5G is a revolutionary new technology that will bring you an experience like never before. But as a result, it takes a heavy toll on your iPhone’s battery life, so it’s best to turn it off if you don’t need it.
To do that, open Settings and go to Mobile Data Options or Voice & Data. Tap 5G Auto, and it will switch between 4G LTE and 5G whichever signal is strongest to conserve your battery power.
1. Go to Settings
Apple’s latest iPhone models have a new feature that’s worth checking out: 5G. It’s a faster form of wireless data that can be used to stream HD video, make FaceTime calls, and more. It also gives your phone better upload speeds. However, it’s important to understand that your phone may not support 5G right now.
While it’s possible to get 5G on your iPhone, you’ll need a carrier that supports 5G, and you will need a SIM from that carrier to use it. In addition, you’ll need a compatible plan.
Until recently, Apple and Qualcomm had been locked in a legal battle over 5G modems. But the two parties have finally settled their differences, paving the way for Apple to release its first 5G-enabled iPhones this year (the iPhone 11 Pro and iPhone 11 Pro Max have a Cat 19 modem that can reach speeds of up to 1.6Gbps).
Then, you’ll need to set up your cellular data settings to use the 5G network. You can do this by opening the Settings app, and selecting Cellular.
From there, you’ll be able to select your plan and then choose how your iPhone uses the network. You can choose to always use the 5G network or to only use it when it’s available.
Both of these settings can affect battery life, so it’s important to choose one that will give you the best experience. You can also change the setting to enable Smart Data, which allows your iPhone to switch between the two networks when necessary.
Another option is to use 5G Auto, which switches your iPhone to a 5G mode when it can’t get a better connection than LTE. This might be less effective for downloading high-definition videos or making FaceTime calls, but it can save your battery.
You can also choose to turn on a low-data mode that still uses 5G when it’s available but will save your data for later. This can save you a lot of money on your bill and give you a faster connection when you need it most.
2. Select Cellular
If you have a new iPhone 11, it’s likely that you want to take advantage of the fastest data connections available. This can be done with 5G, but not all iPhones and cell plans support it, so you’ll need to do a little research before you jump on board.
One way to check if your iPhone 11 supports 5G is to use its settings. You can see which networks it’s using, and you can also switch between different types of data options to optimize the experience.
The default option is to use 5G automatically whenever you’re in range of a 5G network, but this can drain your battery quickly. To avoid this, you can turn off the feature or disable it completely.
Apple’s 5G auto mode uses a blend of 5G and LTE networks to ensure that your phone always has access to 5G, but this can take a toll on your battery. This can be fixed by switching to a different setting, such as “Low Data Mode.”
Another option is to set your iPhone to use “Smart Data.” Smart Data mode uses a combination of 3G and 4G networks to prioritize data and save battery power. This can help when you’re traveling abroad or when you’re in a poor data area.
You can choose between these options by going to your cellular settings and tapping on Voice & Data. You’ll then see the 5G, LTE, and GPRS icons appear in your status bar.
Depending on the settings you select, your device can also automatically change between these data connection modes when they’re needed. For example, if you’re downloading something or streaming video, you can set your iPhone to automatically switch to High Quality Streaming.
It’s important to note that these settings consume more cellular data and may cause apps to take longer to load. They also might slow down video and audio quality.
If you’re looking for a more efficient data plan, consider getting a plan with a lower monthly data cap. This can save you money over time and give you more flexibility in choosing which network to use when.
3. Select 5G
5G is the latest version of cellular network technology. It offers faster speeds than 4G, allowing devices such as electric vehicles and smart home appliances to connect to the internet with ease. It’s also a cheaper way to connect devices to the internet than a traditional wired connection.
However, 5G isn’t available everywhere and not all iPhone plans support it. If you’re not sure whether your iPhone plan supports 5G, check with your carrier to find out.
Fortunately, Apple’s iOS 14.5 software lets you control how your iPhone uses 5G data. Using a few taps, you can choose to turn on 5G when your data is cheap and use it only when you need fast internet, or turn it off completely.
You can also choose if you want to enable smart data mode, which will automatically switch from 5G to LTE when 5G isn’t available and save battery life. You can also turn on Low Data Mode to pause automatic updates for apps and other background tasks when your iPhone is connected to 5G.
If you’re on an unlimited data plan, you can choose to stream high-quality video, download music, or watch movies over a Wi-Fi connection or on 5G. You can even choose to use 5G for automatic iCloud backups or to download the latest software updates.
But while you’re able to change these settings, it’s important to understand how they will affect your device’s performance. The more data you use over a network, the less likely your phone is to work well. This is why Apple recommends enabling low data mode when you’re using 5G.
The next time you’re using your device, you can see how much 5G data is left by opening the SpeedTest app and testing its upload and download speeds in different locations. This can be a good way to make sure you’re not paying for too much data over a single connection, as 5G can often be quite expensive.
While many of us are ecstatic about being able to tap into the fastest cellular data networks, we have to be realistic. It’s going to take years for 5G infrastructure to mature. In the meantime, most consumers will have to settle for 3G or 4G.
4. Select 5G Auto
When you turn on the 5G network on your iPhone, you’ll see a “5G” icon in the status bar. It’s a signal that means you’re connected to the fastest mobile data network available, and it may help increase your speed by up to twice as much.
Currently, only the latest 12 iPhone models can use 5G, which is an improvement over regular 4G LTE speeds. However, most of those phones aren’t actually using the full power of 5G; instead, they’re using a form of 5G called “5Ge.”
To make it seem like you have a 5G connection, carriers like AT&T will display the word “5Ge” in your status bar, even if you don’t have true 5G service. That’s because 5Ge isn’t as fast as actual 5G.
You can enable 5G on your iPhone by selecting it from the cellular settings menu. Once you select it, a green circle will appear in the status bar that shows you which of the four different kinds of 5G networks is active.
The green circle also lets you view the network signal strength, which is a great way to find out how strong your 5G connection is. You can also tap Data Mode in the cellular settings to choose Allow More Data on 5G for faster streaming, FaceTime, and other features that require more cellular data.
If you want to conserve data, you can also turn on Low Data Mode, which disables most cellular data services but allows you to download large files without paying extra. You can also turn on High Quality Streaming to improve the quality of your video and music streaming, though this uses more cellular data.
Another useful feature of 5G is that it can work over Wi-Fi, so you can use it without a cellular connection. Just be sure to check with your carrier first to ensure that they support it.
It’s a good idea to wait another year for Apple’s 5G-ready iPhones before buying them, as it gives the technology time to mature. Historically, Apple has been slow to adopt new third-party connection standards, which makes sense given the complexities of trying to bring a brand-new technology to market.