Caviar has launched its latest luxury smartphone line, the Victory Collection, based on the iPhone 17 Pro and 17 Pro Max. The new collection features five distinct models: Magma, Onyx, Polar, Adamant, and Ultramarine, each designed to represent different traits of leadership and power. Caviar is producing only 19 units of each design, emphasizing the collection’s exclusivity.
Design Details
The Victory line uses aerospace-grade titanium or reinforced steel for its frame. Caviar has added premium materials such as crocodile leather, calfskin, and Hermès Epsom leather to elevate the finish. The company uses advanced PVD coatings to enhance durability and visual depth.
Victory Magma uses deep black titanium with bright orange accents and crocodile leather inlays. The design draws inspiration from volcanic energy and targets charismatic, bold personalities. Victory Onyx combines polished titanium with black calfskin, focusing on clean lines and minimalism. Caviar says this model suits pragmatic users who value precision and strategic control.
Victory Polar features white crocodile leather and titanium with guilloché detailing. The design emphasizes balance, clarity, and refined aesthetics. Victory Adamant uses brown PVD-coated steel paired with Hermès leather. It reflects a strong and resilient persona, according to the company. Victory Ultramarine uses vivid blue leather framed in polished titanium, highlighting ambition and dignity.
Each phone ships in an interactive presentation box. Caviar includes a collectible coin and a 24-carat gold-plated key with every order.
Pricing
Caviar has priced the Victory Collection starting at $10,060. The Victory Ultramarine model is the most affordable at $10,060, followed by Victory Onyx and Victory Polar, both listed at $10,200.
The Victory Adamant is priced at $10,490, while the Victory Magma sits at the top of the range at $10,630. All five limited-edition models are now available for order through Caviar’s official website.
TCL has entered the US gaming monitor market for the first time. The company announced its new QD-Mini LED gaming monitors during the Call of Duty: NEXT showcase. This move expands TCL’s ongoing partnership with Activision, where it now serves as the official TV, soundbar, and gaming monitor partner for Call of Duty: Black Ops 7.
TCL debuted three new gaming monitor series: G64, R84, and R94. All models use QD-Mini LED display technology that combines high brightness and precise local dimming. TCL said the technology delivers better black levels, strong contrast, and vivid color at a lower cost than OLED.
The G64 series includes 27-inch and 32-inch QHD models. Both monitors support 180Hz refresh rate, 1ms (GTG) response time, and FreeSync/G-Sync compatibility. TCL equipped them with 600-nit peak brightness and TÜV-certified low blue light features. These displays include features such as crosshair overlays, real-time frame rate tracking, and adjustable stands.
The R84 series targets players who want more premium specs. It includes a 32-inch 4K 165Hz flat model and a 34-inch curved WQHD 180Hz option. These monitors increase brightness to HDR1400, add LD1100 local dimming zones, and feature USB-C with power delivery and dual 6-watt speakers. TCL also designed the R84 models with a two-tone finish and five-zone ambient LED lighting.
The R94 series sits at the top of the lineup. It upgrades to LD2300 dimming, includes built-in KVM switch support for multi-device setups, and adds a retractable headphone hanger. The 27-inch R94 model uses a QHD panel with advanced game-specific features.
The G64 Series is now available in a 32-inch QHD variant, priced at $649 MSRP. However, the monitor is currently available at Walmart for a lower price of $449.99. TCL said the 27-inch version of the G64, along with the upcoming R84 and R94 Series monitors, will launch soon.
Motorola isn’t a reputable brand when it comes to software updates, but it was able to release the Android 16 update well ahead of many major brands, including Vivo, Oppo, and Xiaomi. The stable rollout began last month with the Motorola Edge 60 Pro and Edge 50 Fusion, and now the update is available for more smartphones.
The Edge 60 Fusion and Moto G (2025) are the company’s latest phones to receive the Android 16 update. The update for the Edge 60 Fusion is rolling out in India with the firmware version W1VC36H.14-10-1 and has a download size of about 1.5GB. The update might also be available in other regions.
As for the budget-friendly Moto G (2025), the Android 16 update is currently limited to T-Mobile carrier-locked phones. It carries the firmware version W1VK36H.9-12 and weighs 1.44GB in download size. Motorola will hopefully not take too long to bring it to other carriers and markets.
If you have either of the two Motorola phones, go to Settings > System > Advanced > System updates and tap Check for updates to see if the update is available.
The update changelog remains the same for both phones. According to that, the update includes a more expressive design, better protection against malicious apps, more transparent background activities, and better compatibility with LE Audio devices.
Additionally, the Android 16 update for Motorola phones introduces custom modes within the Settings app, allowing users to create modes tailored to various situations. Additionally, the Do Not Disturb, Bedtime, and Driving modes have been moved to Settings > Modes.
After upgrading to Android 16, you can connect to a Wi-Fi or hotspot with a single tap, without needing to enter the password. The only condition is that both devices must use the same Google account. The update also includes security enhancements, app compatibility improvements, smoother performance, and resolves known issues.
Motorola has also improved integration with low-energy audio hearing aids. During a call, users can choose to use your hearing aid’s built-in microphone or your phone’s microphone. They can also adjust the volume of ambient sound captured by the hearing aid’s microphones. According to Motorola, this should result in enhanced call clarity, especially in noisy environments or when the hearing aid’s battery is running low.
In short, the Android 16 update for Motorola devices doesn’t include many visual upgrades, groundbreaking features, or extensive customizations. It only includes several quality-of-life improvements that improve the software experience and integration with low-energy audio hearing aids.
If the update isn’t available on your Motorola phone, visit our Android 16 section regularly to know when it’s time for you to hit the update button. You can also join our Telegram channel for instant updates about the latest happenings in tech.
Honor is expected to announce the Honor Magic 8 and Magic 8 Pro later this month in China. Reports have revealed that the lineup also includes two other models, such as the Magic 8 Mini and Magic 8 Ultra. Speculations are rife that these devices will debut in the first half of 2026. In a new leak, tipster Digital Chat Station has seemingly shared details about the Magic 8 Ultra’s primary camera.
Honor Magic 8 Ultra to feature 50MP OV50R main camera
The tipster further said that this 50-megapixel sensor features a large 1/1.3-inch size with 1.2μm pixel units and 100 percent QPD (Quad Phase Detection) for faster and more accurate autofocus. It supports the latest LOFIC technology, offering a dynamic range of up to 110dB, along with 4K triple-channel HDR and 10/12/14-bit RGB RAW output. Additionally, it includes DAG HDR support and boasts 20 percent lower power consumption compared to the OV50K sensor.
Other reports surrounding the Magic 8 Ultra have revealed that its camera setup will also include an ultra-wide lens and a 200-megapixel Samsung HP9 periscope telephoto camera with 4.3x to 7x optical zoom.
While there is no information available about the Honor Magic 8 Ultra’s other specs, it is likely to feature the same Snapdragon 8 Elite Gen 5, which powers the Magic 8 and Magic 8 Pro. While the Magic 8 and 8 Pro are expected to release globally, it is unclear whether the Ultra edition will be made available in markets outside of China.
For more daily updates, please visit our News Section.
Google could be planning a major change to its in-house silicon strategy. According to new leaks, the company’s upcoming Pixel 11 series may finally move away from Samsung’s modem tech — a decision that could address two of the biggest complaints about the Pixel lineup: battery life and connectivity.
The leak, shared by tipster Mystic Leaks on Telegram, claims that Google’s next chip, the Tensor G6, will no longer rely on Samsung hardware. Instead, the company is reportedly testing MediaTek’s M90 modem, which was announced earlier this year. For those unfamiliar, the Tensor G5 still uses Samsung’s Exynos 5400 modem to handle cellular connectivity. MediaTek’s alternative promises peak download speeds of up to 12Gbps, along with improved power efficiency and built-in support for dual 5G SIMs and satellite connectivity.
If true, this marks the first time Google has used MediaTek components in its flagship phones. It would also represent a clean break from Samsung’s Exynos modems, which have been blamed for excessive heat and faster battery drain during 5G use. Even with the switch to TSMC’s 3nm process in the current Tensor G5, Google’s chips have yet to match Qualcomm’s Snapdragon series in performance. For reference, here’s a benchmark comparison between the Tensor G5 and Tensor G4.
By partnering with MediaTek, Google seems to be taking a more practical approach — improving efficiency without rebuilding the Tensor architecture from scratch. The Pixel 11, expected to debut in late 2026, could see better endurance and connectivity thanks to MediaTek’s new modem. Google increased the battery capacity from 4,700 mAh on the Pixel 9 to 4,970 mAh on the Pixel 10, and a similar boost with the Pixel 11 could extend the runtime even further.
Still, some users remain cautious. The Tensor G5’s TSMC move brought modest gains but not the leap many had hoped for. Whether or how much MediaTek’s M90 can change that story remains to be seen.
Honor is reportedly working on a couple of new phones for the Chinese market. While the company is gearing up to launch the Honor Magic 8 series by mid-October, it is also said to be prepping up the Honor GT 2 series and the Honor 500 lineup. A new leak, courtesy of tipster Smart Pikachu, has revealed the key details of what appears to be the Honor 500 Pro.
Honor 500 Pro display, chipset, camera details emerge
Honor 500 series leak
The leak suggests that the Honor 500 series will launch in China by the end of this year, likely in December. The lineup is expected to feature a 6.6-inch flat, widescreen display with large, rounded corners. In terms of photography, it will come equipped with an upgraded 200-megapixel main camera. The tipster also mentioned that the series will sport an iPhone-like design and texture, emphasising a premium and familiar feel.
To recall, the Honor 400 and 400 Pro, which debuted in China, featured a 6.55-inch OLED display and a 200-megapixel primary camera. These devices were powered by the Snapdragon 7 Gen 4 and Snapdragon 8 Gen 3 chipsets, respectively.
According to the new leak, the higher-end model in the upcoming series — likely the Honor 500 Pro — will be equipped with the Snapdragon 8 Elite chipset. The tipster did not specify the processor for the standard Honor 500. However, considering that the Snapdragon 7 Gen 4 is still a relatively new chip, Honor may choose to retain it for the base model.
At present, there is no clarity about the global versions of the Honor 500 series. Just as the brand skipped Honor 300 series’ global release, it is likely that the Honor 500 lineup may remain confined to the Chinese market.
For more daily updates, please visit our News Section.
Vivo is finally bringing OriginOS to the world, which has so far remained exclusive to China. Its global launch is set for October 15th, but there was no clarity on when the beta program would go live. The company has opened registration for the OriginOS 6 Preview Program, and now we also know when the beta update will start rolling out to those participants.
A Vivo India representative, in response to a user’s query regarding the beta rollout, stated that a Telegram group will be ready by October 13, which will include all shortlisted users. Furthermore, he revealed that the OriginOS 6 beta rollout will begin on October 15 and will continue until November 6.
Please note that this timeline is applicable to India, but it won’t differ much for other regions where the beta program will be released. Based on the latest information, we can expect the stable version of OriginOS 6 to begin in early November.
The brand should reveal more details about the OriginOS 6 beta rollout, along with the exact release date, at the upcoming event on October 15.
OriginOS 6, based on Android 16, is a pretty huge upgrade for Vivo users, especially those switching from FuntouchOS. It is designed to offer a more modern, customizable, and visually rich user experience compared to the more traditional approach of FuntouchOS.
The OriginOS 6 puts a strong emphasis on smoother animations and visual transitions, as teased in recent posters. It offers deep customization and supports dynamic widgets. The OriginOS also introduces advanced customizations for wallpapers, icons, and widgets. Plus, there are unique gesture controls and multitasking enhancements.
The FuntouchOS skin focuses on stability and maintaining a familiar design, while OriginOS prioritizes improved efficiency, smoother multitasking, and reduced resource consumption. It also offers more power management features and granular control over background app activity. The OriginOS 6 also features iOS-inspired lock screen customizations, dynamic animation effects, and a liquid glass design.
Remember to regularly visit our Vivo section for the latest news and updates. You can also join us on Telegram to stay up-to-date with the latest happenings in tech.
Motorola has expanded its Moto G35 5G lineup in India with a new 8GB RAM and 128GB storage variant. The device, originally launched in late 2024 with a 4GB/128GB configuration, will go on sale starting October 6, 2025, at 12 PM on Flipkart.
Moto G35
The new variant is priced at ₹11,999, reflecting a 22% discount from its original ₹15,499 listing price. With bank offers and promotions, buyers can get it for as low as ₹10,999. Flipkart is also offering 5% cashback for customers using Axis Bank debit and credit cards or SBI credit cards, along with an EMI plan starting at ₹422 per month.
Design and Display
The Moto G35 5G stands out in the budget category with its premium vegan leather back panel, a design element typically reserved for higher-end smartphones. The front features a 6.7-inch Full HD+ display with a 120Hz refresh rate and 240Hz touch sampling rate, offering smooth visuals and responsiveness. The screen is protected by Corning Gorilla Glass 3.
Performance and Software
Powering the phone is the UNISOC T760 chipset, now paired with 8GB of RAM and 128GB of storage, expandable through virtual RAM up to 12GB. It packs a 5,000mAh battery that supports 20W wired fast charging. Out of the box, it runs Android 14, with Motorola confirming an Android 15 update and two years of security patches.
Cameras and Other Features
On the rear, the Moto G35 5G houses a dual-camera setup with a 50MP main sensor and an 8MP ultra-wide lens. For selfies, it offers a 16MP front camera. Additional highlights include dual stereo speakers with Dolby Atmos, water touch technology, and an IP52 rating for water and dust resistance.
Huawei’s next clamshell foldable might not just be about fresh colors or storage options. According to a new leak, the upcoming Huawei Nova Flip S may feature a more capable processor under the hood.
Weibo tipster @SuperDimensional suggests that the Nova Flip S could run on either the Kirin 8020 or Kirin 8030 chipset. The Kirin 8020, which also powers the Nova 14 Ultra, features a CPU setup with one core clocked at 2.285GHz, three cores at 2.05GHz, and four smaller cores at 1.3GHz. However, the possibility of Nova Flip S using the Kirin 8030 appears equally strong as well.
For comparison, the standard Nova Flip launched with the Kirin 8000 processor, which offers slightly higher clock speeds of up to 2.40GHz on its main core. An upgrade to either the 8020 or 8030 could mean smoother performance, improved thermal control, and better 5G stability, even if Huawei keeps this as a mid-tier device.
Design-wise, the leak suggests that the Nova Flip S will look similar to its predecessor, though it may arrive in new color options and include subtle hardware upgrades.
It’s expected to be available in Sakura Pink, White, Sky Blue, Shining Black, Sand Black, and a Green shade. On the software side, the device is likely to ship with HarmonyOS 5.1 out of the box.
Huawei Nova Flip
Since the design is expected to remain the same as its predecessor, the Nova Flip S will likely feature a similar 2.14-inch square cover display positioned next to the camera module. The main screen might also stay the same at 6.94 inches.
That’s all we know about the phone for now, but more details should surface closer to its expected launch in the final months of 2025.
Vivo is preparing the next big update to its custom Android skin, OriginOS—and this time it won’t be limited to China. The company has already confirmed that OriginOS 6 will launch in its home market on October 10, followed by a global rollout on October 15. For international users, it’s the first chance to try a software experience that until now has only been available on vivo’s domestic devices. The company has also shared a first look at the interface and some features of the global version of OriginOS 6.
From the teasers released so far, the focus is on two areas: smoother performance and AI-powered shortcuts. The UI shows more fluid animations when opening and switching between apps. Vivo says this comes from deeper optimization, with the goal of making everyday actions like scrolling, launching apps, or multitasking feel faster and more consistent.
The other highlight is a redesigned interaction area around the front camera cutout. This pop-up expands or shrinks depending on what you’re doing. In one demo, dragging a photo toward the cutout brought up instant sharing suggestions. The design is clearly influenced by Apple’s Dynamic Island, but vivo is putting more emphasis on AI, with the system predicting when certain tools or options might be useful.
Alongside the headline features, the update is expected to include refreshed widgets, new privacy controls, and a range of smaller design tweaks.
Until now, OriginOS has been limited to China, with global models using Funtouch OS instead. That changes with OriginOS 6, which will replace Funtouch on international devices. Users of the vivo X200 Pro can already apply for the “OriginOS 6 Preview Program” through Settings → System Update → Settings (top right) → Trial version → Closed beta sign-up → View details, although slots are limited.
Ultrawide monitors keep getting bigger, and HP’s newest addition is about as wide as they come. The Series 5 Pro 49″ is the company’s largest screen to date, built for people who spend their day juggling spreadsheets, video calls, and games.
The display stretches across 49 inches with a 32:9 aspect ratio, basically the same as putting two 27-inch monitors side by side. Its 1,800R curve helps keep the edges from feeling too far away, while the VA panel runs at 5,120 x 1,440 resolution with a 165Hz refresh rate. That should be more than enough for smooth scrolling or gaming, though HP hasn’t said much about brightness or color coverage yet.
Where HP is trying to stand out is in the extras. The Series 5 Pro has a pop-up 5MP webcam that supports Windows Hello, so it can disappear when not in use and come back instantly for a video call. A USB-C port with 140W power delivery can charge a laptop while driving the display, and the monitor doubles as a hub with USB-A ports, Ethernet, and a pair of built-in 5W speakers.
It’s expected to cost around $1,300 when it arrives in November.
For people who want a single screen to replace a dual-monitor setup, the Series 5 Pro could be a neat option. It doesn’t push the bleeding edge like OLED, but between the webcam, power passthrough, and connectivity, HP is clearly aiming at hybrid workers who want less clutter on the desk and more room on the screen.
Huawei is reportedly testing an ultra-thin smartphone designed to compete with Apple’s iPhone Air. Slim phones are increasingly popular, and Huawei seems determined to capture this growing segment. Early leaks by a Chinese Blogger suggest the device will belong to the Mate 80 series and could be called the “Mate 80 Air.”
Powerful Specs in a Slim Body The upcoming phone is expected to feature Huawei’s new Kirin 9030 5G chipset, promising top-tier performance. Storage could reach a massive 2TB, offering space for apps, photos, and media without compromise. The device may rely entirely on eSIM, removing the need for a physical SIM slot. Huawei is also reportedly developing a dedicated eSIM management feature, which could launch by late 2025.
Slim Yet Durable Huawei aims to make the phone thinner than Apple’s iPhone Air, which measures 5.5mm. Despite the slim design, the company plans to use innovative silicon battery technology to ensure better battery life than many competitors.
Competing with Apple and Samsung The iPhone Air has proven popular in China, while Samsung’s Galaxy S25 Edge offers a 5.8mm slim design but falls short on battery and camera features. Huawei’s approach combines sleekness, high performance, and strong battery life, giving it an edge in the ultra-thin segment.
Launch and Expectations The device is currently in testing, with an expected launch in Q4 2025. For consumers, Huawei’s ultra-thin phone could provide a rare combination of elegance, performance, and large storage. Users can expect a lightweight, sleek design without compromising on battery life or speed, making it ideal for tech enthusiasts who want a premium smartphone experience in a slim form factor.
Redmi Pad 2 Pro and Apple iPad 11th Gen (2025) represent two very different approaches to the tablet market, one focused on affordability and multimedia features, the other on performance and ecosystem integration. This comparison is important because it highlights whether users should invest in a budget-friendly Android tablet with big-screen entertainment value or spend more for Apple’s refined productivity and long-term software support.
Redmi Pad 2 Pro comes with an aluminum frame and back, paired with optional matte glass for extra durability. It feels premium, though slightly bulkier compared to the iPad. The iPad 11th Gen offers a sleeker, lighter build, making it more portable and easier to handle for long sessions. Apple’s scratch-resistant glass with oleophobic coating provides decent protection, though the Redmi’s Mohs level 6 surface is more resistant. Both support stylus use, but the iPad has a more established accessory ecosystem.
Verdict: The iPad offers superior portability and ergonomics, while the Redmi is more durable.
2. Display
Redmi features a larger 12.1-inch IPS LCD with 1B colors, 120Hz refresh rate, Dolby Vision, and higher brightness levels, making it better for immersive media and smooth navigation. The iPad’s 11-inch Liquid Retina panel is sharp and color-accurate, but limited to 60Hz and lower brightness, which feels dated at this price. Stylus response is strong on both, though Apple’s Pencil ecosystem is more refined for professional work.
Verdict: Redmi wins for entertainment with its bigger, smoother screen, while iPad is better for creative precision.
3. Performance
Redmi Pad 2 Pro runs on the Snapdragon 7s Gen 4 with up to 8GB RAM, delivering decent multitasking and gaming at mid-range levels. The iPad 11th Gen’s A16 Bionic chip easily outperforms it, excelling in demanding creative workloads like video editing and 3D apps. While Redmi offers expandable storage, Apple relies on fixed internal options with up to 512GB, ensuring faster app loading and longevity. In real-world use, the iPad handles heavier apps with ease, while the Redmi is more suited for casual gaming and streaming.
Verdict: The iPad clearly leads in raw performance, while Redmi is better for value-focused users.
4. Software and Ecosystem
The Redmi ships with Android 15 and HyperOS 2, offering customization and flexibility, but updates may taper faster compared to Apple’s long-term iPadOS support. iPadOS 18 is optimized for tablets, with multitasking features like Stage Manager and better productivity apps. Ecosystem integration is stronger on the iPad, connecting seamlessly with iPhones, Macs, and accessories. Android offers more freedom and file management flexibility, though with fewer high-end tablet-optimized apps.
Verdict: iPadOS is the superior ecosystem for productivity and long-term updates, while Android offers more openness and affordability.
5. Battery and Charging
Redmi packs a massive 12,000mAh battery, easily lasting two days of mixed use and supporting reverse wired charging for accessories. It charges at 33W, which is decent but slower given the size. The iPad houses a smaller 28.93Wh cell, but iPadOS optimizations ensure strong endurance for its size, typically lasting a day of heavy use. Charging at 45W is faster, though reverse charging is absent.
Verdict: Redmi dominates in raw endurance and versatility, while iPad balances smaller size with efficient power use.
6. Camera and Audio
Redmi uses simple 8MP front and rear cameras suited for video calls, but lacks advanced features. The iPad 11th Gen brings 12MP cameras on both ends with ultrawide and 4K video, making it far better for content creation and professional calls. On audio, Redmi delivers a quad-speaker Dolby Atmos setup with Hi-Res audio and a 3.5mm jack, catering well to media consumers. The iPad has stereo speakers without a headphone jack, offering good quality but less versatility.
Verdict: iPad wins for camera performance, while Redmi leads in audio versatility.
7. Productivity and Accessories
Both tablets support stylus input, but Apple Pencil integration remains unmatched for precision, latency, and app support. The iPad also supports official keyboard covers with trackpad functionality, enhancing laptop-like productivity. Redmi offers stylus compatibility and external keyboard support, but lacks the same ecosystem polish. Redmi’s inclusion of a headphone jack and microSD slot makes it more practical for casual creators and students.
Verdict: iPad is superior for professional workflows, while Redmi caters better to budget-conscious productivity needs.
8. Connectivity
Redmi offers Wi-Fi 6, Bluetooth 5.4 with aptX Adaptive, and wired OTG support, but lacks GPS and cellular options. The iPad includes Wi-Fi 6, Bluetooth 5.3, and cellular eSIM support with GPS, making it more travel-friendly. Both lack NFC but handle wireless peripherals smoothly. The Redmi’s 3.5mm jack and microSD slot add flexibility for accessories, while the iPad focuses on ecosystem compatibility.
Verdict: iPad leads for mobility with cellular and GPS, while Redmi shines in peripheral support.
9. Pricing and Value
Redmi Pad 2 Pro starts around $300, offering a large 120Hz screen, a huge battery, and strong multimedia features at a competitive price. The iPad 11th Gen begins at $350, providing better performance, software longevity, and ecosystem advantages, but less storage flexibility at the entry-level. For long-term productivity and resale value, the iPad offers better returns. However, for media consumption and raw value, Redmi stands out.
Verdict: Redmi is more cost-effective for entertainment and casual users, while iPad is the smarter investment for professionals and students.
Disclaimer: Prices are approximate and may vary based on country, region, and applicable taxes.
10. Final Verdict
Redmi Pad 2 Pro excels in display, battery, and audio, making it ideal for entertainment-focused users, students, or those needing affordability with versatility. The iPad 11th Gen dominates in performance, cameras, and productivity, suiting professionals, creatives, and long-term Apple ecosystem users.
Choose Redmi for budget-friendly media and casual use, and iPad for premium productivity and future-proof performance.
Apple’s mixed-reality headset may not be standing still after all. A series of regulatory filings and industry reports this week suggest that a new version of the Vision Pro is in development, powered by Apple’s upcoming M5 processor.
The trail began on October 1, 2025, when FCC documents surfaced showing the M5 inside a refreshed 13-inch iPad Pro. A day later, the filings also referenced a new MacBook Pro and an updated Vision Pro, sparking debate about Apple’s headset strategy. Bloomberg’s Mark Gurman, who had earlier reported that Apple had canceled a lower-cost “Vision Air,” clarified that the filings relate to a different product: a direct follow-up to the Vision Pro.
The highlight of the refresh is Apple’s M5 chip. Gurman noted that the Vision Pro 2 “is identical to the current model other than the better chip,” meaning the design may remain largely the same, but the upgrade could still tackle several shortcomings of the first generation—most notably its two-hour battery life.
Compared with the M2, the new processor is expected to deliver a significant boost in performance and efficiency, enabling improved graphics, longer usage time, and support for more advanced AI features.
Unlike the canceled “Air,” which aimed for a sub-$2,000 price point, the refreshed Vision Pro seems focused on Apple’s existing base of professional and early-adopter users who are willing to pay for better performance.
A launch window hasn’t been confirmed, but with FCC approvals in place, a late-2025 or early-2026 debut looks likely. Apple has not commented publicly, but the signs point to Vision Pro remaining part of the company’s lineup—only with faster silicon and gradual refinements rather than a major redesign.
Xiaomi 15T Pro vs Vivo X200 Pro showdown highlights two flagship killers that push the limits of design, performance, and camera technology. With Xiaomi bringing its cutting-edge hardware upgrades and Vivo focusing on camera innovation and value, this comparison is important for buyers choosing between raw power and all-around versatility. Both devices redefine what premium smartphones can offer, but each excels in different areas.
Build and Feel: Xiaomi 15T Pro features Gorilla Glass 7i on the front with a glass fiber back and an aluminum frame, boasting higher device rigidity at 321 N/mm. It also carries IP68 water resistance, supporting submersion up to 3 meters, making it one of the toughest devices in its segment. The Vivo X200 Pro, meanwhile, brings Armor Glass protection, an aluminum alloy frame, and IP68/IP69 resistance, which makes it capable of withstanding both submersion and high-pressure water jets. In terms of durability, the Vivo offers stronger resistance, while Xiaomi puts more emphasis on structural rigidity.
Verdict: The Vivo X200 Pro edges ahead for ruggedness, but Xiaomi provides a sleeker yet tougher construction.
Display Quality: Xiaomi equips a 6.83-inch AMOLED panel with a 144Hz refresh rate, Dolby Vision, HDR10+, and a peak brightness of 3200 nits. Its higher PWM dimming at 3840Hz reduces eye strain. Vivo counters with a 6.78-inch LTPO AMOLED that supports 120Hz adaptive refresh, Dolby Vision, HDR10+, and a much higher 4500 nits peak brightness. While Xiaomi excels in refresh rate smoothness and flicker-free comfort, Vivo offers unmatched brightness that improves visibility outdoors.
Verdict: Xiaomi is better for gamers and prolonged use, while Vivo excels for multimedia and outdoor clarity.
Verdict: Both phones are premium, but the Vivo X200 Pro’s brightness and water resistance stand out, whereas the Xiaomi 15T Pro wins in refresh rate smoothness and frame rigidity.
Performance: Xiaomi 15T Pro runs on the upgraded Dimensity 9400+ with UFS 4.1 storage, while the Vivo X200 Pro houses the Dimensity 9400 with UFS 4.0. The difference is subtle but real; Xiaomi’s overclocked chipset provides a performance bump in sustained workloads, and faster storage helps in loading large apps or media. Vivo, however, offers higher RAM configurations up to 16GB, which benefits multitasking.
Verdict: Xiaomi edges ahead for raw performance efficiency, while Vivo holds an advantage for RAM-heavy users.
Battery and Charging: Xiaomi packs a 5500 mAh cell with 90W wired and 50W wireless charging. It fully charges in about 36 minutes wired and under an hour wirelessly. Vivo brings a larger 6000 mAh battery in most markets (5200 mAh in select regions), with 90W wired, 30W wireless, plus reverse wired and wireless charging. The extra versatility and higher capacity make Vivo more flexible, but Xiaomi delivers faster wireless speeds.
Verdict: Vivo is better for longevity and power sharing, while Xiaomi wins on wireless speed.
Verdict: Performance tilts towards Xiaomi for speed, but Vivo offers broader battery endurance and charging versatility, making it more practical for heavy daily use.
3. Camera
Main and Secondary Lenses: Xiaomi 15T Pro has a triple Leica-tuned setup: 50MP main with OIS, 50MP periscope telephoto with 5x zoom, and 12MP ultrawide. Its tuning emphasizes natural tones and ultra-HDR video capture. The Vivo X200 Pro, however, packs a 50MP main with a larger sensor, a 200MP periscope telephoto (3.7x optical zoom with macro mode), and a 50MP autofocus ultrawide. Vivo’s Zeiss optics and additional laser AF give it a significant advantage for detail, versatility, and professional-grade editing with LUT support.
Verdict: Vivo clearly dominates with higher-resolution sensors and Zeiss integration, while Xiaomi prioritizes balanced but less advanced optics.
Selfie Camera: Xiaomi offers a 32MP sensor with HDR and 4K video support, while Vivo matches the resolution but upgrades to an ultrawide lens with 4K at both 30/60fps. The ultrawide perspective makes Vivo more versatile for group selfies and vlogging.
Verdict: Vivo edges out Xiaomi in the selfie category with broader framing and higher frame rate options.
Verdict: Vivo X200 Pro is superior in both rear and front camera systems, delivering more versatility, higher resolution, and advanced features for creators, while Xiaomi is competent but not as ambitious.
4. Pricing
Xiaomi 15T Pro is priced around $900, while the Vivo X200 Pro comes in at roughly $750. This $150 difference is significant considering Vivo also offers a larger battery, brighter display, and superior camera system. Xiaomi justifies its higher cost with Gorilla Glass 7i durability, faster wireless charging, and a slightly more powerful chipset.
Verdict: Vivo provides better value for money, offering flagship-grade features at a lower price, while Xiaomi appeals to those who want a performance edge and faster charging.
Disclaimer: Prices are approximate and may vary based on country, region, and applicable taxes.
5. Conclusion
Xiaomi 15T Pro brings Circle to Search integration, higher refresh rate display, stronger frame rigidity, and blazing-fast wireless charging speeds. Meanwhile, the Vivo X200 Pro distinguishes itself with IP69 water resistance, Zeiss-tuned 200MP telephoto lens, reverse charging support, and unmatched peak display brightness. Each device caters to different priorities; Xiaomi targets performance-driven users, while Vivo appeals to multimedia enthusiasts and creators.
Verdict: Choose the Xiaomi 15T Pro if you want a stronger processor, smoother gaming display, and faster wireless charging. Opt for the Vivo X200 Pro if you value superior cameras, higher brightness, a bigger battery, and a better price-to-performance ratio.
Overall, the Vivo X200 Pro stands out as the more balanced and value-rich flagship, while Xiaomi remains a top pick for those chasing speed and durability.
For years, one of Android’s defining traits has been the freedom to sideload apps—installing them from outside the Play Store. That freedom isn’t disappearing, but Google is tightening the rules around how it works. A new developer policy adds mandatory verification for sideloaded apps in the name of security.
The change comes after pushback from open-source advocates, including F-Droid, who warned the rules could cripple alternative app stores. In a blog post, Google pushed back, saying sideloading is “absolutely not going away,” but admitted that the days of unverified APKs are ending.
Under the new system, every app distributed outside the Play Store will need a verified digital signature tied to a developer’s real identity. Google argues this brings Play Store-level accountability everywhere, pointing to data that shows malware in non-Play Store apps appears at 50 times the rate of its own marketplace. If a verified developer distributes something malicious, Google can revoke the certificate, instantly cutting off that app across devices.
For casual users, this means certified Android devices will no longer install unsigned APKs. Developers still have workarounds—local testing through Android Studio or ADB sideloading won’t be affected—but any app meant for public use will have to comply. That’s where concerns come in. F-Droid has suggested that as many as 30% of its 4,000+ apps could face problems if verification ends up being too rigid.
The bigger question is whether this undermines Android’s open identity. Supporters see a win for safety, while critics worry it edges closer to Apple’s walled garden.
Google says the policy strikes a balance between choice and protection. Whether developers and users agree will become clear once the rollout begins.
ASUS has officially launched its new ExpertCenter PN54-S1 Mini PC, and it’s powered by AMD’s latest Ryzen AI 200 processors. This model brings capable power in a space saving size for office environments, with CPUs capable of AI tasks and more. So let’s check it out.
ASUS ExpertCenter PN54-S1: Mini PC with AMD’s Next-Gen Ryzen AI Power
The Taiwanese PC maker’s new compact computer carries the ExpertCenter PN54-S1 model name and is equipped with AMD’s latest Ryzen AI 200 series processors. You can configure the mini PC with either the Ryzen 7 260, Ryzen 5 220, or Ryzen 5 210 CPUs. Unlike the higher end Ryzen AI 300 series, these are based on AMD’s older Zen 4 architecture with the RDNA 3 integrated graphics.
ASUS ExpertCenter PN54-S1 Mini PC
While these are weaker than dedicated GPUs, the tiny system can still output 4K video up to four monitors. So the ExpertCenter PN54-S1 is still great for setups with multiple monitors. The Ryzen AI 200 chips are coupled with up to 64GB of DDR5 RAM and 2TB of SSD storage. It also offers a healthy connectivity selection with up to Wifi 7, Bluetooth 5.4, two Ethernet ports, USB 4.0, USB 3.2 Gen Type-A, USB 3.2 Gen 2 Type-C, USB 2.0, HDMI 2.1, and DisplayPort 1.4.
ASUS’s new mini PC measures just 130mm x 130mm x 34mm in dimensions and weighs just around 550 grams. The ExpertCenter PN54-S1 arrives with either Windows 11 Pro or Windows 11 Home. These are basically tiny computers for professional settings, with a fingerprint sensor for added security. You also get a tool-free design, allowing for simple hardware upgrades. In related news, ASUS recently unveiled the ExpertBook P3, which is a Ryzen AI 300 Pro powered office notebook.
For more daily updates, please visit our News Section.
Xiaomi 15T Pro and Poco F6 Pro target very different audiences despite both coming from the same ecosystem. One is a premium flagship packed with cutting-edge features, while the other delivers near-flagship performance at half the price. This comparison is important because it highlights whether paying more for Xiaomi’s premium experience is worth it, or if the Poco F6 Pro provides better value for everyday users.
Build and Feel: Xiaomi 15T Pro offers a sturdier build with Gorilla Glass 7i protection, an aluminum frame, and IP68 water resistance, making it more durable for daily use. In comparison, the Poco F6 Pro uses Gorilla Glass 5 and comes with an IP54 rating, offering only splash resistance. Xiaomi’s 6M13 aluminum alloy and higher rigidity levels also provide better structural strength. The Xiaomi 15T Pro feels more premium and reliable in long-term usage, while the Poco F6 Pro is solid but less durable.
Verdict: Xiaomi 15T Pro has superior build quality.
Display Quality: Xiaomi 15T Pro features a larger 6.83-inch AMOLED display with 144Hz refresh rate, HDR10+, Dolby Vision, and an impressive 3200-nit peak brightness, ensuring visibility in all conditions. Poco F6 Pro’s 6.67-inch AMOLED panel matches with HDR10+ and Dolby Vision but is limited to 120Hz, although it has a higher pixel density due to QHD resolution. For color accuracy and peak brightness, the Xiaomi 15T Pro excels, while the Poco F6 Pro edges slightly in sharpness.
Verdict: Xiaomi 15T Pro offers a brighter and smoother display.
Verdict: Between durability, smoothness, and brightness, the Xiaomi 15T Pro outshines the Poco F6 Pro. The Poco still provides sharpness and solid quality for its price, but Xiaomi’s premium finish makes it the more refined option.
2. Specifications
Performance: Xiaomi 15T Pro runs on the cutting-edge Dimensity 9400+ (3nm), paired with the Immortalis-G925 GPU and faster UFS 4.1 storage. This chipset is newer and more power-efficient, delivering superior AI performance and higher efficiency compared to the Poco F6 Pro’s Snapdragon 8 Gen 2. The Poco’s Snapdragon 8 Gen 2 remains a strong flagship chip but falls behind in raw performance. For future-proofing, Xiaomi’s chipset is better.
Verdict: Xiaomi 15T Pro provides stronger overall performance.
Battery and Charging: Xiaomi 15T Pro packs a larger 5500 mAh battery with 90W wired and 50W wireless charging. It offers balanced endurance and flexibility. Poco F6 Pro has a smaller 5000 mAh battery but boasts 120W wired charging, which fully charges in under 20 minutes. While Poco wins in sheer charging speed, Xiaomi wins in battery life and wireless charging convenience. Verdict: Xiaomi 15T Pro edges ahead due to endurance and wireless support, despite Poco’s faster charging.
Verdict: Performance favors Xiaomi for its modern processor, while the battery experience depends on preference: Poco wins for speed, but Xiaomi wins for all-around balance and wireless support.
3. Camera
Main and Secondary Lenses: Xiaomi 15T Pro comes with a Leica-tuned triple camera setup, featuring a 50MP main sensor, 50MP periscope telephoto with 5x optical zoom, and a 12MP ultrawide lens. The periscope telephoto alone sets it apart, delivering flagship-level zoom photography. The Poco F6 Pro instead offers a 50MP main lens, 8MP ultrawide, and a 2MP macro, which feels dated and less versatile. Xiaomi also supports advanced features like 8K at 30fps, HDR10+ recording, and a color spectrum sensor.
Verdict: Xiaomi 15T Pro dominates with superior optics and versatility.
Selfie Camera: Xiaomi 15T Pro’s 32MP front camera supports 4K recording and HDR10+, giving it a clear edge for content creators. The Poco F6 Pro settles with a 16MP front shooter limited to 1080p recording. For video calls and selfies, Xiaomi’s sharper and more dynamic output provides more detail.
Verdict: Xiaomi 15T Pro is superior in front camera performance.
Verdict: With Leica tuning, periscope zoom, and stronger selfie capabilities, the Xiaomi 15T Pro is miles ahead. Poco F6 Pro covers basics well but lacks the versatility needed for modern photography.
4. Pricing
Xiaomi 15T Pro costs around $900, while the Poco F6 Pro is nearly half at $400. This massive gap highlights their positioning, Xiaomi aims at premium flagship users, while Poco caters to value seekers. If high-end durability, camera technology, and cutting-edge performance matter, the Xiaomi 15T Pro justifies its price. However, for those who want near-flagship power at less than half the price, the Poco F6 Pro delivers excellent value.
Verdict: Poco F6 Pro wins on value, while Xiaomi 15T Pro wins on premium quality.
Disclaimer: Prices are approximate and may vary based on country, region, and applicable taxes.
5. Conclusion
The Xiaomi 15T Pro stands out with its Leica partnership, 5x periscope zoom, IP68 rating, wireless charging, and newer Dimensity 9400+ processor. Its design strength, advanced camera system, and smooth 144Hz bright display put it firmly in flagship territory. The Poco F6 Pro, meanwhile, shines with its aggressive pricing, ultra-fast 120W charging, and higher resolution display.
Verdict: For those who demand the best photography, build durability, and future-ready hardware, the Xiaomi 15T Pro is the clear winner. But for users who want flagship-level performance at an unbeatable price, the Poco F6 Pro offers unmatched value.
Ultimately, Xiaomi is for premium seekers, while Poco is for practical buyers looking for top-tier performance on a budget.
For years, Qualcomm Snapdragon chips have been the go-to choice for top performance and efficiency on Android devices over MediaTek. However, recent MediaTek Dimensity chips have been closing in on the gap, and as a result, the competition between the two chipmakers is now fiercer than ever before.
In September, both chipmakers announced their most powerful mobile chipsets, Snapdragon 8 Elite Gen 5 and Dimensity 9500, promising significant improvements to performance and power efficiency. But how do they stack up against each other? Let’s look at benchmark figures and key differences to find out the answer.
Snapdragon 8 Elite Gen 5 vs Dimensity 9500: Benchmark Score
Note: The benchmark scores were obtained from the listings of the Honor Magic 8 (powered by Snapdragon 8 Elite Gen 5) and Vivo X300/Pro (powered by Dimensity 9500) spotted on benchmark websites.
Geekbench Score
The Snapdragon 8 Elite Gen 5 posts 3,364 points in single-core, which is about 15% higher than Dimensity 9500. The multi-core performance also tells the same story, getting about 12% higher score than the Dimensity chip.
The Snapdragon chip, featuring a robust Oryon CPU, dominates Geekbench with higher single-core and multi-core scores. In other words, the 8 Elite Gen 5 should offer better performance than the Dimensity 9500 in tasks that require a single core, as well as in multi-core tasks such as multitasking, running heavy apps, and managing background apps.
Geekbench 6
Snapdragon 8 Elite Gen 5
Dimensity 9500
Single core
3,634
3,177
Multi core
10,813
9,701
AnTuTu Score
Both Snapdragon 8 Elite Gen 5 and Dimensity 9500 have managed to cross the 4 million mark on AnTuTu, becoming the first mobile chipsets to achieve this feat. The Snapdragon chip comes at the top, posting a total score of 4,166,339 (vs. 4,011,932). The difference here is just 4%, but it gets wider as you look at the breakdown.
The Snapdragon 8 Elite Gen 5 achieves a 16% higher CPU score (1,213,845 vs. 1,043,247). The GPU score, however, favors the Dimensity 9500 (1,510,982 vs. 1,468,351), but the difference is small — just 3%. It also gets a higher memory score, but the Snapdragon chip bounces back with a higher UX score.
Snapdragon 8 Elite Gen 5
Dimensity 9500
AnTuTu score
4,166,339
4,011,932
CPU
1,213,845
1,043,247
GPU
1,468,351
1,510,982
Memory
570,553
667,254
UX
913,590
790,449
Snapdragon 8 Elite Gen 5 vs Dimensity 9500: Specs and Key Differences
Snapdragon 8 Elite Gen 5
Dimensity 9500
Announced
September 2025
September 2025
Process node
3nm (TSMC)
3nm (TSMC)
CPU cores
8-core
8-core
CPU cores
2 x 4.61 GHz — Oryon (3rd gen) 6 x 3.63 GHz — Oryon (3rd gen)
1 x 4.21 GHz — C1-Ultra 3 x 3.5 GHz —C1-Premium 4 x 2.7 GHz — C1-Pro
GPU
Adreno 840 Ray tracing support Snapdragon Elite Gaming features
Mali-G1 Ultra MP12 Ray tacing support MediaTek HyperEngine Gaming Technology
NPU
Qualcomm Hexagon NPU
MediaTek NPU 990
Memory
LPDDR5X, up to 5.3 GHz
LPDDR5X, up to 5.3 GHz
Storage
UFS 4.1
UFS 4.1
Camera
Qualcomm Spectra Triple ISP (20-bit) Up to 320MP single camera Up to 8K video recording Supports real-time semantic segmentation
MediaTek Imagiq 1190 ISP Up to 320MP single camera Up to 8K video recording Supports real-time semantic segmentation
3GPP Release-17 5G modem Maximum speed: 7.4 Gbps Wi-Fi 7 (peak speed: 7.3 Gbps) Bluetooth 6.0
Both flagship chipsets utilize TSMC’s 3nm (N3P), shifting from the N3E process used in their predecessors, for improved power efficiency and performance density. The key difference lies in the CPU architecture, where Qualcomm maintains its proven “2+6” core configuration, featuring two prime cores at 4.6GHz and six performance cores at 3.62GHz. MediaTek, on the other hand, continues with its “All Big Core” design, featuring one C1-Ultra core at 4.21 GHz, three C1-Premium cores at 3.5 GHz, and four C1-Pro cores at 2.7 GHz.
The GPU also gets notable upgrades on both chips. The Snapdragon 8 Elite Gen 5 introduces a new Adreno 840 GPU clocked at up to 1.2 GHz, paired with Qualcomm’s gaming technologies, which offer exceptional gaming performance. The Dimensity 9500 chip features an Arm Mali-G1 Ultra GPU, which delivers significant improvements in ray-tracing capabilities and power efficiency.
Coming to the NPU, the improved Hexagon NPU inside the 8 Elite Gen 5 is 37% faster and 16% more power-efficient than its predecessor. It supports advanced “agentic AI” capabilities. The Dimensity 9500 has a MediaTek NPU 990, which is 2x faster and offers a 56% reduction in peak power consumption compared to its predecessor.
Both chipsets offer excellent connectivity features, albeit with some differences. The Snapdragon 8 Elite Gen 5 supports a maximum speed of 12.5 Gbps over a 5G connection, while the Dimensity 9500 can go up to 7.4 Gbps. However, it’s a different story with Wi-Fi speed, as the Snapdragon chip peaks at 5.8 Gbps, but the Dimensity 9500 can reach 7.3 Gbps.
The camera has also received notable upgrades, including a 20-bit triple ISP (upgraded from 18-bit) for the Snapdragon 8 Elite Gen 5, which offers nearly four times the dynamic range. Additionally, it supports Advanced Professional Video (APV), making it the first mobile chipset to offer near-lossless video recording quality. The Dimensity 9500 features the Imagiq 1190 ISP, which includes an NPU-assisted focusing tracking engine and powerful AI denoise technology.
Last year, the Vivo X200 Pro featured a USB-C 3.2 port, while the standard X200 was limited to a USB 2.0 port. Now, Vivo Product Manager Han Boxiao has officially confirmed that both the upcoming X300 Pro and X300 will include a USB-C 3.2 port. In addition, iQOO Product Director Galant V has confirmed that the iQOO 15 will also ship with a USB-C 3.2 port.
Vivo X300 series, iQOO 15 to arrive with USB 3.2
Vivo X300 series, iQOO 15 to arrive with USB 3.2
The move to USB 3.2 is significant as it enables much faster data transfer speeds compared to USB 2.0, which will benefit users handling large files, photos, and videos. It also improves compatibility with high-speed storage devices and allows for smoother connectivity when transferring data to laptops or PCs.
Apart from this, both phones have the same Samsung HPB camera. While the X300 features it as a primary snapper, the X300 Pro uses it as a periscope telephoto camera. Speaking of cameras, both will come with support for the Zeiss 2.35x teleconverter attachment.
The Vivo X300 and X300 Pro are powered by the Dimensity 9500 chipset. The series is expected to ship with up to 16GB of LPDDR5x RAM and up to 1TB of UFS 4.1 storage. The standard edition will house a 6,040mAh battery, whereas the Pro version will have a bigger 6,510mAh battery. Both devices will support 90W wired charging and wireless charging.
The X300 will be a smaller device featuring a 6.31-inch OLED screen, whereas the X300 Pro will pack a larger 6.78-inch OLED panel. Both phones will support a 1.5K resolution, a 120Hz refresh rate, and an ultrasonic in-screen fingerprint sensor.
The iQOO 15v, on the other hand, will have key features such as a 6.85-inch Samsung OLED 2K 144Hz screen, a Snapdragon 8 Elite Gen 5 chip, a 7,000mAh battery with 100W wired and wireless charging, and a triple 50-megapixel rear camera setup. The Vivo X300 series and the iQOO 15 will run on OriginOS 6-based Android 16.
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