Jan 07, 2021 вЂў Filed to: All Solutions to Make iOS&Android Run Sm вЂў Proven solutions
Rooting your Android device lets you get around the limitations set by your manufacturer. You’re able to remove bloatware, speed up your phone, install latest version, flash a ROM, and more. If you decide to jump to root process, there are 7 things you must do before rooting your Android devices.
1. Backup Your Android Device
You never know what will happen during the rooting process. To avoid any data loss, making a backup for your device is pretty important and necessary. Check how to backup android device>>
2. Battery is a Must
Do not ignore the battery level of your Android device. Rooting might be hours of work for a newbie. It’s possible that your Android dies in the rooting process due to a drained battery. Therefore, make sure your battery is charged to 80%. Ideally, I recommend a 100% charged battery.
3. Install Necessary Driver for Your Android Device
Ensure that you have download and installed the necessary driver for your Android device on computer. If not, download driver from official website of your manufacturer. Additionally, you must enable USB debug on your Android device. Otherwise, you can’t root.
4. Find a Suitable Rooting Method
A rooting method does fine for one Android device, which doesn’t mean it works for you. You must know clearly about your device specific. According to the device specific, find a suite rooting method.
5. Read and Watch Rooting Tutorial
It’s great for you to read many articles about rooting tutorials and keep in mind. This makes you stay calm and know the complete rooting process. Watch some video tutorial if condition permits. A video tutorial is always better than plain simple words.
6. Know How to Unroot
Chances are that you might have trouble in rooting and want to unroot to get everything back to normal. To make things earlier at that time, you can now search the internet to get known some tips about how to unroot your Android device. Actually, some rooting software also allow you to unroot Android device.
7. Disable Antivirus and Firewall on Your PC
Some antivirus or firewall setup might interfere with your rooting process. Scan all the files that you downloaded for rooting as it may be regarded as a malware or virus. Besides, disable your antivirus or firewall before rooting.
That’s 7 things to do before rooting Android. If everything gets ready, you can start to root your Android device. This Android Root software could help you root your Android device all in one click.
Dr.Fone – Root
Best Free Android 1- Click Root Tool
- Simple process, hassle free.
- Supports over 7000 devices.
- Highest success rate in the industry.
- 100% safe and secure.
How to Root Android devices with One Click
Step 1. Run Dr.Fone on your computer and select Root. Connect your Android devices to PC.
Step 2. After Dr.Fone recognize your device, click on Start and then it will detect your phone and find a proper solution to root your phone. Then click on Root Now to root your phone safely.
Video Tutorial: How to Root Android devices
I have developed an Arduino application in which I can control LED 13 via a serial monitor.
- if I type 0 in a serial monitor LED at pin 13 lights up and
- if I type 1 in a serial monitor the LED lights off.
Now I want to do all this with my Android phone. The issues I have are:
- How to, first of all, create a PHP server for getting all this worked out
- How to open up the localhost on my Android device so that it acts like a local server
- How to make the server interact with the serial port
I am not asking for all the code and project but just show me the way, and I will be all right.
2 Answers 2
Most Android and Arduino devices cannot talk to each other when straight “out of the box” – add on hardware and/or system software modifications are required.
You have a variety of choices
0) Bluetooth is fairly clean and now in the $20 range, so it’s both one of the most cost effective choices and one of the least likely to risk damaging the phone hardware – but you said you don’t want that.
1) Some phones such as the G1 have low-voltage serial ports which can be enabled by [rooting and] installing a customized kernel. You will need level translation circuitry as the output voltage of the arduino while low is still too high for the phone to handle. You will also need to source a special HTCUSB connector, either by modifying the full headset adapter or getting it from someplace like sparkfun.
2) Some phones can function as usb hosts by [rooting and] installing a customized kernel. They do not supply usb bus power, but with an arduino you have everything out in the open so cabling up a separate supply should be fairly simple. A few recent tablets have usb host mode out of the box. Edit: with later Android versions, a non-root USB host API and USB bus power may be available, but this varies by model and has been inconsistent.
3) You can use a USB host shield on the arduino, and if the device runs Android 2.3.4 or later use Gooogle’s official ADK protocol to talk to software on the android device; if the android version is earlier, there are unofficial projects which talk the ADB protocol and should work with most devices (perhaps with small modifications). Both are designed to remain within unprivileged userspace on the android device – no rooting, no kernel modifications.
4) You could build a low-baud-rate modem and talk to the android device through its headset jack, using a software modem on the android side.
5) You could put a wireless ethernet shield on the arduino
Smartphones have become an integral part of people’s lives across the globe. The number of users has already reached 3 billion. The United States, China, and India solely count about 1.46 billion smartphone owners. Many of them use Android-operated devices.
For instance, the number of Android smartphone users in the U.S. reached 120.5 million in 2018. This amount is predicted to reach more than 130 million in 2021.
The secret of Android’s popularity lies in the cost of the devices that run the OS. You can find a full-packed Android phone for much cheaper than its Apple competitor. Android devices are offered at a wide range of prices. So, users with different income levels can find a device that suits their needs.
However, Android OS also involves a number of problems. Some people resolve them by rooting their devices. If you want to know more about Android rooting, its advantages, and drawbacks, keep reading this article.
Table Of Contents
What Is Rooting a Phone?
If you’re bothered by the question “What does rooting a device mean?” here is a simple definition.
Rooting is a process of getting access to privileged control over your device’s Android subsystems. It is also called root access. Smartphone users often perform rooting to bypass limitations set by hardware manufacturers or enhance their devices’ technical characteristics.
As rooting gives you full admin access to your device, you can alter the system in any way you need, remove built-in applications, and change settings.
What Does Rooting a Phone Do?
Rooting allows you to do things that you can’t normally do. After you follow a simple procedure, you’ll get a rooted phone, meaning the one with increased performance, enhanced memory capacity, and other benefits.
Rooting provides infinite customizability. This means that you can customize anything — keyboards, notification menu, camera, etc.
Here’s what you can do after rooting your Android phone correctly:
- Install rooted apps. If you go to Google Play, you’ll find that rooting is extensive and supported there. Many custom-made applications require rooting. In exchange, they provide you with diverse possibilities in terms of your phone’s system performance enhancement.
- Install fresh updates. If you have a rooted phone, you don’t need to wait to receive the official updates. You can install any update that you need right now and increase your phone’s performance immediately.
- Use custom kernels. Do you want to boost your phone’s performance and twofold its battery life? Install a custom kernel on it. Just make sure to do your research and install the correct one.
- Get tethering for free. Some phone users in the U.S. have to pay extra for USB tethering. Rooting allows you to avoid the fee.
- Get rid of bloatware. Android phones come overloaded with all kinds of apps that you will never use. They occupy up to half of your phone’s memory, and you can’t delete them. Rooting makes it possible to eliminate all those useless apps, free memory space, and make the interface look cleaner.
- Get a powerful back-up system. Back-up apps are the most common ones that require rooting. And there is a good reason for that. The standard Android back-up system allows backing up contacts, messages, and media files. A custom app makes it possible to back up anything.
- Install or move apps to your SD-card. If your phone has low memory capacity, rooting can come to the rescue. After rooting your Android phone, you can easily install new apps on your SD-card or move old ones there.
Does Rooting Involve Any Dangers?
Although there are many reasons why rooting is an excellent option for your phone, the process has drawbacks, too. Before starting to root your device, we recommend that you take into account all the associated risks.
If you are new to rooting, make sure to do research. You need to be extremely careful as installing the wrong file can cause your OS to crash.
Another fact to consider is that Google doesn’t support rooting, although you can find many rooted apps on Google Play. Some manufacturers make it difficult to unlock a bootloader. So, inexperienced users might not want to mess with the system.
Finally, the most significant reason why people choose not to root their phones is insurance. They believe that rooting will void their warranty. Don’t be surprised if your manufacturer refuses to provide services to you after revealing the rooting traces.
Can I Use mSpy Without Rooting My Phone?
Although some apps require your smartphone to be rooted, you don’t necessarily need to do it to use mSpy. If you need spyware for mobile without rooting, mSpy can be a good option for you.
As mSpy comes in two options, Basic and Premium, you can choose the one without rooting. In this case, you can start monitoring someone else’s Android phone right after purchasing a subscription. All basic monitoring possibilities will be available to you.
However, if you want to use mSpy’s advanced features, such as keylogger, social media monitoring, and geofencing, you need to root your device. But no worries — our experienced support managers will help you.
If you keep asking yourself, “Is my phone rooted? What does that mean?”, simply purchase mAssistance and get instructions on rooting your device immediately.
Although rooting has a few drawbacks, it can be beneficial for your Android device. A rooted phone can have the latest features installed on it. Rooting can extend your phone’s life and save you from the necessity to spend money on a new smartphone model.
It’s up to you whether to root your phone or not. Just make sure to evaluate all pros and cons beforehand.
There are many advantages to do Boot into TWRP Recovery. Maybe, you are just aware with the boot into TWRP recovery for rooting the android phone. But there are many other pros to boot into TWRP recovery mode.
Here are the 3 things you can do with Boot in the TWRP Recovery:
- You can do System Updates.
- Factory Reset Your Android Phone.
- You can clear your Phone’s cache.
There are three different methods to boot into Custom Recovery. We will get into each method Step By Step.
Method#1: Boot into TWRP Using Power Button
Step#1: First of all, turn off or Power off your Android phone.
Step#2: You can simply do by keeping pressing the “Power Button + Volume Down”. In some phones, you have to keep pressing the “Power Button + Volume Up”.
Step#3: Congrats! You have Done!
Boot into Custom Recovery Still not working? Choose your phone model and now use these keys to boot.
Keep Pressing the “Power Button + Volume Up + Home Button”. (Make sure you have powered off your phone before pressing these button).[/su_box]
Keep Pressing the “Power Button + Volume Down” until the LG logo appears. (Make sure you have power off your phone before pressing these button).[/su_box] [“For HTC: The way to boot into HTC is little different. If the above way works on your phone, That’s Great! Otherwise, follow these few points:[/su_box]
- Go to Settings in Your HTC Phone.
- Open the Battery Option.
- Uncheck FastBoot.
- Now, Power Off the Your HTC phone.
- Keep pressing the “Power Button + Volume Down” for few seconds.
- Keep holding the Volume Down Button and release the Power
- Now you are in the Bootloader. Use the Volume button to go up and down.
- Use Power Button to enter into TWRP Recovery or Custom Recovery.
- That’s All!
- Keep Pressing the “Volume Up + Volume Down + Home Button”. You will enter into the Bootloader.
- Now use volume up and volume down button to navigate to the custom recovery option. Select the Custom recovery by using the power button option.
Method#2: Boot into Custom Recovery Using Quick Boot
Quick Boot is an android based application that is used to boot into TWRP Recovery or custom recovery. An important point here is, it requires that your phone should be rooted. If your phone is not rooted then you cannot use this method.
Do you want to root your phone in one click here:
Recommended: How to Root Android Phone in a Single Click Step by Step
Read the above article, once you have done with rooting the android phone, then you can go for installing the Quick Boot app on your phone.
Install this app on your phone, you can download Quick boot app from the play store too.
Method#3: How to Boot into TWRP or CWM
Here we are going to introduce you to another method that does not require rooting the android phone. AH! That’s a good point, you don’t need to ROOT your phone for this method.
Here are the few steps, you need to follow. Please follow each step carefully.
Step#1: Enable USB Debugging on your Android Phone
Point No.1: Attach your phone with a Laptop or Computer using DataCable of your phone.
Point No.2: Now, you have to enable the USB debugging on your android phone. Don’t know how to do this? Here are a few points you need to follow.
- Go to Settings in your Phone.
- Tab on the Developer Options.
- In the developer options, tick on the USB Debugging as shown in the image below.
Important: In some phones, maybe you cannot see the developer options. So don’t worry, you can show this developer options by using the following method:
- Go to Settings >About Device
- In the About Device go to =>Build Number
- Tap on Build Number options many times.
- It will show that Developer options have enabled.
- Go Back in the Settings again, you will see the developer options there.
- Just go to Developer options and enable USB debugging.
Once you have enabled the USB Debugging, its time to install ADB and Fastboot on your Windows.
Recommended: How to Install ADB on MAC
We hope that you have installed the ADB and Fastboot using the above link. Now, type the below commands after installing the ADB:
adb reboot recovery
Press Enter, your phone will get into the Custom Recovery or TWRP recovery after rebooting. Congratulations!
Final Verdict About Booting Android Phone into TWRP Recovery
Boot the Android phone in the Recovery option is necessary when you are rooting your Android phone. I hope that you have successfully boot your phone into TWRP Recovery mode or CWM recovery using the above methods.
If you have still confusion or problem, most welcome. Just ask any question without hesitation. We will reply you as quickly as we can.
By Louis Habersham , 14/10/2016, updated on 04/01/2021
When you open a root app on your Android, taking Samsung Galaxy S7 Edge as an example, the app may require permission for rooting. And you should receive a note as the below screenshot, which reads, “Allow *** to request root permission”. Then you need to tap the “Allow” button and “Still Allow”.
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But the thing is that, on some certain apps, there may be no such a popup notice occurred. Under such a circumstance, you will need to follow Part 1 to allow the permission, that is, to grant permission and allow root access. Then you can check the root status and root your phone under the instruction of Part 2. Now here we go.
Read before Rooting: Note that before granting root access and rooting your Android, it is significant to backup your Android data. This step is simple but quite important. Never skip it! Because some apps can cause a system crash.
The best and the easiest way to root your Android is to let professionals do it. If you’re looking to get a premium root access, look no further than Unlock Partner. They have an expert team of technicians who are available 24/7 to help you get the root access on your phone, safe and sound.
Part 1. Managing Root Permissions With the SuperSU App
SuperSU is a free but powerful root management tool for Android devices. If the permission request didn’t show up, it can help you give root permission on Android. Please follow the instructions and grant permission in order to give root access.
Step 1. Download SuperSU
First of all, you need an app that manages root permissions of your apps. Download and install SuperSu on your Samsung Galaxy S7 Edge. Then reboot your device. You should see the SuperSU icon.
Step 2. Manage Root Permissions
To manage root permissions, activate the SuperSU app. Apps that have been granted or denied Superuser access are orderly listed. You can touch to change its permissions.
With SuperSU app on your Android, whenever an app is intended to request root permissions, it has to ask SuperSU on your phone.
Part 2. Root Android with Android Data Recovery
Android Data Recovery, as a multi-functional program, also allows users to root their Android without a hitch. All you should do is to connect to the software and let it do all the rest.
Step 1. Connect Device to PC
To start with, download and open Android Data Recovery on your computer. At the left pane, select and click “More Tools” > “Android Root”. When in the “Android Root” page, you will be prompted to connect your Android device to the computer. Take use of your cable to help the connection. During the process, do not start any other Android phone management software. Then USB debugging is required.
Step 2. Check Android Status
When your phone is recognized, you will have a note, which reads like “Samsung Galaxy S7 Edge is connected”. Then Android Data Recovery will check the root status of your device. The result will be shown in the interface. There will be two cases:
Case 1: Android Phone is Rooted
Should your Android phone bee rooted, you will have an interface with a note saying something like “Samsung Galaxy S7 has been rooted”. You don’t need to root your phone one more time.
Case 2: Phone is Unrooted
If your phone has not been rooted, you will have the interface as below. The program will detect your phone to find a proper solution before rooting. Please read the software terms and agreements and click the Start button to continue.
Next, the software will check if your phone is supported or not. Here are some notices you need to pay attention to:
First of all, please do not unplug your device during the detecting process.Second, the phone will restart sometimes when detecting.Last, it will take longer to detect some phones. Please wait patiently.
If your Android is unsupported, you will have an interface as below. You can submit your phone information if you need to root it urgently. The developer will respond to your feedback as soon as possible.
If your device is supported, you can check the “Root Now” button to start the rooting process. When the operation is completed, you will be prompted “Model downloaded” and “Phone Rooted”.
If you ever want to unroot your device, turn on the SuperSU app > go to its Settings screen > tap the “Full unroot” option. Then your phone will be unrooted. This is definitely the easiest way to unroot your phone.
That’s all. Questions and feedbacks are welcomed. Just leave your message.
Share your phone’s internet connection with up to 5 other devices
Many Android smartphones and tablets offer the ability to set up a Wi-Fi hotspot so that other devices can use your phone’s internet connection. This guide shows how to enable and use this feature on a Samsung smartphone and a Google Pixel as examples; the instructions should apply to most current Android phones and software versions.
On Your Samsung Smartphone
To turn on the Wi-Fi hotspot, follow these steps:
Go to Settings > Wireless & networks. On a Samsung phone, tap Connections > Mobile Hotspot and Tethering.
Turn on the Mobile Hotspot toggle switch. The phone becomes a wireless access point and displays a message in the notification bar when it’s activated.
To find the password and instructions for the hotspot, tap Mobile Hotspot. Use this password to connect your other devices to the hotspot, just as you would connect them to any other Wi-Fi network..
To change the default password, tap Password and enter a new password.
Be selective about with whom you share your Wi-Fi hotspot. Also, bear in mind that data processed through this Wi-Fi feature counts against your monthly allotment of mobile data.
On Your Pixel or Stock Android Smartphone
Follow these steps to enable a hotspot on a Pixel or stock Android:
Go to Settings > Network & Internet.
Tap Hotspot & tethering > Wi-Fi hotspot.
Turn on the Wi-Fi hotspot toggle switch.
Optionally, change the hotspot name, password, and other advanced settings such as automatic shutoff and the AP Band.
Find and Connect to the New Wi-Fi Hotspot
When the hotspot is activated, connect your other devices to it as you would any other Wi-Fi network:
On your device, find the Wi-Fi hotspot. It might notify you that new wireless networks are available.
To find the wireless networks, use your Android phone and go to Settings > Wireless & networks > Wi-Fi settings. Then, follow the general Wi-Fi connection instructions for most computers.
Establish the connection by entering the password for the Wi-Fi hotspot.
Enable Wi-Fi Hotspot for Free on Carrier-Restricted Plans
You might not get internet access on your laptop or tablet after you connect because some wireless carriers restrict Wi-Fi hotspot access only to those who pay for the feature.
In this case, try using an app such as Elixir 2, which toggles the Wi-Fi hotspot on or off on your home screen. This makes it possible to access the hotspot feature directly and without adding extra charges from your wireless provider. If Elixir 2 doesn’t work, FoxFi does the same thing.
Be aware that, in many cases, bypassing carrier limitations constitutes a terms-of-service violation in your contract. Use these apps at your discretion.
Tips and Considerations
When using the Wi-Fi hotspot, follow these recommendations:
Just yesterday I accidentally deleted one very important family photograph from my Samsung. I am suffering from the pain of my stupidity and need to know if there is any way to get back that photo without rooting my phone. I have not installed in any backup app like Dumpster or alike.” – Albert
In daily life, some of you may have such problems that you accidentally delete photos, videos, messages or other files. The panic is not that you cannot retrieve deleted texts messages, or recover deleted photos from Android, but you have to root your Android phone for recovering deleted files with the help of some Android recovery apps. As you are told that, rooting Android is easy, but your phone will suffer more risks of being attacked and surely you will not enjoy the free warranty in the limited time.Here comes the question, how to recover deleted files Android unrooted? Two effective ways are provided to recover Android deleted files without rooting.
Part 1. Recover deleted files Android unrooted with Google backup
Google is a useful backup tool for Android, also does a good job in restoring Android backup. Google Drive provides you the free 15 GB storage for backing up Android files. Once you accidentally delete or lose those files, you could recover the deleted Android files from Google drive, without rooting your Android phone. Before you recover deleted Android contacts, text messages, photos, etc., you had better make sure you have backed up your Android data with “Auto Backup” and “Music Manager” to Google Drive with your Google account.
Back up Android data to Google
Google Drive can back up contacts to Google using your Google account. You could sync photos and video through “Google Photos” to Drive, upload music from “Music Manager” to Drive, and upload other files with “Auto Backup” to drive.
Restore Android data from Google account
Log in your Google Drive on the web, navigate “Trash” to find the deleted files > Click “Restore” to retrieve them to your Google Drive. For recovering your deleted files from Android on Google Drive, there are two situations for your reference.
Situation one : If you have another one Android phone, then you could add your Google account on that phone, and restore all your backup files from Google Drive. Those backup files include, contacts, photos, videos, settings, calendars, etc.
Situation two : If you only want to restore your deleted files on your original Android phone, then you need to log off your Google account, and then add this Google account again. When you add the Google account, you are asked if you are willing to sync Google Drive data to your Android, and you will definitely say yes.
For recovering your deleted Android music, you should follow the above two situations to make it from “Music Manager”. In this way, you could recover your deleted files without rooting your Android phone, but you will only recover part files, like messages.
Part 2. Recover deleted files on Android unrooted via Android Recovery
With the first method, you can handily recover deleted Android files without rooting. But you should know that, the method above doesn’t allows you to retrieve deleted Android messages. To recover deleted files Android unrooted, you can rely on the Android recovery app, FoneLab for Android. It can recover your deleted messages and contacts without rooting. The steps are as following:
1 Free download this program on your computer, install and launch it. Select “Broken Android Phone Data Extraction” and then click on “Start” button.
2 Plug your Android phone to PC with USB cable. Select your Android device information and then click “Confirm” button to make sure the deleted Android files can be recovered.
3 You need to put your Android into download mode to fix your phone first. Follow the introductions to fix your phone condition.
4 After scanning, you could click it to preview the details. Then choose those you want to recover, click “Recover” to get back the deleted Android files to your PC.
Kindly note that this way of recovering deleted files from Android without rooting is not 100% guaranteed. Sometimes, your Android phone may fail to scan some data. So for recovering all your Android data, you are advised to root your Android phone.
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May 07, 2018 14:55 / Updated by Iris Walker to Android Recovery
Losing everything after factory reset your Android phone? Recovert he lost data right now
Your cherished photos are deleted from your Android device? Recover them right now here.
Can you recover deleted SMS? Learn how to recover deleted text messages on Android in this post.
I know I’m asking for the close-to-impossible — as a real full-backup certainly requires root permissions. But still there are many folks around not wanting to root their devices — afraid of voiding their warranties or bricking their devices, or just not having their devices supported by any rooting method.
I also know there were a lot of questions asked already on this topic, and I checked all of them having the backup tag — none covers the entire topic, all just have pieces, and especially people new to Android (but other non-power-users as well) would have a hard time figuring out the best way.
So I want a detailed canonical answer to the question:
Not involving root-solutions, how to achieve a backup as close as possible to a full backup?
Please do not give simple one-liner answers like “Use app xyz [full-stop].” If mentioning an app (and I doubt a single app would be the answer here), include what parts are covered by it — as well as ideas on how to fill the gaps it leaves. (And to make it absolutely clear: I know the first thing coming to mind is Titanium Backup — I use it myself, but this does not apply here: This question is strictly about methods for non-rooted devices!) Moreover, the answer should be as generic as possible in terms of applying to a wide range of devices (i.e. it should not be restricted to one device or manufacturer).
I already mentioned having investigated all questions here tagged backup. These will certainly be helpful providing details for answers here, so I will list up the topmost ones concerning my question:
All these provide some details for my question (so feel free to get inspired by them) — but I feel there are still details missing. Also it would be helpful to have a summary — say, an answer including the full description of “the maximum possible”.
A last criterium: While I’d consider cloud-based solutions legit, I’d favour local solutions. If you can provide both: all the better. But some people value privacy quite high (I’m one of them), and thus would not trust their data to some cloud service.
Thanks to Ryan, we now have a solution for a really complete backup of all apps and their data — which I didn’t dare to hope for! The only disadvantage: His solution only works for less than 10% of all Android users; namely those whose devices are running at least with Android 4.x.
So again, I ask the close-to-impossible: Any solutions applicable at least on Gingerbread (2.3.x) or, better, even Froyo (2.2.x) — so they cover the majority of current devices? These solutions may involve multiple tools (try to keep it as simple as possible though; think of your mother to follow your instructions 😉
And keep in mind: NO ROOT!
To further motivate high-quality answers (and hopefully avoid low-quality ones), I will be a harsh one here: As I rarely do, I will down-vote answers not fitting the mentioned criteria on one end — but on the other end, I will setup a bounty for the best answer (which cannot be done immediately, but earliest after 2 days).
Attaching a Second display to your existing Computer setup can be a huge productivity boost but before you hit the buy button on Amazon, ask yourself do you need a dedicated Monitor all the time? If your answer is some times, then I have the perfect solution for you.
If you own an iPad, you must have heard Duet Display– a popular second monitor app for iPad. Thankfully, Android has them too. We tested almost every second monitor app for Android on the Google Play store, and here are our top picks. Let’s begin.
Use Your Android as a Second Monitor
Android smartphones and tablets are pretty versatile in terms of features, you can mirror your Android to another Android and as well as a computer. In general, you need need to install a second monitor app on your Android and install the app’s client app on your computer. Once done you can connect your Android to your computer, using a USB cable or WiFi (when both the devices are connected to the same network) and that’s it.
Spacedesk is a popular choice to transform your Android into a second display monitor for Windows PC. You can connect your PC and Android via USB, Wi-Fi or LAN. The resolution is decent and you get touch support.
To get started, you need to install the necessary drivers on your Windows PC. If you need further help, here is a link to the documentation. The app is available for Windows 7 and above. Opening the app will automatically detect and display all PCs on the same server that has the drivers installed. Simply tap to connect. Launch the app on your Android and connect to your PC. The app should detect the IP address and name of your system.
To use your tablet or Android as an extended display, you just have to configure secondary display options in Windows. To do that go to the Control Panel and then Display Settings. Select Extend These Displays and click OK. You should now be able to use your Android as an extended display.
Spacedesk works well if you don’t want your phone to be bounded by a USB. But that’s the only complaint I have. Since it works wirelessly, there is a noticeable amount of lag. It’s good that you can switch to hotspot and USB.
Supported Medium: LAN, Wi-Fi, USB
2. Splashtop Wired XDisplay
Splashtop Wired XDisplay, as the name suggests, will require you to have a USB handy. Unlike Spacedesk, WiredXDisplay allows you to connect your phone only via USB. On the plus side, since you are connected by a wired medium, you get better resolution and frame rate. It supports Full HD resolution at 60 frames per second.
Wired XDisplay can be installed on both Mac and PC, giving it an edge over Air Display. Mobile apps are available for both Android and iOS. Splashtop uses USB over WiFi for one simple reason – it offers a more responsive and real-time experience. There is no lag whatsoever and you get a battery saver mode which drops the frame rate and resolution to save up on processing.
Supported Medium: USB
3. Google Remote Desktop
Like Remote Desktop for Windows, it also allows you to control your PC via your Android device. You can run commands on your PC from your Android phone. Basically, everything that you can do on your desktop can be done from the Android phone as well. Remote Desktop, like all Google products, is easy to use and simple to set up. You just need to have a working Gmail account. The ability to control your PC remotely is where it shines the most though.
Google Remote Desktop works seamlessly but you cannot use separate apps on both the screen. It doesn’t let you use your phone as an extended display.
Supported Medium: Internet
iDisplay is another display mirroring app on this list. iDisplay started with the macOS and iOS but quickly expanded to other Operating systems. You have apps for Windows and Android which makes it a good cross-platform solution. It supports 60 fps and plus offers multi-touch on the device you are using it on.
iDisplay has everything that the other app offers, with one caveat; USB support is not available for Android yet. It does support WiFi though and comes with multi-touch support.
Supported Medium: LAN, Wi-Fi, USB (except Android)
5. Air Display 2
Air Display 2 works the same way for Mac the way Spacedesk does for Windows PC but it comes with a price of 14.99$. It turns your Android device into a secondary screen for your Macbooks. You can extend mirroring the screen to up to 4 secondary devices. On top of that, it also supports full HD displays.
It supports all the way back to Mac OS X 10.8 or Lion. You can also use your PC as a secondary screen for your Mac. But it doesn’t work the other way round like you cannot use Mac or any mobile device as a secondary screen for Windows. I read the FAQs section and it says they are working on a solution, but it also says that they are not “close enough” to provide an ETA.
On the plus side, it offers a more responsive experience thanks to the dynamic compression algorithm the team is using. It also supports retina display, something that is missing in Spacedesk. App also features Air Stylus which you can actually use the secondary device to draw designs on directly.
Air Display works seamlessly but the issue is the pricing model. With every major upgrade Avatron Software i.e. the creator of Air Display increases the price. This is something that bothers long-time users like me but hey if money is not a problem then you are good to go. Another thing that bugs me is that you need to install Air Display Host on your iPhones, Androids, and PCs which you want to use as a secondary screen. But, Air Display can only be installed on Macs. So the cross-platform compatibility gets a little limited.
6. Duet Display
Duet Display is a popular iOS app that allows you to mirror and extend your Mac’s display to your iPad or iPhone. And now that Apple is providing this feature natively via Sidecar, Duet Display is expanding its horizons with support for Android smartphones and tablets.
Duet Display invited us to beta test their new app, and it worked fine on my Google Pixel and Windows 10. Although, I did encounter a few bugs such as connection breaks. Also, while you can connect your Android Smartphone wirelessly to a Windows computer, you still need to attach a USB cable if you want to use the Android app with macOS.
The app is competitively priced at $9.99 and offers a lot of features and supports a wide range of devices. You can get the app for both Android and iOS devices.
Use your Android Tablet as Monitor
These were some of the most efficient ways to create an extended display from your Android smartphones and tablets. Let me know how’s your experience with these apps and which one you ended up using for your devices.