a wide range of compatible WiFi 6 devices. They also offer other benefits. Compared to WiFi 5 (802.11ac) routers, the new WiFi 6 (802.11ax) routers can deliver network speeds up to 1.25 times faster while providing a significant connectivity upgrade with network capability up to 4 times better and lower latency for all devices in your home. WiFi 6 has a lot to offer—click here to learn more about the new standard.
Now that the market has matured, most home devices now support WiFi 6. This means that upgrading your home router to a WiFi 6 model will almost certainly have a big and immediate effect on your WiFi performance. home. It will improve your overall daily web browsing, but it will be a game-changer for online educational activities.
Should I buy a mesh WiFi system or a traditional router?
Chances are, the wireless routers you’re used to are single units with lots of antennas. You connect them to your modem, wherever your ISP’s landline enters your house, configure your network, and you have a home Wi-Fi network.
For apartments and small homes, a traditional router is usually enough to get reliable and consistent coverage. But if you have a larger home (3000 square feet or more), a home with more than two levels, or a home that uses dense building materials like brick or stone for some of its interior walls, you’ll almost definitely dead WiFi. areas using a traditional router. This can be a real problem for anyone trying to do their homework – if the quietest room is in a dead zone, you’ve wasted valuable study space. For you, a mesh Wi-Fi system is a better choice.
In a mesh Wi-Fi system, two or more units work together to manage a single WiFi network. This means you have multiple access points around your home, not just a single router. We give you a range of solid choices for building a mesh Wi-Fi system. You can network with any of our AiMesh Compatible Routers, and easily expand it by adding more units as needed to improve coverage. We also offer pre-connected ZenWiFi mesh WiFi systems which are even easier to set up. Click here to learn more about our mesh WiFi solutions.
Do I need a dual-band or tri-band router?
Routers communicate with your devices through different bands of the wireless spectrum. A dual-band router typically has two options: the legacy 2.4 GHz band, which offers wide compatibility and good range, but lower speeds, and the higher-speed 5 GHz band.
Tri-band routers give you even more flexibility by using three separate wireless bands. Typically they will operate on the 2.4 GHz band and two 5 GHz bands, although there are newer models that use the newly opened 6 GHz band to communicate with WiFi 6E enabled devices.
The third band can be useful in several ways. You can dedicate it to the backhaul of your mesh Wi-Fi system so that each node can communicate with each other without interruption. Or you can set multiple SSIDs for each band for versatile use. For example, you can dedicate a 5 GHz band specifically to the devices your children use for study and entertainment. This will allow you to more easily apply the advanced custom features available through the ASUS Router app, all without affecting your own Internet access on the second 5 GHz band.
What security features do I need?
When you or your children browse the Internet to learn, collaborate, and research projects, you may accidentally come across inappropriate content or disguised cyber threats. Careful browsing can help you avoid these situations, but it’s also important to have a router designed from the ground up for safety. ASUS routers give you peace of mind with a comprehensive, subscription-free network security suite that makes the internet a safer place for everyone in your household.
It starts with AiProtection. Powered by subscription-free security updates from Trend Micro, this cloud-based solution provides commercial-grade intrusion protection, blocks access to known malicious websites, and automatically identifies and blocks infected devices from accessing to your network.
Chances are your schoolwork will take you out of your home to the local library or maybe even the cafe for a change of scenery. Unfortunately, public WiFi in these places is rarely secure. This is where the ASUS InstantGuard The mobile app comes into play. With just one click, you can get secure Internet access through your compatible ASUS router at home using encrypted VPN tunneling technology.
Which is better: routers with built-in parental controls or parental control apps?
Keeping track of your kids’ screen time and online browsing doesn’t have to be overwhelming. While there are a variety of apps and tools you can use to monitor their internet usage and block access to inappropriate content, it’s easier to manage everything from one central location.
Our intuitive ASUS router app gives you all the controls you need to protect your children as their education takes them online. You can monitor each family member’s internet activity, even if they use multiple devices throughout the day. It’s easy to set a schedule for devices owned by your children to limit internet access during off-hours, and even easier to apply content filtering to specific devices on your network. Best of all, there’s no subscription for these parental controls — they’re included with your ASUS router.
How many physical ports do I need?
Most devices in your home probably connect to the Internet through your home Wi-Fi network, but your router’s Ethernet and USB ports can still play an important role. Even today, an Ethernet cable is one of the best ways to ensure a strong, high-bandwidth connection to a laptop or desktop computer, and some smart home devices require a wired connection. When choosing a router, it’s important to plan how many devices you will connect directly to your router with a cable.
However, your router’s physical ports can do more than just connect PCs. A USB port on your router gives you an easy and convenient way to set up a printer or shareable storage that all of your devices can access. If you or your kids are pursuing a career in content creation, you might also want to consider a router with two 2.5GB WAN/LAN ports. These ports will allow you high-speed transfers to and from network-attached storage. home (NAS) so you can store and access high-resolution projects and resources without filling up your laptop’s drives.
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