AutoHz lets you control app refresh rate on Oneplus 8 Series.
OnePlus offers a 120Hz high refresh rate display and also allows the same to be set at maximum QHD+ resolution. However, the maximum 120Hz setting is not set across all the apps uniformly.
XDA Recognized Developer arter97‘s has developed an app AutoHz which lets you set refresh rates for every app on your phone.
In OnePlus stock settings, the device run at a constant 60Hz refresh rate, and 90Hz/120Hz acts as an auto option which switches the refresh rate back to 60Hz in certain conditions.One can enable the 90Hz/120Hz through the ADB command but that would increase the power consumption on your device.
AutoHz app provides a 90Hz refresh rate on the OnePlus 8 and a 120Hz refresh rate on the OnePlus 8 Pro. The app lets you control how and when your OnePlus device switches to 60Hz or 90/120Hz. The app is specifically made for OnePlus devices with high-refresh-rate displays and runs on Oxygen OS.
AutoHz is a paid application and also requires a one-time setup with ADB. There is a list of installed apps and a toggle beside each app. The 60Hz,90Hz, and 120Hz settings set the display refresh rate within that app and the Auto setting keeps the system’s default behavior for that particular app.
There is no 90Hz midway setting for Oneplus 8 Pro, you can either choose 60Hz or 120Hz.AutoHz app is available on the Google play store.AutoHz only works on OnePlus 7 Pro, 7T, 7T Pro, 8, and 8 Pro running OxygenOS.
How to Enable AutoHz
1. Enable developer mode
Go to Android Settings app > About phone and tap Build number multiple times until the developer mode is enabled.
2. Enable USB debugging
Go to Android Settings app > System > Developer options, scroll down a page and enable USB debugging option.
Run sudo -s and type your user password. The terminal won’t display how much characters you type, it’ll remain blank.
Run export PATH=.:$PATH
Without this, you will get adb: command not found errors.
6. Locate ADB
From the terminal window, type “cd “. Notice the empty whitespace after the “cd”.
Locate the extracted platform-tools folder from Windows Explorer or Finder(macOS) and drag it over to the terminal window. It’ll auto-fill the path.Press enter
7. Allow your computer to be used for USB debugging
Enter the following to the CMD window, followed by an enter:
adb shell echo success
You can copy the commands and paste it by right-clicking on the CMD window.
The command will show an error, this is normal. Your phone will prompt Allow USB debugging for you.
Touch OK.
Try adb shell echo success again. It must print success.
8. Grant write secure settings permission
Enter the following to the CMD window, followed by an enter:
adb shell pm grant com.arter97.auto90 android.permission.WRITE_SECURE_SETTINGS
Note that it’s com.arter97.auto90 and not com.arter97.autohz.
This is because AutoHz was previously named Auto90.
If the command executed properly, it’ll return silently.
9. Disable USB debugging
If you don’t need USB debugging, it’s a good practice to disable it to avoid potential unwanted access.
Go to Android Settings app > System > Developer options, scroll down a page and disableUSB debugging option.
Run adb kill-server from the terminal window.
10. Done!
That’s it!
You don’t have to repeat this process unless you completely uninstall the app and reinstalls it.
Ashok Mor (also known as TechiBee) owns a YouTube channel named TechiBee. He has been providing various tips, tricks and latest tech videos in the world of smartphones.
Samsung Galaxy S26+ is shaping up to be one of the most unexpected releases in Samsung’s 2026 flagship lineup.
Samsung Galaxy S26+ is shaping up to be the most compromised model in Samsung’s upcoming flagship lineup, according to fresh reports from South Korea. New details suggest that the device will miss out on a major display upgrade due to last-minute internal decisions during development.
As per industry insiders cited by The Elec, Samsung Electronics initially planned a different lineup strategy. The company was working on a Galaxy S26 Edge model, which was later scrapped late in the development cycle. To fill the gap, Samsung brought back the Galaxy S26+—but the timing appears to have caused several compromises.
Samsung Galaxy S26+ Production and Display Decisions Explained
Originally, Samsung intended to reuse the newly developed display panel from the cancelled S26 Edge for the S26+. However, this plan was reportedly dropped at the last moment. With no time left to engineer or source an alternative panel, the Galaxy S26+ is now expected to ship with a display that is almost identical to the one used on the Galaxy S25+. The only notable change may be the use of a newer protective glass layer, rather than a fundamentally improved panel.
For many users, the lack of a Samsung Galaxy S26+ display upgrade could make the Plus model less appealing compared to other variants.
Interestingly, the base Galaxy S26 is not facing the same issue. Reports indicate that it will feature a new 6.27-inch display, slightly larger than the 6.16-inch panel on the Galaxy S25. This suggests that Samsung prioritized upgrades for the entry-level model while the Plus variant took a back seat.
The situation is very different for the Galaxy S26 Ultra. The Ultra model reportedly entered mass production as early as last month. Samsung appears to have prioritized component sourcing and manufacturing capacity for its top-tier flagship, which aligns with early production targets.
Current estimates suggest initial production of around 3.6 million Galaxy S26 Ultra units, compared to 700,000 standard Galaxy S26 models and just 600,000 Galaxy S26+ units. These figures are expected to be revised in February, with Samsung likely increasing output for the vanilla plus models while reducing Ultra volumes.
Overall, the Samsung Galaxy S26+ appears to be a strategic compromise rather than a fully refreshed flagship.
The Galaxy S26 series is rumored to launch on February 25, slightly later than last year’s timeline, though official confirmation is still pending.
iPhone Fold A20 Pro Chip Set to Debut With iPhone 18 Pro Lineup
iPhone Fold A20 Pro chip is set to become Apple’s biggest hardware leap in years, as the company prepares to debut its first foldable iPhone alongside the iPhone 18 Pro and iPhone 18 Pro Max later this September. According to noted analyst Jeff Pu, all three premium models will be powered by Apple’s next-generation A20 Pro processor, marking a major shift in performance, efficiency, and internal design.
iPhone Fold A20 Pro Chip Brings Major Performance and Efficiency Gains
The A20 Pro chip will be manufactured using TSMC’s advanced 2nm N2 process, a significant upgrade over the A19 series. This new process is expected to deliver up to 15 percent faster performance while improving power efficiency by as much as 30 percent. For users, this translates into smoother multitasking, faster AI processing, and longer battery life across demanding workflows.
The iPhone Fold A20 Pro chip is expected to redefine Apple’s flagship performance by combining cutting-edge fabrication with a redesigned internal memory architecture.
A key highlight of the A20 Pro is its use of TSMC’s Wafer-Level Multi-Chip Module (WMCM) packaging. Unlike previous designs where RAM sat adjacent to the processor, WMCM integrates memory directly onto the same wafer as the CPU, GPU, and Neural Engine. This change not only boosts data transfer speeds but also reduces the physical footprint of the chip, freeing up valuable internal space for larger batteries or enhanced cooling systems. Apple Intelligence features are also expected to benefit from this tighter integration.
How the iPhone Fold A20 Pro Chip Improves Battery Life and AI Performance
The N2 process introduces super-high-performance metal-insulator-metal capacitors into the power delivery system. These capacitors reportedly double capacitance density and reduce electrical resistance by nearly 50 percent, improving power stability and sustained performance during heavy usage.
Thanks to the iPhone Fold A20 Pro chip, users can expect faster Apple Intelligence processing, improved multitasking, and noticeably better power efficiency.
Beyond the chip, Jeff Pu suggests that the iPhone Fold and iPhone 18 Pro models will share several high-end specifications. These include 12GB of LPDDR5 RAM, advanced 48-megapixel rear camera systems, and Apple’s next-generation C2 modem for improved connectivity.
With the iPhone Fold A20 Pro chip at its core, Apple’s upcoming foldable and Pro models signal a major shift in premium smartphone engineering.
Apple’s first foldable iPhone is rumored to feature a book-style design with a 7.8-inch inner display and a 5.5-inch outer screen. The device is said to offer a near crease-free folding experience, Touch ID authentication, and front-facing cameras in both folded and unfolded modes. At just 4.5mm thick when open, the iPhone Fold could become one of the thinnest foldables on the market.
With the A20 Pro chip at its core, Apple’s 2026 flagship lineup appears ready to redefine premium smartphones.
iOS 26.3 update is shaping up to be one of the most important software releases for iPhone users in recent years, with Apple preparing meaningful upgrades that could impact hundreds of millions of devices worldwide. Currently available as a developer and public beta, the update highlights Apple’s growing focus on secure messaging, better cross-platform communication, and smarter system features.
One of the biggest additions in iOS 26.3 is groundwork for end-to-end encryption (E2EE) in RCS messaging. According to reports from MacRumors, Apple is enabling support for RCS Universal Profile 3.0, a key requirement for encrypted messaging between iPhone and Android users.
“The iOS 26.3 update focuses heavily on improving messaging privacy and cross-platform compatibility.”
Until now, iMessage conversations between iPhones have been encrypted, but chats with Android devices lacked the same level of privacy. With iOS 26.3, messages and attachments exchanged via RCS could gain the same protection, preventing third parties from reading them. However, carriers will ultimately decide when this feature is activated, which means rollout timelines may vary.
iMessage-Style Features Coming to RCS
Beyond encryption, iOS 26.3 introduces several long-awaited messaging features for RCS chats. Users will be able to send in-line replies, edit sent messages, unsend messages, and finally use Tapback reactions like thumbs up or hearts without workarounds. These changes aim to make conversations between iPhone and Android feel far more seamless.
“With the iOS 26.3 update, Apple is addressing long-standing differences between iPhone and Android messaging.”
Apple has previously confirmed its commitment to improving RCS, and the latest beta suggests the wait may soon be over. The update is expected to support devices ranging from iPhone 11 to the upcoming iPhone 17.
More Updates Beyond Messaging
The iOS 26.3 public beta, released earlier this week, also refines the process of transferring data from iPhone to Android. Additionally, users will notice an updated wallpaper gallery and new region-specific features, particularly for EU users.
“Overall, the iOS 26.3 update positions Apple’s Messages app as a more secure and modern communication platform.”
There are also references to Gemini, following the collaboration announcement between Apple and Google, hinting at deeper AI integration in future iPhone experiences.
What to Expect Next
While iOS 26.3 looks promising, it remains a beta. Some features may still change or be delayed before the final release. With carrier involvement required for encrypted RCS, the exact timeline remains uncertain, but the direction is clear: Apple is pushing iPhone messaging toward a more secure and unified future.
