This is how to limit the Wi-Fi speed of certain devices. Is your little brother watching cat videos all day long and slowing down the internet? If you want to know how to slow down certain devices, then you’re in the right place. Let’s dive right in! How to Limit the Wi-Fi Speed Of Certain Devices? With so many devices in the house and only one internet connection, things can get tricky. Everyone wants to watch their show, play their game, download their files, or do their work without interruptions. But, what happens when we all want those things at the same time? We’ve all been there—it’s almost more frustrating to have a laggy connection than to have no connection at all. And, let’s face it, not all devices need to be using up the same amount of bandwidth. Someone who uses the internet to read the news and google things doesn’t need the same internet speed as streaming games or TV shows. So, how do you limit the Wi-Fi speed of certain devices? About Internet Speeds and What Affects Them Your internet speed is presented in two variables: Download speed Upload speed Download speed refers to how quickly data can travel from the internet to your router. The upload speed tells you how quickly it goes in the other direction. It’s measured in Mbps (Megabits per second), and the FCC considers anything above 25 Mbps “high-speed internet.” This, of course, refers to download speeds as they’re the ones that dictate how efficiently you can browse, play games, and consume content in other ways. There is much less competition in upload speeds because people consume much more content online than they produce. So, what causes your Wi-Fi speeds to drop? Obviously, the key issue here is network crowding. When you have multiple devices connected simultaneously, they need to share the bandwidth, which results in slower speeds for everyone. You might think that idle devices (e.g.,
This is about how to tell whether your router is a dual-band. There are single-band, dual-band, and tri-band routers. If you want to figure out what kind of router you have, then this article is for you. Let’s jump right in! How Can You Tell Whether Your Router Is a Dual Band? Today, home internet is a basic necessity. Your router plays a critical role in your Wi-Fi connectivity, but learning the differences between “single-band,” “dual-band,” and “tri-band” is, admittedly, overwhelming. And if you’re confused by the tech-speak and wondering, “How do I check if my router is dual band?” you’re not alone. Below you’ll learn the distinguishing features of dual-band routers and how they can boost your home Wi-Fi performance for all your devices and web activities. What is a Router Band? First, what is a router band? Whenever you connect a mobile phone, computer, tablet, or another WiFi-enabled electronic device to your router, the router transfers a wireless signal to your device. The frequency used to transmit the signal is known as a “band” or “frequency band,” which differs slightly between router types. Routers can either be single-band or dual-band, each using 2.4 GHz, 5 GHz, or both. What is a Dual Band Router? A dual-band router transmits and receives wireless signals on two different frequency bands, 2.4GHz and 5GHz, using one at a time or both simultaneously. By taking advantage of two bands at once, dual-band routers allow more flexibility and security for your internet activity. Plus, only more recent digital devices work with 5 GHz. Fewer compatible devices mean less congestion, lending the device better bandwidth. Dual-band routers use “load balancing,” allowing the device to split your internet usage between two bands, enhancing performance reliability and boosting internet speeds. For example, the 2.4 GHz band may transmit several devices’ data while the 5 GHz band transfers video. This reduces the traffic per band, improving coverage while
Here’s how to convert a 5 GHz Wi-Fi signal to a 2.4 GHz one: For dual-band routers that combine 2.4 GHz and 5 GHz frequencies into a single network, you need to go into the router’s settings and separate them. If separation doesn’t work, you can switch off your 5 GHz network. In case your router does not support 2.4 GHz, then you need to get one that does. So if you want to learn all about how to convert a 5 GHz Wi-Fi to 2.4 GHz, this article is for you. Let’s get started! Converting a 5 GHz Wi-Fi Signal to 2.4 GHz? Wi-Fi routers are one of those technological advances in modern society that we expect to work all the time. And we get annoyed when they don’t. However, a minority of the population (read: people interested in tech) understand how they work, which can be a problem when they run into issues. So, if you got the password right, the lights on the router are flashing, and your device’s Wi-Fi seems to work fine, what could be the problem? Before you pick up the phone to make the “disgruntled customer” call to your provider, you might want to check whether your device and router both use the same Wi-Fi frequency. For example, many home appliances like baby monitors and sound systems use 2.4 GHz frequency but not all Wi-Fi routers may provide or use it by default. Let’s learn how you can check this and change it if needed: What Are Wi-Fi Routers? First, what is a router, and how does it work? Without getting too technical, a router is a device that forwards data packs (information) between different computer devices. In this case, we’re talking about a device that takes information from the internet and sends—routes—it to other devices in your home. A router is not to be confused with a modem. While the router works as sort of a hub for your
Here’s why there’s an exclamation mark on your Wi-Fi symbol and how to fix it: The Wi-Fi exclamation mark stands for no internet. You can fix that by: Turn your device’s Wi-Fi off and back On Reboot your router Reset your router Check your network settings Update your router’s drivers Check for network outages Pay your internet bill If you want to learn all about why your Wi-Fi internet isn’t working and how to fix it, then you’re in the right place. Let’s dive right in! Why Is There an Exclamation Mark on Your Wi-Fi and How to Fix It? It’s one of the digital age’s most frustrating impediments to productivity: the dreaded exclamation mark of doom. Anyone who’s ever surfed the web wirelessly is likely familiar with this unsettling phenomenon. Your device says you’re connected to the internet, but none of your apps or webpages are loading, and there’s an urgent-looking bit of punctuation overshadowing your ordinarily happy procession of Wi-Fi waves. So, why is there an exclamation mark on your Wi-Fi? When this harbinger of supreme inconvenience appears, it means you’re connected to Wi-Fi, but the internet is not working properly on your device. In other words: major bummer. Don’t start lighting candles and stockpiling bottled water just yet. There are several potential solutions to the irksome Wi-Fi-signal-with-exclamation-point problem, whether you happen to have encountered it on your smartphone, tablet, laptop, or PC. Most of them are quick, painless, and easy to carry out without any kind of technological wizardry. Let’s get started: What’s Going on With Your Wi-Fi? Before you start blindly unplugging and resetting things, it’s a good idea to gain some understanding of why you’re running into this issue in the first place. As tempting as it might be to just blame it on Al Gore, it’s more helpful to learn a little bit about what Wi-Fi is and how it controls your life. Wi-Fi
Here’s why your download speed fluctuates: If you are using an Ethernet connection, it might be your hardware. It could also be caused by your software, a virus, or network congestion. If you are using a Wi-Fi connection, it could be any of the above issues, or something else entirely, such as the number of devices you have connected to your Wi-Fi network. If you want to learn all about why your download speed fluctuates and how to fix it, this article is for you. Let’s jump right in! Why Is Your Ethernet and Wi-Fi Download Speed Fluctuating? We’ve all been there. You’re downloading a game or program, and what looked like it would take sixty seconds suddenly slows to a crawl. You end up looking at a sixty-minute download or more! If you’re thinking, “wow, my download speed fluctuates a lot!” your next question might be why? Is it due to fluctuation in internet speeds, or is it something else? Should you switch to a wired connection? Or, if you’re already using an Ethernet cable, should you switch to WiFi? These are questions we’ve all tried to troubleshoot. Luckily, you don’t have to go it alone! If your download speed fluctuates wildly, this article is here to help. Below you’ll find the many possible causes for fluctuating download speed and give you tips on how to fix it. Let’s dive right in: Why Is Your Download Speed Fluctuating? When your internet download speed fluctuates wildly, it’s hard to know where to start. There are several possible causes. But before we go too far into troubleshooting territory, let’s make the meaning of fluctuation in internet speed crystal clear: Internet Fluctuation Meaning If you notice your internet speed starts high then drops, we’d call that internet speed fluctuation or download speed fluctuation. Technically, internet speed refers to both download and upload speeds. That means it refers to how quickly your computer
Here’s whether you need to enable WAN blocking on your router: When you enable port forwarding (turn off WAN blocking), you allow the entire Internet to potentially redirect to one of the internal IP addresses of your LAN. If you’re not running servers from your home and want maximum security, you don’t need to enable external WAN access and should enable WAN blocking. If you want to learn all about why you should enable WAN blocking and what WAN blocking is, then you’re in the right place. So without further ado, let’s do this! Do You Need to Enable WAN Blocking on Your Router? The internet can be a confusing place. Just a quick google search of any term related to the internet yields hundreds of thousands of results. Indeed, each aspect of the internet seems to, upon closer inspection, give birth to many more terms that one must learn before one fully understands the issue. Perhaps you’ve seen the WAN blocking setting on a new router and are curious about whether or not you should enable WAN blocking? Perhaps you’re not even sure what this means. The short answer is this: yes, in most cases, the person reading this article should enable WAN blocking. To find out why you should read this article. Below you’ll find your comprehensive WAN guide: What is WAN Why you should enable WAN blocking Basically everything related What Is WAN on Your Router? First things first: we need to define our first variable. WAN is short for Wide Area Network. A network is by definition any connection of two or more computers linked together to share utilities such as printers or to share resources such as files and otherwise communicate electronically. A WAN is one of two basic kinds of networks that computers can be a part of. It contrasts with LAN, which is short for Local Area Network. What Is the Difference Between
Here’s whether Ethernet cable connections affect the speed of Wi-Fi connections: An Ethernet connection does not reduce the speed of other devices. A large number of devices connected to a Wi-Fi connection will result in slower connection speeds. Ethernet connections may make you think that other devices are losing speed to them since their speed is relatively constant. So if you want to learn all about whether an Ethernet connection affects Wi-Fi speed, then you’re in the right place. Let’s get started! Do Ethernet Cable Connections Decrease the Speed of Wi-Fi Connections? Setting up an internet connection seems like a straightforward task, but the truth is there’s a lot of different factors that impact the connection speed. Anything from the router’s location to the layout of your home can affect your Wi-Fi connection. One way you can ensure a speedy connection is with an Ethernet cable. Ethernet cables connect your router to a computer or appliance directly. A direct connection provides you with a steady connection without any interruptions or drops in speed. When you wire a computer to your router, you may wonder whether the Ethernet cable affects Wi-Fi speed. This article outlines the main differences between wired and wireless connections. Next, it explains how Ethernet interacts with Wi-Fi and what affects your internet speeds. Finally, I’ll conclude by answering some essential questions about connectivity. Ethernet vs. Wi-Fi: What Are the Differences? The internet connection you use in your home most likely comes from a router that turns it into a radio wave we call Wi-Fi. Wi-Fi is a super versatile wireless connection, giving you the freedom to move around without losing the internet. Ethernet is a direct connection from an appliance to your router. You are limited to whatever area your wire can reach with a direct link, although your connection will never disconnect or lose significant speed. Both Ethernet and Wi-Fi connections have their benefits and downsides.
Here’s what Wi-Fi stands for: Wi-Fi is just a name. Originally, Wi-Fi Alliance developed a technology based on IEEE 802.11 that we know today as Wi-Fi, but needed a name that was more catchy than IEEE 802/11b Direct Sequence. The Wi-Fi Alliance hired a company, Interbrand, to come up with a name. They sent over 10 options, including Wi-Fi. So if you want to learn all about what Wi-Fi stands for, then you’re in the right place. Let’s get started! What Is Wi-Fi and Why’s the Wi-Fi Full Form not “Wireless Fidelity”? In a nutshell, Wi-Fi is how the Internet is transmitted to devices through a radio signal that can be read and received by Wi-Fi-capable devices. A router receives information from the Internet, and it converts it to these signals and sends it to the device. The device can send information through the same signal back to the router, where it will travel along with the Internet to its destination. Early History of Wi-Fi The first demonstration of the precursor to Wi-Fi was made by the University of Hawaii in 1971. They presented a wireless packet data network, ALOHAnet, which could operate on Ultra High-Frequency radio waves. It was a system of seven computers that were located on four different islands and could communicate with a central computer. This was the first time this could be done without phone lines. The next important development was in 1973 at the Xerox Palo Alto Research Center in California, when Robert Metcalfe wrote a memo on a standard for interconnecting computers. This was the Ethernet network standard, and it made people think they could develop a standard for wireless transmission. In 1985, the FCC opened the Industrial, Science, and Medicine (ISM) Band for wireless use in communication. This included 900 MHz, 2.4 GHz, and 5.8 GHz frequencies. In addition, the Token Ring LAN was introduced by IBM. Further developments occurred in 1988,