3 reasons to enable ADB on Android


Summary

  • ADB allows you to wirelessly screen mirror your phone to your computer with scrcpy.
  • You can use better-adb-sync for file syncing with progress tracking between an Android smartphone and a computer.
  • It allows you to easily take a screenshot on your phone and transfer it wirelessly to a computer.

So, you’ve heard people talking about ADB and that you should enable it on your Android phone. Why though? Here are three reasons to enable ADB on your smartphone right now.

ADB lets you wirelessly mirror your phone screen to a computer

In the latest macOS and iOS updates, you can mirror your iPhone’s screen to your Mac computer. This can be quite useful in some scenarios. But what about Android? Sadly, there’s no native way to mirror your Android device’s screen to a Windows PC (or any computer, for that matter).

However, that’s where scrcpy comes in. The odd name stands for “screen copy” with the letters used in the application’s name in bold. Regardless of the odd naming convention, I was able to use scrcpy with ADB over my home network on my OnePlus 13R, and it was fantastic.

There was very little lag when using scrcpy, and the mirrored display works just as it would if you were physically touching it. I was able to use gestures just like I did on the OnePlus 13R, and everything functioned exactly how I expected.

Scrcpy wirelessly displaying an Android screen on a Windows PC through ADB. Credit: Patrick Campanale / How-To Geek

Once installed on macOS, Windows, or Linux, you’re able to run the command scrcpy in the terminal and remotely connect to your phone and show (and interact) with its screen on your computer.

I had two devices connected to my PC, one over USB and one over Wi-Fi. So, I ran the command scrcpy -e to force the connection over Wi-Fi, and it was flawless. Running scrcpy -d would force the connection over USB (though I see no reason to do this unless you don’t have a solid Wi-Fi network).

Either way, if you want to keep your phone screen pulled up on your PC, then use scrcpy. Just know that your phone will have to remain unlocked with the screen on for the program to work, and you’ll need to enter any passcodes on your phone’s screen (not your PC’s).

You can sync files between your PC and phone

While ADB has the adb push and adb pull commands natively, better-adb-sync is a program that I vastly prefer to use instead of the built-in offerings. It’s more of a rsync-type program that can be used to synchronize files between your computer and phone.

The Android Robot on a blueish background with binary.


How to Install and Use ADB, the Android Debug Bridge Utility

Looking to control your Android device from your computer?

While the core functionality is very similar to adb push and adb pull, one feature makes it stand out from the built-in commands: the –show-progress flag. This will show you the transfer progress of the files between your phone and computer. The command for better-adb-sync, once installed, is just adbsync. So, you would run a command like adbsync –show-progress pull /sdcard/video.mp4 . to move a video file from your phone’s storage to your computer while showing the progress.

Screenshot 2025-03-10 203417 Credit: Patrick Campanale / How-To Geek

Knowing the status of a transfer is something I find crucial personally. I hate just sending a command and waiting with a blank response until it either fails or succeeds. Is it still working? Is the transfer still going? Did it stall? Is it going slow? Is that why it’s taking so long? These are all questions I often have when doing file transfers in the terminal.

Being able to use the –show-progress flag with better-adb-sync is vital for me, and I think you’ll find it great to use, too.

Take a screenshot and move it to your PC wirelessly

If you’ve ever wanted to easily screenshot your phone and get the image to your computer in one fell swoop, then ADB is your ticket.

Screenshot 2025-03-10 203204 Credit: Patrick Campanale / How-To Geek

Simply issue the command adb shell screencap /sdcard/screen.png, and your phone will screenshot the display. Then, use a command like adbsync pull /sdcard/screen.png . and it’ll pull the file to your computer. All of this can be done over Wi-Fi without cables if you’re wirelessly connected to the phone, too.

This can be useful when you’re trying to send someone something from the computer but need the information from your phone. Or, it could simply be used if you have a lot of phones around and can’t remember which button shortcut it is to take a screenshot.

There are a number of reasons to use this command, and I can see every one of them being valid. Plus, it pairs great with better-adb-sync to easily pull the file over to your computer after taking the screenshot, too.


Don’t fear the ADB!

Want to learn more ADB commands to use on your Android smartphone? Here are nine of the best ADB commands that every Android user should know.



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Recent Reviews


As I’m writing this, NVIDIA is the largest company in the world, with a market cap exceeding $4 trillion. Team Green is now the leader among the Magnificent Seven of the tech world, having surpassed them all in just a few short years.

The company has managed to reach these incredible heights with smart planning and by making the right moves for decades, the latest being the decision to sell shovels during the AI gold rush. Considering the current hardware landscape, there’s simply no reason for NVIDIA to rush a new gaming GPU generation for at least a few years. Here’s why.

Scarcity has become the new normal

Not even Nvidia is powerful enough to overcome market constraints

Global memory shortages have been a reality since late 2025, and they aren’t just affecting RAM and storage manufacturers. Rather, this impacts every company making any product that contains memory or storage—including graphics cards.

Since NVIDIA sells GPU and memory bundles to its partners, which they then solder onto PCBs and add cooling to create full-blown graphics cards, this means that NVIDIA doesn’t just have to battle other tech giants to secure a chunk of TSMC’s limited production capacity to produce its GPU chips. It also has to procure massive amounts of GPU memory, which has never been harder or more expensive to obtain.

While a company as large as NVIDIA certainly has long-term contracts that guarantee stable memory prices, those contracts aren’t going to last forever. The company has likely had to sign new ones, considering the GPU price surge that began at the beginning of 2026, with gaming graphics cards still being overpriced.

With GPU memory costing more than ever, NVIDIA has little reason to rush a new gaming GPU generation, because its gaming earnings are just a drop in the bucket compared to its total earnings.

NVIDIA is an AI company now

Gaming GPUs are taking a back seat

A graph showing NVIDIA revenue breakdown in the last few years. Credit: appeconomyinsights.com

NVIDIA’s gaming division had been its golden goose for decades, but come 2022, the company’s data center and AI division’s revenue started to balloon dramatically. By the beginning of fiscal year 2023, data center and AI revenue had surpassed that of the gaming division.

In fiscal year 2026 (which began on July 1, 2025, and ends on June 30, 2026), NVIDIA’s gaming revenue has contributed less than 8% of the company’s total earnings so far. On the other hand, the data center division has made almost 90% of NVIDIA’s total revenue in fiscal year 2026. What I’m trying to say is that NVIDIA is no longer a gaming company—it’s all about AI now.

Considering that we’re in the middle of the biggest memory shortage in history, and that its AI GPUs rake in almost ten times the revenue of gaming GPUs, there’s little reason for NVIDIA to funnel exorbitantly priced memory toward gaming GPUs. It’s much more profitable to put every memory chip they can get their hands on into AI GPU racks and continue receiving mountains of cash by selling them to AI behemoths.

The RTX 50 Super GPUs might never get released

A sign of times to come

NVIDIA’s RTX 50 Super series was supposed to increase memory capacity of its most popular gaming GPUs. The 16GB RTX 5080 was to be superseded by a 24GB RTX 5080 Super; the same fate would await the 16GB RTX 5070 Ti, while the 18GB RTX 5070 Super was to replace its 12GB non-Super sibling. But according to recent reports, NVIDIA has put it on ice.

The RTX 50 Super launch had been slated for this year’s CES in January, but after missing the show, it now looks like NVIDIA has delayed the lineup indefinitely. According to a recent report, NVIDIA doesn’t plan to launch a single new gaming GPU in 2026. Worse still, the RTX 60 series, which had been expected to debut sometime in 2027, has also been delayed.

A report by The Information (via Tom’s Hardware) states that NVIDIA had finalized the design and specs of its RTX 50 Super refresh, but the RAM-pocalypse threw a wrench into the works, forcing the company to “deprioritize RTX 50 Super production.” In other words, it’s exactly what I said a few paragraphs ago: selling enterprise GPU racks to AI companies is far more lucrative than selling comparatively cheaper GPUs to gamers, especially now that memory prices have been skyrocketing.

Before putting the RTX 50 series on ice, NVIDIA had already slashed its gaming GPU supply by about a fifth and started prioritizing models with less VRAM, like the 8GB versions of the RTX 5060 and RTX 5060 Ti, so this news isn’t that surprising.

So when can we expect RTX 60 GPUs?

Late 2028-ish?

A GPU with a pile of money around it. Credit: Lucas Gouveia / How-To Geek

The good news is that the RTX 60 series is definitely in the pipeline, and we will see it sooner or later. The bad news is that its release date is up in the air, and it’s best not to even think about pricing. The word on the street around CES 2026 was that NVIDIA would release the RTX 60 series in mid-2027, give or take a few months. But as of this writing, it’s increasingly likely we won’t see RTX 60 GPUs until 2028.

If you’ve been following the discussion around memory shortages, this won’t be surprising. In late 2025, the prognosis was that we wouldn’t see the end of the RAM-pocalypse until 2027, maybe 2028. But a recent statement by SK Hynix chairman (the company is one of the world’s three largest memory manufacturers) warns that the global memory shortage may last well into 2030.

If that turns out to be true, and if the global AI data center boom doesn’t slow down in the next few years, I wouldn’t be surprised if NVIDIA delays the RTX 60 GPUs as long as possible. There’s a good chance we won’t see them until the second half of 2028, and I wouldn’t be surprised if they miss that window as well if memory supply doesn’t recover by then. Data center GPUs are simply too profitable for NVIDIA to reserve a meaningful portion of memory for gaming graphics cards as long as shortages persist.


At least current-gen gaming GPUs are still a great option for any PC gamer

If there is a silver lining here, it is that current-gen gaming GPUs (NVIDIA RTX 50 and AMD Radeon RX 90) are still more than powerful enough for any current AAA title. Considering that Sony is reportedly delaying the PlayStation 6 and that global PC shipments are projected to see a sharp, double-digit decline in 2026, game developers have little incentive to push requirements beyond what current hardware can handle.

DLSS 5, on the other hand, may be the future of gaming, but no one likes it, and it will take a few years (and likely the arrival of the RTX 60 lineup) for it to mature and become usable on anything that’s not a heckin’ RTX 5090.

If you’re open to buying used GPUs, even last-gen gaming graphics cards offer tons of performance and are able to rein in any AAA game you throw at them. While we likely won’t get a new gaming GPU from NVIDIA for at least a few years, at least the ones we’ve got are great today and will continue to chew through any game for the foreseeable future.



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