iQOO Z10X and Z10 Set for Launch with Design and Key Specs Unveiled

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iQOO has officially confirmed that the iQOO Z10X will debut in India on April 11, launching alongside its sibling model, the iQOO Z10. The Z10X is positioned as the successor to the iQOO Z9X 5G and brings several upgrades, including a more powerful processor and a larger battery. Ahead of the launch, the company has teased the device’s design and revealed some of its core specifications, signaling its readiness to compete in the budget performance segment.

A dedicated Amazon microsite has gone live, showcasing the iQOO Z10X in a sleek blue color. The phone features a modern rectangular rear camera module on the top left, housing a dual-camera setup, a ring light, and an LED flash. The teaser also highlights key design elements such as the placement of the speaker grille, USB Type-C port, SIM tray, and microphone at the bottom edge of the device. The microsite further confirms that the handset will be powered by the MediaTek Dimensity 7300 chipset, built on a 4nm process and touted to deliver class-leading performance with an AnTuTu benchmark score exceeding 728,000.

In terms of pricing and configuration, iQOO hints at a very competitive offer. The Z10X is expected to be priced under ₹15,000 in India, according to a disclaimer on the Amazon listing. One confirmed variant will come with 8GB of RAM and 256GB of internal storage, and the company is likely to introduce additional configurations at launch. With these specs, iQOO appears to be targeting users who seek high performance without breaking the bank.

One of the standout features of the iQOO Z10X is its massive 6,500mAh battery, which should deliver extended usage times even under heavy workloads. While other specifics like display size, camera resolution, and software enhancements are yet to be confirmed, more details are expected to surface in the coming days. With its powerful hardware and aggressive pricing, the iQOO Z10X could emerge as a strong contender in the mid-range smartphone market.

Pixel 9a to Feature Battery Health Tool Aimed at Enhancing Longevity and Performance

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Google is introducing a new feature with the upcoming Pixel 9a that aims to tackle one of the most common smartphone issues: battery degradation over time. The company has confirmed that the device will come equipped with a built-in Battery Health Assistance system, designed to optimize battery longevity and sustain consistent performance. This feature will automatically regulate charging behavior to reduce wear on the lithium-ion battery, helping it stay healthier for longer as the device ages.

According to a support update spotted by 9to5Google, Google’s official Pixel 9a page now includes details about this system-level enhancement. The documentation explains that lithium-ion batteries naturally lose capacity over time—a process that causes phones to discharge faster and perform less reliably. In response, Google’s new software solution is set to intelligently manage how the battery is charged, slowing the process in strategic ways to ease strain on the hardware.

The Battery Health Assistance feature operates by adjusting the battery’s maximum voltage across various stages, beginning at around 200 charge cycles and continuing incrementally until the battery hits 1000 cycles. During this time, users might notice slight changes in their phone’s battery life or charging speed, both of which are intentional outcomes of the system working to preserve overall battery health. Google notes that while this may result in marginally shorter runtimes in the long term, it contributes to a more stable and predictable battery experience.

One key detail worth highlighting is that these battery optimization settings are built into the phone’s software and cannot be altered manually. In other words, the Pixel 9a will quietly handle this process in the background without requiring user intervention. By prioritizing sustainable battery performance, Google is making a subtle but meaningful shift in how Pixel phones manage power — a move that could appeal to users who plan to hold onto their devices for several years.

iOS 19 May Drop Support for iPhone XR and Other A12 Bionic Devices

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As anticipation builds for Apple’s Worldwide Developers Conference (WWDC) 2025, set for June, details about the upcoming iOS 19 update are beginning to emerge. Apple is expected to unveil its latest version of the iPhone operating system during the keynote, offering a glimpse at new features, performance improvements, and UI refinements. However, alongside the excitement, a new report suggests that not all current iPhones will make the cut when it comes to compatibility with the new OS.

According to a report by 9to5Mac, which cites a private but credible source on X (formerly Twitter), iOS 19 may not support several iPhone models that are powered by the A12 Bionic chip. This includes the iPhone XR, iPhone XS, and iPhone XS Max — all of which debuted in 2018. If true, this marks a significant shift as Apple appears to be phasing out software updates for devices using the A12 chipset, signaling a growing focus on newer hardware.

Should the report prove accurate, the iPhone 11 series and later — including the second-generation iPhone SE (2020) — would become the baseline for iOS 19 eligibility. That said, even among supported devices, not all features will be universally available. Apple has increasingly tailored some of its latest functionalities, especially AI-driven ones, to newer iPhones. For instance, the Apple Intelligence suite introduced last year remains limited to devices with the A17 Pro chip and newer, such as the iPhone 15 Pro and iPhone 16 series.

It’s not just iPhones facing the chop either — iPads may also see a narrowing of support. The same source reports that the seventh-generation iPad, released in 2019 and running on the A10 Fusion chip, will likely not receive the upcoming iPadOS 19 update. As Apple continues to push forward with more demanding software features, dropping support for older hardware appears to be part of a broader strategy to streamline performance and deliver a more unified user experience across its ecosystem.