Are Apple routers discontinued

Are Apple routers discontinued? This is a question that has been asked by many Apple users over the years, and the answer is no. Apple still produces routers for their products, but they have changed the design and features available depending on the model.

Apple’s first router was released in 1999 and was called the AirPort Base Station. The AirPort Base Station was an 802.11b Wi-Fi router, meaning it operated on the 2.4GHz frequency band. It was designed to be used with Macs, but would also work with Windows PCs. Since then, Apple has released a number of other AirPort routers, including the AirPort Extreme and AirPort Express.

The AirPort Extreme was released in 2003 and featured several improvements over the original AirPort Base Station. It included a higher-speed 54Mbps speed, four Ethernet ports instead of two, and support for the 802.11g standard. The AirPort Express was released in 2004 and was designed to be a portable Wi-Fi router. It had two Ethernet ports and supported both 802.11b and 802.11g standards, making it compatible with older computers and devices.

In 2013, Apple discontinued its AirPort line of products in favor of its newer Time Capsule models. The Time Capsule consists of a storage device combined with a wireless router that supports the 802.11ac standard. It features dual-band connectivity for better performance and range, as well as four Gigabit Ethernet ports for faster speeds. The Time Capsule also includes a special feature that allows users to back up their Macs wirelessly.

Do smart plugs work without a hub

Smart plugs are a convenient way to control your plugged-in devices from anywhere in the world. They allow you to turn lights and appliances on and off remotely, as well as set timers and schedule events. But do smart plugs work without a hub?

The answer is yes! Smart plugs don’t necessarily need a hub to function. Most of them have built-in Wi-Fi capabilities, allowing them to connect directly to your home network. This means that you won’t need an additional device like a hub or bridge to make them work.

That said, there are still a few advantages to having a hub for your smart plugs. For one, it can provide better range and reliability than using Wi-Fi alone. It also means that you can add additional devices to your system without needing to buy additional hardware. And if you have multiple smart plug systems in different rooms of your home, having a hub can make it easier to manage them all from one central location.

Ultimately, it’s up to you whether you want to use a hub or not for your smart plugs. If you’re looking for an easy and straightforward way to get started with controlling your plugged-in devices, then Wi-Fi alone should be enough for most people. However, if you’re looking for more convenience and flexibility in the long run, then investing in a hub could be worth it.

What does no hub mean for smart plugs

No Hub Required Smart Plugs are a type of electronic device that allows you to remotely control the power to any electrical device from your smartphone or tablet. These plugs allow you to turn on and off lights, fans, and other appliances without having to physically plug them in or out. They are a great way to save energy and money, as they provide an easy way to regulate power usage.

However, one of the drawbacks of these smart plugs is that they require a hub in order to work. The hub is a piece of hardware that connects the devices together and allows for wireless communication between them. This can be an expensive setup, especially if multiple devices are needed.

That’s why No Hub Required Smart Plugs are becoming increasingly popular. These devices do not require a hub, making them much more cost-effective and easier to set up. Instead of needing to purchase a separate hub, these devices can connect directly to your home Wi-Fi network. This means that you can control them from anywhere in the world with an internet connection.

No Hub Required Smart Plugs are becoming increasingly popular due to their cost savings, ease of installation, and ability to control multiple devices from one place. With no hub required, these devices have revolutionized the way people use their electrical outlets and appliances.

Why 5 GHz Cannot penetrate walls

Have you ever wondered why 5GHz Wi-Fi cannot penetrate walls? Well, there are several factors that affect the transmission of a Wi-Fi signal, including the frequency of the signal, the type of wall material, and the distance between the transmitter and receiver. In this article, we will discuss why 5GHz Wi-Fi cannot penetrate walls and what can be done to increase its range.

First, we need to understand that Wi-Fi signals are transmitted in radio waves, which have different frequencies. The frequency of a Wi-Fi signal determines its range and ability to penetrate walls. The lower the frequency, the better its penetration capabilities; however, lower frequencies also have a shorter range and are more susceptible to interference from other signals. 5GHz Wi-Fi signals are transmitted at a higher frequency than 2.4GHz signals and therefore cannot penetrate walls as easily.

The type of wall material also affects the transmission of a Wi-Fi signal. For example, thick concrete walls or metal walls can block even 5GHz signals, while thin drywall is less likely to do so. Additionally, if there are objects inside or outside the wall that are blocking the signal such as metal furniture or appliances, this will further reduce its range.

Finally, the distance between the transmitter and receiver is another important factor when it comes to Wi-Fi range. The farther away from each other they are, the weaker the signal will be and thus less likely to penetrate walls. In order to increase the range of a 5GHz Wi-Fi signal, it is important to reduce the distance between the transmitter and receiver as much as possible.

In conclusion, 5GHz Wi-Fi signals cannot penetrate walls as easily as 2.4GHz signals due to their higher frequency. In order to increase its range, it is important to consider the type of wall material, the distance between the transmitter and receiver, and any objects that may be blocking the signal. With these factors in mind, you can maximize your Wi-Fi range and enjoy faster internet speeds.


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