Trending February 2024 # How To Set Up Mobile Hotspot On Android # Suggested March 2024 # Top 3 Popular

You are reading the article How To Set Up Mobile Hotspot On Android updated in February 2024 on the website Eastwest.edu.vn. We hope that the information we have shared is helpful to you. If you find the content interesting and meaningful, please share it with your friends and continue to follow and support us for the latest updates. Suggested March 2024 How To Set Up Mobile Hotspot On Android

Editor’s note: Please take the time to get to know your mobile carrier and the

Please take the time to get to know your mobile carrier and the service plan you have purchased. Not all plans allow tethering and hotspot services. In such cases, doing this can incur additional charges and go against your terms of service. Also, some carrier-branded phones may have disabled hotspot capabilities altogether. We’ll try to get you up and running with a few techniques today, but it may simply not be possible on your device.

Also: Some of the steps in this article were put together using a Google Pixel 7 Pro running Android 13. Steps might vary depending on your hardware and software.

How to set up a mobile hotspot on Android

You have likely seen the hotspot button in your device’s quick settings drawer. While that is the fastest and easiest way to turn your mobile hotspot on and off, you will want to take a moment to configure things first.

Here’s how you configure a hotspot connection on Android:

Open the Settings app.

Go into Network & internet.

Select Hotspot & tethering.

Tap on Wi-Fi hotspot.

This page has options for turning the hotspot feature on and off. Additionally, you can change the network name, security type, password, and more.

Follow the instructions to customize the hotspot feature to your liking.

When ready, toggle on Use Wi-Fi hotspot.

Once your hotspot settings are configured, you can also use the Quick Settings in the notification area. Here’s how to do it.

Turn on the mobile hotspot using the Android Quick Settings:

Swipe down from the Home Screen.

Swipe down again to see more Quick Settings toggles.

Find Hotspot and tap on it.

If you don’t see it, you can tap on the pencil icon and drag the Hotspot toggle to the active Quick Settings.

How to set up USB tethering on Android:

Use your Android phone’s USB cable to connect it to your computer.

Wait a bit for your computer to set up the connection.

Open the Settings app.

Tap on the Network & internet option.

Select Hotspot & tethering.

Toggle the USB tethering option on.

The same process can activate Bluetooth tethering, but we don’t recommend it over Wi-Fi or USB because it’s much slower. If you still want to do it, connect other devices to your tethering source via Bluetooth instead of performing step number one. You can see all mentioned options in the screenshots from the previous sections.

FAQs

Not always. Carriers can tell when data is being used by your smartphone natively, or if it’s being routed through the hotspot feature. Some plans will use your data allotment. Others offer a dedicated amount of data just for hotspot purposes. Some plans don’t allow using the hotspot feature. You’ll have to look into your data plan for more details.

It depends on what you’re doing. Connected devices will pull all the data they need from your phone’s hotspot. This means you should use very little data for tasks like writing emails. The story won’t be the same if you stream or download significant amounts of content.

It’s not recommended to use a phone’s hotspot capabilities to replace traditional internet services. This will run your phone hot constantly, and the battery will die very quickly. Additionally, it can cost you a lot, as cellphone plans don’t typically offer unlimited hotspot data plans. That said, it’s an excellent temporary solution for trips, working from coffee shops, and other similar scenarios.

Using the hotspot feature, you can share your phone’s internet with up to 10 devices.

What’s next?

You might also want to consider getting a dedicated mobile hotspot. These can use cellular network data and create a Wi-Fi network wherever there is a signal. These can usually handle more devices at once, don’t use your smartphone’s battery, and are overall better performers. Check out our recommendations for both hardware and service plans.

You're reading How To Set Up Mobile Hotspot On Android

How To Speed Up Chrome On Android

If you’re an Android user, chances are you’re also using Chrome for Android. The ubiquitous and controversial browser is most peoples’ go-to on mobile devices, thanks to its irresistible combination of speed, handy features, and customizability. So when Chrome for Android slows, there’s a good chance you can dig yourself out of trouble and speed it up again by making a few tweaks here and there. Here’s how to speed up Chrome on Android.

Clear the Cache

The cache can be your best friend and your worst enemy. On the one hand it saves various images, usage information, and other tidbits of data on your device, theoretically making apps that much quicker to open. On the other hand, the more cluttered your cache gets, the more likely errors are to occur and performance can take a hit.

So get into the habit of clearing your Chrome for Android cache every now and then.

Use Data Saver

Data Saver is one of the most under-appreciated features of Chrome on Android devices. It compresses every website you visit into a less data-consuming version, having the knock-on effect of saving on device memory and in turn improving performance. Bear in mind that certain sites don’t respond well to this feature, and you may get small malfunctions like unclear images on certain sites.

With that in mind, to turn on Data Saver, go to the Chrome app, tap the three-dotted “More” icon and go to “Settings.” Under the “Advanced” heading, tap “Data Saver” and tap the slider to switch it on.

Prefetch Websites

Conclusion

This article was first published in May 2014 and was updated in September 2023.

Image credit: HP 14R Chromebook

Robert Zak

Content Manager at Make Tech Easier. Enjoys Android, Windows, and tinkering with retro console emulation to breaking point.

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How To Set Custom Screensavers On Android Tv

Android TV has a built-in screensaver feature, but it’s quite limiting in functionality. You can’t set your own images as a screensaver, neither can you customize the aspect ratio or change the transition effect. So if you are looking for a way to set custom screensavers on Android TV that also brings a range of new features then you have come to the right place. Just follow the steps below and you will be able to import your images and set them as your screensaver. The best part is that there is also an option to bring back Google Photos as your screensaver. So on that note, let’s go through the steps.

Set Custom Screensavers on Android TV

1. First of all, open the Play Store on your Android TV and search for “screensaver”. Now install Photo Gallery and Screensaver (Free, offers in-app purchases) app.

2. After installing the app, open it, and move to “Settings”.

3. Here, open “Photo Sources“.

4. Next, scroll down and open “Local” if you wish to set custom screensavers on Android TV from local storage. In case, you want to connect your Google Photos for screensaver then you can do that too.

6. After that, open “Internal Shared Storage“.

8. Now open Settings again and open “Set your screensaver“.

9. Here, open “Screen saver” and choose “Photo Gallery and Screensaver“. You can also customize the inactivity period as to when the custom screensaver will kick in.

11. Now the screensavers will be live on your Android TV. Now onwards, the app will start the custom screensavers on your Android TV based on the inactivity time you have set.

List of Popular Android TVs

The above tutorial will work with most of the popular Android TVs. You can find a list of popular Android TVs below. The list is not exhaustive by any means and is only to serve as an example.

BRANDModel NameSize

Marq (flipkart)Marq 43AAUHDM43

Marq 43AAFHDM43

Marq 32AAHDM32

Marq 65SAUHD65

Marq 49SAUHD48.5

Marq 32VNSSHDM32

Marq 49SAUHD/49SAHD-Black49

AconaticAconatic 32HS521AN32

Aconatic 43HS521AN43

Aconatic 55RS543AN55

Aconatic 55US300AN55

Aconati c65RS543AN65

iFFALCONiFFALCON 40F2A40

iFFALCON 32F2A32

iFFALCON 49F2A49

iFFALCON 75H2A75

iFFALCON 55K2A55

iFFALCON 65K2A65

iFFALCON 65V2A65

iFFALCON 65K7165

iFFALCON 55H7155

iFFALCON 65H7165

iFFALCON 43K3143

iFFALCON 50K3150

iFFALCON 55K3155

LLoydLLoyd 32HS301B32

LLoyd 43FS301B43

LLoyd 43US900B43

LLoyd 55US900B55

LLoyd GL32H0B0ZS32

LLoyd L32HS670A32

MicromaxMicromax L32CANVAS432

Micromax L32TA6445HD32

Micromax L40TA6445FHD40

Micromax L43TA7000UHD43

Micromax L55TA7001UHD55

MIMI L40M5-5AIN40

MI L32M5-AL32

MI L43M5-AN43

MI L43M4-4AIN43

MI L50M5-5AIN50

MI L55M6-EQG55

MI L32M6-EI32

MI L55M4-4XINA55

MI L65M5-5SIN65

MI L49M5-AN49

MI L32M5-AN32

MI L43M5-AI43

MI L32M5-AI32

MI L40M6-EI40

MI L75M6-ESG75

PanasonicPanasonic TH-65HX700DX65

Panasonic TH-55HX700DX55

Panasonic TH-43HX700DX43

Panasonic TH-55HX635DX55

Panasonic TH-43HX635DX43

Panasonic TH-43HX625DX43

Panasonic TH-58HX45058

Panasonic TH-50HX45050

Panasonic TH-65GX655DX65

Panasonic TH-55GX655DX55

Panasonic TH-49GX655DX49

Panasonic TH-43GX655DX43

SanyoSanyo XT-43A081U43

Sanyo XT-49A081U49

Sanyo XT-55A081U55

Sanyo XT-65A081U65

Sanyo XT-43UHD4S43

Sanyo XT-50UHD4S50

Sanyo XT-55UHD4S55

Sanyo XT-65UHD4S65

Sanyo XT-43FHD4S43

Sanyo XT-32RHD4S32

SonySony KD-55X7400H55

Sony KDL-49W800G49

Sony KDL-43W800G43

Sony KD-55X9500G55

Sony KD-49X8000H49

Sony KD-55X8000H55

Sony KD-43X8000G43

Sony KD-49X7500H49

Sony KD-65A8F65

Sony KD-55A8G55

Sony KD-55X8000G55

Sony KD-65X9300E65

Sony KD-65A8G65

Sony KD-55X9300E55

Sony KD-65X8000H65

Sony KD-65A9F65

Sony KD-65X9500E65

Sony KD-55A8F55

Sony KD-75X8500F75

Sony KD-65A9G65

SonyKD-55X7500F55

Sony KDL-43W800F43

Sony KD-49X8000G49

Sony KD-55X8500G55

Sony KD-43X7500F43

Sony KD-65X8000G65

Sony KD-49X8500F49

Sony KD-43X8500F43

Sony KDL-49W800F49

Sony KD-43X8200E43

Sony KDL-43W800D43

Sony KD-65X9500G65

Sony KD-75X8000H75

Sony KD-55X9000E55

Sony KD-49X9000E49

Sony KD-55X9500E55

Sony KD-65X9000E65

Sony KD-55X9000F55

Sony KD-65X7500F65

Sony KD-49X8200E49

Sony KD-65X9000F65

Sony KD-55X8500F55

Sony KD-55A9F55

Sony KD-55A155

Sony KD-65A165

Sony KD-49X7500F49

Sony KD-55A9G55

Sony KD-85X8000H85

Sony 43X7400H43

Sony 55X7500H55

Sony 43X7500H43

Sony 65X7400H65

TCLTCL 50C71550

TCL 32S65A32

TCL 55C71555

TCL L65C2US65

TCL 55P71555

TCL L55C2US55

TCL 65P865

TCL 43P843

TCL 43S6500FS43

TCL 85P8M85

TCL 32S6500S32

TCL 65P71565

TCL 55P2MUS55

TCL L55P2MUS55

TCL 43P8B43

TCL 43P71543

TCL 55C81555

TCL 50P71550

TCL 65P2MUS65

TCL L65P2MUS65

TCL 55P8E55

TCL 55P855

TCL 49S6500S49

TCL 65P8E65

TCL 65C665

TCL 75P71575

TCL 55P8S55

TCL 65X4US65

TCL 50P8E50

TCL 65C71565

TCL 50P850

TCL 75C81575

TCL 55C855

TCL 40S650040

TCL 43P8E43

iFFALCON (by TCL)iFFALCON 43K6143

iFFALCON 50K6150

iFFALCON 32F2A32

iFFALCON 55K6155

iFFALCON 43K3143

iFFALCON 55K3155

iFFALCON 55H7155

iFFALCON 43F2A43

iFFALCON 55K7155

iFFALCON 43K7143

iFFALCON 40F2A40

iFFALCON 65K3A65

iFFALCON 65V2A65

iFFALCON 55K3A55

iFFALCON 65K2A65

iFFALCON 55K2A55

iFFALCON 75H2A75

iFFALCON 65K3165

iFFALCON 65K7165

iFFALCON 50K3150

iFFALCON 49F2A49

iFFALCON 65H7165

VUVU 43US43

VU 32US32

VU 55PM55

VU 50PM50

VU 43GA43

VU 55UT55

VU 85QPX85

VU 65PM65

VU 50UT50

VU 32GA32

VU 43PM43

VU 43CA43

VU 43UA43

VU 43UT43

VU 55-OA55

VU 43-OA43

VU 65UT65

VU 50-OA50

VU 43 OA43

VU 43 OA -V143

VU 55-OA55

VU 55-OA V155

VU 50CA50

VU 55CA55

VU OAUHD7575

HisenseHisense 43A71F43

Hisense 55A71F55

Hisense 55A73F55

Hisense 40A56E40

Hisense 32A56E32

Hisense 50A71F50

Hisense 65U7QF65

HaierHaier LE43K6600UGA43

Haier LE40K6600GA40

Haier LE43K6600GA43

Haier LE50K6600HQGA50

Haier LE32K6600GA32

Haier LE55U6900HQGA55

Haier LE65S8000EGA65

Haier LE50U6900HQGA50

Haier LE32W200032

Haier LE55U6500UAG55

Haier LE50F9000UAP50

Haier LE55K6600HQGA55

Haier LE65U6500UAG65

Haier LE65U6900HQGA65

InfinixInfinix 43X143

Infinix 32X132

KodakKodak 50CA707750

Kodak 65CA010165

Kodak 32HDX7XPRO32

Kodak 43CA202443

Kodak 55CA090955

Kodak 43UHDX7XPRO43

Kodak 55UHDX7XPRO55

Kodak 40FHDX7XPRO40

Kodak 43FHDX7XPRO43

Kodak 32HDXSMART32

Kodak 32HDXSMART V132

Kodak 32HDXSMART32

Kodak 55UHDXSMART55

Kodak 40FHDXSMART40

Kodak 40FHDXSMART V140

MotorolaMotorola 55SAUHDMQ55

Motorola 55SAUHDMG55

Motorola 43SAUHDMQ43

Motorola 43SAFHDM43

Motorola 43SAUHDMG43

Motorola 65SAUHDM65

Motorola 40SAFHDME40

Motorola 55SAUHDM55

Motorola 32SAHDME32

Motorola 32SAFHDM32

Motorola 50SAUHDM50

Motorola 43SAUHDM43

Motorola 50SAUHDMQ50

Motorola 75SAUHDM75

NokiaNokia 43TAFHDN43

Nokia 32TAHDN32

Nokia 43TAUHDN43

Nokia 50TAUHDN50

Nokia 55TAUHDN55

Nokia 65TAUHDN65

Nokia 43CAUHDN43

Nokia 55CAUHDN55

Nokia 65CAUHDN65

OnePlusOnePlus 43FA0A0043

OnePlus 32HA0A0032

OnePlus 55Q1IN-155

OnePlus 55Q1IN55

OnePlus 55UA0A0055

PhilipsPhilips 58PUT660458

Philips 50PUT660450

Philips 43PUT779143

RealmeRealme RMV200443

Realme RMV200550

RedmiRedmi L50M6-RA50

Redmi L55M6-RA55

Redmi L65M6-RA65

ThomsonThomson 43TH600043

Thomson 50TH100050

Thomson 40M409940

Thomson 40M4099 PRO40

Thomson 32M3277 PRO32

Thomson 43TH009943

Thomson 43TH6000_UD943

Thomson 32PATH001132

Thomson 50OATHPRO121250

Thomson 55 OATHPRO 010155

Thomson 43 OATHPRO 200043

Thomson 43PATH454543

Thomson 55PATH505055

Thomson 65 OATHPRO 202365

Thomson 40PATH777740

Thomson 32PATH0011BL32

Thomson 50PATH101050

Thomson 43PATH000943

Thomson 75 OATHPRO212175

Thomson 43 OATH 100043

Thomson 49 OATH 900049

Thomson 32M327732

Thomson 55TH100055

ToshibaToshiba 32L505032

Toshiba 55U505055

Toshiba 43L505043

Change Screensaver on Android TV Just Like That

Mobile Hotspot Or Satellite Internet For Business

As remote work continues to permeate the professional landscape, the use of mobile broadband internet solutions with business-level reliability and speeds becomes essential. Whether you’re using it for travel, supplementing a spotty internet connection at your home office or taking video conferences, a mobile hotspot or satellite internet connection could be a viable solution. Read on to learn which type of internet connection is best for your needs.

What is a mobile hotspot?

A mobile hotspot provides access to the internet wherever you can find a strong cellular signal. Internet-connected hotspots can be created through smartphones and shared with other devices (like tablets and laptops) via Wi-Fi, Bluetooth and USB cables.

For a better signal and faster service, you can also use a dedicated hotspot device, like the Jetpack MiFi 8800L for Verizon or the Nighthawk LTE for AT&T, to create a Wi-Fi hub and share your broadband connection with multiple devices. You can expect better speeds and signal strength when using a dedicated hotspot device than when tethering with a smartphone.

Prices, speeds and data caps vary widely by provider, so make sure to read the fine print before committing to a new contract for a dedicated mobile device. Even if you have an unlimited data plan through your mobile service provider, it probably does not apply to hotspots. But if you have the budget for new hardware and you’re operating where there is consistently strong 4G LTE or 5G cellular service, a dedicated mobile hotspot is an excellent way to stay connected to clients, vendors and co-workers wherever your business takes you.

One reason hotspots have become such a popular mobile internet solution is their accessibility, since smartphones come with hotspot or tethering features ready to enable. If you use your smartphone as a hotspot regularly, your battery will be drained incredibly fast. Dedicated mobile devices, on the other hand, are built for the sole purpose of sharing a data connection with multiple devices. As a result, they’re equipped with much larger antennas and lithium-ion batteries capable of delivering a broadband internet connection for 24 hours at a time.

What is satellite internet?

Satellite internet can provide you with a data connection wherever you can find clear skies for your satellite dish. Download speeds can range anywhere from 12 Mbps to 150 Mbps, depending on your service provider. However, watch out for data caps.

Once you install your dish and point it in the right direction, you’ll be able to access broadband speeds through a modem and/or Wi-Fi router, just as you would for a standard cable internet system. However, satellite internet users often have to deal with poor download speeds, very long latency, multiyear contracts and data usage limits. But for many businesses operating in rural areas, a satellite internet plan is often the only way to get online with decent data speeds and reliability.

Availability, prices, speeds and data limits vary by provider. Your signal strength and speeds are also dependent on your location and access to the sky. If you work in an area surrounded by tall trees, large hills or mountains, or your building is nestled between larger structures, you may not be able to keep direct contact with enough of the sky to send data in a straight line to your orbiting satellite.

Mobile hotspot vs. satellite internet speeds

In the best conditions, dedicated mobile hotspot devices can provide around 50 Mbps to share among connected devices. Mobile hotspots benefit from low latency of around 60 ms, with upload speeds that hover around half of the download speed. That’s a strong enough connection for HD video conferencing with a couple of devices in areas with solid reception. And it’s more than enough for day-to-day tasks, like sending emails, making VoIP calls, streaming music and sharing basic internet functionality with multiple devices. If you can find great cellular reception, you can expect a fast connection from a mobile hotspot device.

With the clearest skies in the best locations, satellites can provide up to 100 Mbps, but most providers struggle to provide latency below even 500 milliseconds (ms) because of the distance the signal must travel between orbiting satellites and the dish at your location. While that delay won’t make a big difference in sending emails or downloading files, it could make live video conferencing a frustrating experience.

Satellites also suffer from incredibly low upload speeds, so it will take a very long time to upload a video tutorial to YouTube at 3 Mbps, for example. And for travel, you won’t have luck maintaining a signal if you’re constantly changing the location of your dish. However, if you do have a clear view of the sky, the internet speeds offered by satellite providers do outperform the mobile alternative.

Some of the biggest technology leaders are addressing many of the significant drawbacks of satellite internet performance. For example, SpaceX’s Starlink satellite network should reach speeds of up to 300 Mbps, with a latency of 20 ms, in 2023, according to a February tweet from SpaceX CEO Elon Musk. That would put Starlink on par with many home cable internet plans, which could make satellite internet a very attractive option for small businesses anywhere on the planet.

Mobile hotspot vs. satellite internet pricing and caps

The main factors to consider when comparing pricing for mobile hotspots and satellite internet are the speeds and the data limits, plus any equipment expenses associated with your plan. Generally speaking, satellite service is more expensive. You could spend $25 to $45 per month for a 25 Mbps cable plan, whereas the same plan through a satellite provider could cost $50 to $150 per month.

Satellites may also be a bit costlier in terms of their data caps, but that may be changing soon with pressure from more competition. A one-hour video conference can use about 1GB of data. While your internet access will not be cut off completely once you exceed your monthly hotspot data allowance, it might be throttled or slowed to the point of not being usable for any tasks that require broadband access. Both hotspot and satellite providers handle throttling differently, so make sure to be aware of your “backup” internet speeds and potential overages once you pass your allowance. If data caps are among your biggest concerns, you’ll generally find fewer restrictions with a satellite internet provider.

Starlink currently offers its service with standard unlimited monthly data, which you won’t be able to find from any other satellite or mobile hotspot service provider. While the trade-off may be the one-time $499 equipment fee for your satellite dish, the promise of faster speeds with greatly improved latency makes Starlink an ideal option for businesses in rural areas without alternative internet options such as cable or fiber.

Mobile hotspot providers

Many of the best internet service providers also offer mobile hotspot devices and data plans. Verizon has the reputation for providing the best speeds, but if you’ve experienced better cellular reception in your area with another provider, that will probably be your best option. We’re providing stand-alone pricing, but you may be able to bundle a dedicated hotspot device with an existing mobile plan.

Verizon internet service review

Data: Up to 30GB

Speed: 5G

Price: $40 to $90 per month

AT&T internet service review

Data: Up to 35GB

Speed: 5G

Price: $35 to $85 per month

T-Mobile

Data: Up to 40GB

Speed: 5G

Price: $28 to $85 per month

Boost Mobile

Data: 50GB

Speed: 4G LTE

Price: $50 per month

Satellite providers

Two major satellite internet service providers, HughesNet and Viasat, offer nationwide coverage with speeds that vary by location. Newcomer Starlink has more than 1,200 satellites in orbit, with long-term plans to launch a low-orbit constellation of more than 40,000 satellites capable of delivering higher speeds and lower latency to dishes anywhere on the planet. Starlink’s current lack of a data cap makes it the clear choice for business use, but availability is still limited by location.

Amazon plans to invest $10 billion with subsidiary Project Kuiper to develop similar low-Earth-orbit satellite internet systems, with public access expected in the next few years. Other companies, such as OneWeb, are also gearing up with competing services. With increasing download speeds, low latency and unlimited data plans on the horizon, the future is growing brighter for satellite internet each year.

Starlink

Data: Unlimited

Speed: Up to 150 Mbps

Price: $99 per month; $499 one-time equipment fee

HughesNet

Data: Up to 50GB

Speed: Up to 25 Mbps

Price: $60 to $150 per month

Viasat Business

Data: Up to 200GB

Speed: Up to 100 Mbps

Price: $50 to $400 per month

How To Set Up Ga4 Scroll Tracking

Google Analytics 4 (GA4) has introduced amazing features, one of which is the built-in scroll tracking that wasn’t available in the previous versions. 

When enabled, it can help you recognize how far a user has scrolled on a web page and you can use this information to improve the user experience.

We’ll cover the following:

Let’s jump right in!

What Is GA4 Scroll Tracking?

Scroll tracking is a way to measure how much of a given web page has been viewed and scrolled, either horizontally or vertically. 

This helps you understand how a user moves about your website, allowing you to see the underlying trends of the user experience.

How Do You Implement Scroll Tracking?

The most common way to track scrolling is by using a tag management tool like Google Tag Manager and creating a scroll event. With this method, the distance scrolled by users can be translated into percentages (there are two ways to go about it in GTM).

🚨 Note: The issue with this method is that it only provides a limited scroll depth information of 90%. No other percentages are tracked, which means that the percent scroll dimension is populated only when a user reaches 90% of the page.

Set Scroll Depth in Google Tag Manager

To follow along, you’ll need to have GA4 installed on your site through Google Tag Manager. If you don’t have it in place, you can read our blog on how to install GA4 with Google Tag Manager. 

Since you’re going to customize the scroll tracking default settings of 90% with your threshold, you’ll first need to disable it in GA4. 

To do so, go to Admin → Data Streams → Web Data Streams.

You are now ready to go to Google Tag Manager and configure scroll tracking from there. 

First, you need to make sure that the scroll details can be used by your triggers and tags, and are then sent to Google Analytics. 

Starting from the left side of your workspace, select Variables, then Configure.

In Configure Built-In Variables, you will find the Scrolling section near the bottom. Select Scroll Depth Threshold.

Feel free to select other details such as Scroll Depth Units or Scroll direction. 

Selecting them all won’t affect your data. The Scroll Depth Threshold is sufficient for what we’re trying to achieve. 

Now, let’s create a scroll trigger in Google Tag Manager by following these steps: 

Go to Triggers → News → Trigger Configuration → Scroll Depth.

This is what your configuration will look like:

Generally, this percentage configuration should work, but many websites are different in design and content. The threshold of 25% percent is common because 10% may often be too short and misleading, especially when a large banner is occupying your page. 

Moreover, the threshold of 90% usually reflects the bottom of a page’s content since the last 10% is probably the footer. However, for the footer-less pages, a 100% threshold makes sense. 

You can quickly test your trigger by enabling Google Tag Manager’s preview mode and scrolling down to the bottom of the page. On the left side of the Preview Mode panel, you will see scroll depths events for each of the percentages you’ve set. 

Tags → New → Tag Configuration → Google Analytics: GA4 Events

Here’s what your tag will look like:

Now, let’s see what we have done in more detail.

In the Configuration Tag placeholder, select your GA4 configuration tag. This configuration should be available if you’ve followed the link shared above on how to install GA4 with Google Tag Manager.

In Event Name, feel free to name your event with one of the following methods: 

Using the Scroll Depth Threshold variable

Using Event Name and Event Parameters 

The first option doesn’t require creating a custom dimension and it allows you to be more descriptive with your event name. If this sounds a bit foreign to you or you need to revise these terms, you can read our post on how to track events with GA4. 

It’s time to take a look at both methods in detail, starting with the first one!

Method 1: Using the Scroll Depth Threshold Variable

Select the Scroll Depth Threshold Variable.

Add a % sign after the curly braces, then a space followed by the word Scroll, as shown below.

Now, let’s see how everything looks on both Google Tag Manager and Google Analytics. 

So far, so good! Things are working as expected on the Google Tag Manager’s side. However, to ensure that all is well, head over to Google Analytics and go to DebugView. 

In the left navigation bar, select Configure. 

Then select DebugView.

Your DebugView report should display your live scrolling events, and if that’s what you see, you did a great job!

Method 2: Using the Events and Parameters 

Compared to what you’ve configured so far, you will not see an event for each scroll threshold (an event for 25%, an event for 50%, etc.) using this method. 

Instead, it creates a single event that we’ll name ‘scroll’, along with event parameters which are additional information about the event. 

This method saves room in your report but requires additional steps in both Google Tag Manager and Google Analytics. 

🚨 Note: You can name your event whatever you want, but it is a common practice to use or replicate Google’s naming conventions when using events with parameters. 

To get this to work, keep the trigger you configured previously. You’re only going to modify your GA4 Event tag. 

Your setup should look like this: 

Save your tag and publish it.

Make sure that everything is working as expected in your DebugView report in GA4.

You might be thinking about why we did the setup the way we did. Well, scroll tracking is a feature available in Google Analytics. 

The image below is an example taken from Google’s documentation and we’ve replicated the same in our setup. 

Following Google’s example, we typed the Event Name ‘scroll’ in lowercase. The Parameter Name is also in lowercase and has been separated by an underscore. 

This is what it’ll look like in your GA4 DebugView report. As you can see, we only have one scroll event named ‘scroll’.

Sending Scroll Events With Enhanced Measurement 

As mentioned before, this is the fastest and easiest way to track scrolls. You implement it within GA4 without Google Tag Manager. 

Nevertheless, this method is not the most insightful or accurate one if you take into account the many behaviors behind scrolls. 

We could have started by showing you this method first, but considering all the different customization you may need, it was better to show you this at the end.

Having said that, there will be cases where a scroll event with Enhanced measurement is befitting, like when you’re only interested to know who reaches 90% of a given page.

To enable Enhanced measurement on a scroll, do the following: 

If you want to see your percent_scrolled parameter in your GA4 reports, you need to create a Custom definition. 

For that, simply go to Configure in the left navigation bar. 

Select Custom definitions.

Follow our setup and save it. In the Event parameter placeholder, there is a drop-down where you can select your percent_scrolled parameter.

You are now good to go!

How Do You Analyze Scroll Depth?

We’ve learned all about what scroll tracking is and the different ways to implement it. 

At this point, your setup is complete and you should wait a couple of days or weeks to collect significant data for your scroll events analysis. 

However, let’s first take a look at the value of scroll tracking as a metric. 

Is Scroll Tracking a Good Metric?

Scroll tracking may or may not be a good engagement metric. It is often described as a way to measure user engagement, but this is best done in conjunction with other engagement metrics, such as time on page or bounce rate. 

To simply view it as an isolated metric will not tell you much about the visitor intent.

Think about this for a moment, how many times have you scrolled down a page after reading just a few lines? Probably quite a few times…or all the time!

In particular, full scroll downs occur on long sales pages as users are trying to find the price. 

The same is true for blog posts and other content-rich pages where readers are looking for a small piece of information or a call to action.

This is why the Element visibility trigger in Google Tag Manager works so well with scroll tracking because you can be clear on whether or not a user is taking time to look at your call to action, price section, or any other key element, and not just scrolling through. 

This behavior is too common to ignore and to exclusively associate high engagement with considerable depth scrolls. 

Then comes the issue of the event or hit limits. Depending on the analytics platform, going beyond the limit of a premium service could incur higher fees. 

In GA4, you have a limit for the number of custom dimensions you can have. Your scroll Event name or parameter is included in that limit and can be one too many.

Having said that, scroll tracking is sometimes tied well to analytics platform features whether in GA4 or other platforms like Hotjar.

In Google Analytics, you can use scroll-tracking data to create segments.

Hotjar’s scrolling maps can help you see how pages are being scrolled through different reports (such as scroll reports for phones and desktops). This can be investigated further with screen recordings. 

How Do I Find My Scrolls in Google Analytics

To analyze scrolling data, you first need to know where to find it. Here are the reports where you can view and analyze your scroll events: 

The Realtime Report

Select Realtime. At the bottom, you’ll see scroll data under Event count by Event name.

The Events Report

In the reports section, go to Engagement, and select Events.

Funnel Exploration Report

The Funnel exploration report allows you to conduct a deeper analysis of your scroll events. You can use scrolls and analyze them for key pages or multiple pages of your site. 

It’s much easier to view how many of your users reach your thresholds. 

How to Use Scroll Depth Data to Improve the User Experience on Your Website?

These are some common questions that can be answered by using scroll tracking:

Why do people drop off? 

Maybe, your content is too long and complex.

Where to place your pop-up triggers? 

Based on your criteria, pop-up placement can get into the right scroll percentage threshold. This is also true for irritating pop-ups that interrupt users from going further down the page.

Are visitors reading the content on your page? 

Time spent on a page is a good metric to understand engagement, but it doesn’t necessarily mean that the users are digesting your content (think of unread tabs). However, scroll tracking proves that there’s some kind of interaction. This may need to be explored further with other engagement metrics or the element visibility trigger in Google Tag Manager.

Is your content relevant to your audience? 

If only a quarter (or 25% scroll) of your long blog posts is consumed, it’s a sign that your readers are not engaging with your blog content, and may be losing interest because their expectations are not being met. It may also determine the quality of your web traffic (e.i., bringing in the wrong type of audience).

Why is traffic to your page great but conversions are low? 

Maybe, your call to action or form is located at the end of a long sales page. If you even have a few conversions, scroll tracking tells you if visitors don’t reach the bottom of the page. This lets you know that you should move these elements to the top of the page. 

How is the user experience across devices?

 Mobile behavior can be different from desktop behavior. Therefore, content and elements may be adjusted to fit them. 

FAQ How do I implement scroll tracking in GA4?

There are two main methods to implement scroll tracking in GA4:

How do I set up scroll tracking using Google Tag Manager? Is scroll tracking a good metric for measuring user engagement?

Scroll tracking is a useful metric, but it should be used in conjunction with other engagement metrics such as time on page or bounce rate. It provides insights into user behavior but should not be viewed in isolation.

Summary

By now, you have learned to trigger the 90% scroll event. Great job!

Scroll tracking is possible in Google Analytics, and it can be used to understand how your visitors are viewing your pages and digesting your content. 

You can use this data to improve the experience for your visitors, such as ensuring that the content on your page is readable and identifying issues/opportunities on your pages. 

As an engagement metric, it will give you a bigger picture when used with other metrics. 

However, it does come with downsides such as event limits due to which, we recommend using the Scroll Depth Threshold variable described above.

Scroll tracking may simply not work in some cases, for example,  some single applications, which is unfortunate.

There are a few reports that explain how scrolls are performed on your website. However, we recommend you learn how to create a Funnel exploration report in GA4. 

We hope that this post helped you improve your measurement strategy. If you have any suggestions, 

How To Set Up Sleep Tracking On Your Iphone And Apple Watch

Thanks to iOS 14 and watchOS 7, sleep tracking is finally available on select Apple Watch models and iPhones. This new functionality allows you to track and analyze your sleep patterns and establish healthier habits overall. As such, this is a highly useful feature helping you change your everyday life for the better.

Apple has done an excellent job creating an all-encompassing sleep tracking ability, which comes with specific features that no third-party watchOS app offers. We help you discover those and show you how to set up sleep tracking on your iPhone and Apple Watch. Let’s jump right in!

On What Devices Can You Use Sleep Tracking? 

Remember that your Apple Watch needs to be on watchOS 7, while your iPhone must run iOS 14. This feature is integrated into those versions of watchOS and iOS, so using the latest available version is the only way to access sleep tracking.

We would also like to note that watchOS 7 is available on an Apple Watch Series 3 and later and also requires an iPhone 6s running iOS 14. Therefore, this feature should work on devices released in 2024 and later.

Set Up Sleep Tracking on Your iPhone and Apple Watch

Sleep tracking in iOS 14 works best when you pair your smartphone with an Apple Watch. However, to start this process, you need to turn to the Health app on your iPhone.

1. Launch the Health app and make sure to tap on the “Browse” tab (bottom-right corner). Scroll down and tap on “Sleep.” Again, scroll down a bit and tap on “Get Started” (found within the “Set Up Sleep” card). 

2. Your iPhone will now show you a quick overview of how sleep tracking works. Feel free to tap on “Next” to proceed to the first step. This is where you’ll need to set up your sleep goal. By tapping on the plus and minus icons, set the desired time interval. Tap “Next.”

3. This is where you can set up your first schedule. Start by selecting (or deselecting) days that you’ll include in your schedule. For example, if you have the same schedule from Monday through Friday, make sure to select those days only. Later on, you can create a weekend schedule, for example. 

4. Depending on the sleep goal you’ve previously chosen, your iPhone will show you a recommended bedtime and wake-up time. Feel free to adjust this time interval by dragging either the bed or alarm icon. Lastly, tap “Add” once you’re happy with your schedule.

5. You are now free to tap “Next” to continue or add another schedule by tapping on “Add a Schedule for Other Days.”

6. At this moment, you’ll see a prompt to enable the recently introduced “Sleep Mode.” This mode allows you to eliminate notifications or other distractions, letting you relax and begin your bedtime routine. You’re free to choose whether you’d like to use this mode or whether you don’t want to make any modifications. To proceed, tap on “Enable Sleep Mode.” If you’d like to skip this feature, tap on “Skip.”

7. If you’ve chosen to set up your own “Sleep Mode,” you’ll see prompts to edit a “Wind Down” time which enables the “Do Not Disturb” mode. You’ll need to set the duration of this interval, which will begin before your previously set bedtime interval. Use the plus and minus icons, then tap on “Enable Wind Down.” Of course, you can skip this step by tapping on “Skip.”

9. At this moment, you’ll see a message saying that you can use your Apple Watch to track your sleep. Therefore, to get the most precise results, make sure to charge your Apple Watch on time and wear it while sleeping. To enable this option, tap on “Enable.” There’s no need to adjust anything else, as your Apple Watch will now start to track your sleep automatically.

10. Finally, review your schedule and make sure everything is set correctly. You can always go back to the previous steps if there’s something you want to adjust. To finalize this procedure, tap on “Done.” 

This is where we end our guide on how to set up sleep tracking on your iPhone and Apple Watch. To get the most out of your smartwatch, check our overview of the best tips on using your Apple Watch. You’ll also want to check out how to unpair and restore your Apple Watch, which will come in handy in case of any problems in the future.

Isaac Norman

Isaac is a freelance writer with over a decade of experience covering the latest technological innovations. Mainly focused on Apple-related software and hardware systems, his aspiration is to explore all the ways today’s digital world intertwines with our everyday life.

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