The Redmi Note 17 series continues to expand following the recent launch of the Redmi Note 17 5G in India. The company is also expected to introduce the Redmi Note 17 Pro globally after its China debut, while reports indicate that the Redmi Note 17 Pro Max is also in development for both China and international markets. Ahead of its anticipated announcement, the global variant has now surfaced on Geekbench, revealing some of its core hardware.
Redmi Note 17 Pro Max appears on Geekbench
The upcoming handset carries the model number 2609FRA74G, where the “G” suffix indicates that it is the global version. The same model was recently certified by Thailand’s NBTC authority, confirming the Redmi Note 17 Pro Max branding. It has now appeared on the Geekbench 7 benchmarking platform, suggesting that the device is progressing toward launch.
According to the benchmark listing, the Redmi Note 17 Pro Max is powered by Qualcomm’s Snapdragon 6 Gen 5 chipset, identified by the SM6850 part number. The CPU features four performance cores clocked at 2.61GHz and four efficiency cores running at 2.02GHz.
The listing also confirms an Adreno 812 GPU, 8GB of RAM, and Android 16. In Geekbench 7, the device achieved 924 points in the single-core test and 2,923 points in the multi-core test.
Redmi Note 17 Pro Max specifications (rumored)
Redmi Note 17 Pro Max
Recent leaks suggest that the Redmi Note 17 Pro Max could feature a 6.83-inch AMOLED 1.5K display with a 120Hz refresh rate, 3,500 nits peak brightness, and Corning Gorilla Glass Victus 2 protection. It will arrive with 8GB / 12GB of LPDDR5x RAM, 128GB (UFS 2.1) / 256GB of UFS 4.0 storage, and a 9,200mAh battery with 100W fast charging
The Note 17 Pro Max is also expected to feature an OIS-enabled 50-megapixel main camera along with an 8-megapixel ultra-wide camera on the back, a 32-megapixel front camera, an in-display fingerprint scanner, IP68/69K-rated dust and water resistance, eSIM support, and Xiaomi HyperOS 3 based on Android 16. It is speculated that the Chinese edition of the device may pack different specs, such as a Dimensity 7500 chip, a 200-megapixel main camera, and a bigger 10,000mAh battery.
While Redmi has yet to confirm the Redmi Note 17 Pro Max, its recent certification and Geekbench appearance suggest that an official announcement may not be far away. What feature are you most excited to see on the Redmi Note 17 Pro Max? Let us know in the comments.
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Nothing Phone (4a) and Vivo Y500 target very different buyers despite running Android 16. One focuses on premium performance, advanced cameras, and a unique design, while the other prioritizes massive battery life, durability, and affordability. Here’s a detailed comparison to find out which smartphone delivers the better overall value for your needs.
Major Features:
Category
Nothing Phone (4a)
Vivo Y500
Winner
Design & Build
Glass front & back, Gorilla Glass 7i, Glyph LED, IP64
The Nothing Phone (4a) follows the brand’s distinctive transparent-inspired design with a glass front and back, Gorilla Glass 7i protection, and its signature rear notification LED, giving it a premium and recognizable appearance. It carries an IP64 rating, which protects against dust and light water splashes. The Vivo Y500 adopts a more conventional design with a glass front, plastic back, and plastic frame, but significantly improves durability with IP68/IP69 water and dust resistance along with MIL-STD-810H certification. Those who prioritize ruggedness and outdoor use may appreciate Vivo’s stronger protection, while users seeking a more premium visual identity may prefer Nothing’s cleaner design language.
Display Quality
Nothing equips the Phone (4a) with a 6.78-inch AMOLED display supporting 1 billion colors, HDR10+, Ultra HDR images, and 120Hz refresh rate. Vivo counters with a slightly larger 6.83-inch AMOLED panel featuring HDR support, 120Hz refresh rate, higher peak brightness, and marginally sharper resolution. Both displays are excellent, but Nothing offers richer HDR standards and superior display technology for multimedia enthusiasts.
Verdict
The Nothing Phone (4a) feels more premium thanks to its materials and feature-rich display, while the Vivo Y500 stands out for durability. Users focused on entertainment and display quality will likely find the Nothing experience more refined.
Performance is where the two phones clearly separate. The Nothing Phone (4a) runs on Qualcomm’s Snapdragon 7s Gen 4 chipset built on a 4nm process, paired with faster UFS 3.1 storage and up to 12GB RAM. It comfortably handles demanding games, multitasking, and long-term software usage. The Vivo Y500 relies on the Unisoc T7300 processor with UFS 2.2 storage, making it more suitable for everyday applications, social media, streaming, and casual gaming. Android 16 powers both devices, but Nothing promises up to three major Android upgrades, giving it a stronger long-term advantage.
Battery and Charging
Battery life is Vivo’s biggest strength. Its massive 8100mAh silicon-carbon battery easily outlasts most smartphones in this segment and supports 44W charging with bypass charging and reverse wired charging. The Nothing Phone (4a) offers a 5080mAh global battery or a 5400mAh Indian version with faster 50W charging and impressive charging speeds. Users wanting maximum endurance will appreciate Vivo, while faster top-ups favor Nothing.
Verdict
The Nothing Phone (4a) delivers significantly stronger overall performance and longer software support. However, the Vivo Y500 is an excellent choice for users whose highest priority is exceptional battery life over raw processing power.
3. Camera
Main and Secondary Lenses
Photography is another major advantage for the Nothing Phone (4a). It features a versatile triple-camera setup consisting of a 50MP primary camera with OIS, a 50MP periscope telephoto lens offering 3.5x optical zoom, and an 8MP ultrawide camera. It also supports 4K video recording, Dolby Vision HDR, gyro-EIS, and optical stabilization. The Vivo Y500 keeps things simple with a 50MP primary camera and an auxiliary sensor, limited to 1080p video recording. While its primary camera can capture good daylight images, it lacks the flexibility offered by dedicated zoom and ultrawide cameras.
Selfie Camera
Both smartphones include a 32MP front-facing camera capable of recording 1080p videos. Selfie quality should be comparable for social media and video calls, although Nothing’s overall image processing and HDR support provide a slight edge in more challenging lighting conditions.
Verdict
The Nothing Phone (4a) offers a substantially more capable camera system with greater versatility, stronger video features, and optical zoom. Vivo’s camera is suitable for everyday photography, but Nothing is the better choice for users who frequently capture photos and videos.
4. Pricing
The Nothing Phone (4a) is priced around $450 (₹32,000), placing it in the upper mid-range category. At this price, buyers receive a premium AMOLED display, Snapdragon 7s Gen 4 processor, triple-camera system with periscope zoom, faster UFS 3.1 storage, and guaranteed software updates. The Vivo Y500 is priced around $250 (₹22,000), making it considerably more affordable. Despite its lower price, it offers an AMOLED display, huge 8100mAh battery, stereo speakers, and excellent durability with IP68/IP69 protection.
The price difference reflects two very different priorities. Nothing focuses on delivering flagship-inspired features and long-term usability, whereas Vivo emphasizes battery life and affordability. Both phones provide good value within their respective segments, but they appeal to different buyers.
Verdict
The Nothing Phone (4a) justifies its premium pricing through better performance, cameras, and software support. The Vivo Y500 offers outstanding value for budget-conscious users who mainly want long battery life and reliable everyday performance.
Disclaimer: Prices are approximate and may vary based on country, region, launch timing, and applicable taxes. Always check whether the listed price is for a China unit or a global/international variant when purchasing.
5. Conclusion
The Nothing Phone (4a) distinguishes itself with its signature Glyph-style notification lighting, Gorilla Glass 7i protection, Snapdragon 7s Gen 4 processor, periscope telephoto camera, HDR10+ display, Dolby Vision video recording, and three promised Android upgrades. These features make it feel like a complete premium mid-range smartphone. The Vivo Y500 answers with its enormous 8100mAh silicon-carbon battery, IP68/IP69 certification, MIL-STD-810H compliance, and attractive pricing. It is designed for users who value endurance, durability, and dependable everyday usage more than advanced photography or gaming.
Verdict
Nothing Phone (4a) is the stronger all-around smartphone. It delivers noticeably better performance, a far more versatile camera system, faster storage, richer display technology, and better software longevity. Vivo Y500 remains an excellent budget alternative thanks to its exceptional battery life and rugged build, making it ideal for users who prioritize endurance over flagship-style features.
For most buyers seeking the best overall smartphone experience, the Nothing Phone (4a) is the better choice, while the Vivo Y500 stands out as the smarter pick for maximum battery value at a lower price.
FAQs
1. Which phone has the better camera? The Nothing Phone (4a) offers a more versatile camera system with telephoto zoom and ultrawide photography.
2. Which phone performs better for gaming? The Nothing Phone (4a) delivers smoother gaming thanks to its Snapdragon 7s Gen 4 chipset.
3. Which phone has better battery life? The Vivo Y500 lasts significantly longer with its massive 8100mAh battery.
4. Which phone offers better value for money? The Vivo Y500 provides excellent value, while the Nothing Phone (4a) offers more premium features.
5. Which phone should most buyers choose? Choose the Nothing Phone (4a) for all-round performance, or the Vivo Y500 for battery-focused everyday use.
Disclaimer: Prices, specifications, and availability may vary by region and retailer. Recommendations in this article are based on editorial opinion, feature-based value, and market positioning at the time of writing. Readers are advised to do their own research before making a purchase.
Honor has launched the MagicOS 11 closed beta program, which allows select users to test new features and changes ahead of the public release. The company has begun accepting applications for the first batch of devices, which includes a total of 17 devices.
Along with the list of eligible devices in the first batch, the company has also shared its beta rollout plans.
MagicOS 11 closed beta program: List of devices in the first batch
Smartphone
Honor Magic V6
Honor Magic V5
Honor Magic 8 RSR Porsche Design
Honor Magic 8 Pro
Honor Magic 8 Pro Air
Honor Magic 8
Honor Magic 7 RSR Porsche Design
Honor Magic 7 Pro
Honor Magic 7
Honor WIN
Honor WIN RT
Honor GT Pro
Honor 600 Pro
Honor 600 Super Edition
Honor 600 Vitality Edition
Tablets
Honor MagicPad 3 Pro
Honor MagicPad 3 Pro 12.2
Eligible Honor smartphone users can apply for the beta testing until August 11, while tablet owners can submit their entry until August 21. It’s important to note that Honor is recruiting only 2,000 users per model. So, if you want to be a part of it, submit your participation at the earliest possible.
For smartphone users, Honor will begin reviewing applications from August 12 to August 14, and start pushing beta updates on or before August 18.
For tablet users, the review period will be August 24 to August 25, and the beta updates will start rolling out from on or before August 28.
How to register for Honor MagicOS 11 beta program?
Honor recommends upgrading the firmware version to 10.0.0.170 to be eligible for the beta program.
Follow the steps to register your application:
Open the “My Honor” app on your device.
Go to the “Club” section.
Tap on the available MagicOS testing opportunity.
Submit your application.
Once a beta update starts rolling out to your device, you can install it from the Software update section in Settings > System and Updates.
Ai+ Smartphone has announced a long-term initiative focused on improving smartphone security through community participation. Called Project Trust+, the program invites ethical hackers, developers, and security researchers to identify vulnerabilities and contribute to building a more secure smartphone ecosystem over the next five years.
Ai+ Smartphone launches Project Trust+
AI+ Project Trust+ initiative
As part of the initiative, Ai+ Smartphone has committed Rs 100 crore (~$10.5 million) over five years, allocating Rs 20 crore (~$2.3 million) annually to support the program. Rather than limiting security testing to internal teams, the company plans to work with independent researchers who can evaluate its software, test security mechanisms, and responsibly disclose potential vulnerabilities before they affect users. Ai+ says the initiative is intended to create an open environment where collaboration helps strengthen the security of its products.
The company believes smartphone security should evolve continuously as new threats emerge. With Project Trust+, Ai+ aims to encourage ongoing participation from India’s cybersecurity community instead of treating security as a one-time milestone. The program is also expected to promote greater transparency and accountability by allowing external experts to play a role in identifying and resolving security issues.
Project Trust+ complements the company’s broader strategy around privacy and trusted software, including NxtQuantum OS, its sovereign mobile operating system. According to Ai+, the initiative reflects its goal of building devices that are not only secure by design but also strengthened through regular community feedback. Interested developers, ethical hackers, and security researchers can apply to participate through the registration link available on CEO Madhav Sheth’s Instagram profile.
Ai+ says the program represents a shift toward collaborative security development, where improvements are driven by continuous testing and public participation. As smartphones become increasingly central to everyday life, initiatives like Project Trust+ could encourage more companies to work closely with the cybersecurity community to strengthen consumer trust.
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Xiaomi has announced a new chapter in its India journey as it celebrates 12 years in the country. The company has revealed that Mijia, its global home and lifestyle sub-brand, is making its debut in India, signalling a stronger focus on connected home products and future smart appliances.
Mijia by Xiaomi to power the company’s smart home vision
Mijia, a Xiaomi smart home appliance sub-brand
Mijia, which translates to “Mi Home”, will become Xiaomi India’s dedicated home and lifestyle brand. Going forward, the company’s home products will carry the Mijia by Xiaomi branding while continuing to be part of Xiaomi’s broader ecosystem. The move also makes Mijia the fourth brand under Xiaomi’s India portfolio, joining Xiaomi, Redmi, and Poco.
The announcement is part of Xiaomi’s Human × Car × Home strategy, first introduced globally in 2023. While the company has already established the “Human” side of the ecosystem in India through smartphones, tablets, Smart TVs, and AIoT products, it is now shifting greater attention towards the “Home” segment. Xiaomi says the aim is to create a more connected experience where smart devices work together seamlessly through Xiaomi HyperOS.
With the arrival of Mijia, Xiaomi plans to strengthen its existing home product categories while also entering the large appliances segment in India. The company confirmed that future home and lifestyle products, including upcoming large appliances, will be launched under the Mijia by Xiaomi branding. It also intends to expand categories such as air purifiers while bringing more of its globally available smart living products to Indian consumers.
Xiaomi entered the Indian market in 2014 and has since expanded beyond smartphones into categories such as Smart TVs, tablets, wearables, and AIoT devices. The introduction of Mijia reflects the company’s long-term strategy of building a more comprehensive connected ecosystem rather than focusing only on individual products. More details about upcoming Mijia products are expected in the coming months.
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Motorola is exploring a pretty radical new form factor that could blur the line between smartphones and wearables. A recently uncovered patent describes a flexible device designed to switch smoothly between everyday wrist use and a more conventional handheld experience, aiming to fix some of the limitations of both current foldables and traditional smartwatches.
Discovered by Burnplate and leaker @xleaks7, the patent outlines a device with a foldable display that can work as both a smartphone and a smartwatch. In smartwatch mode, it curves around the wrist with the display facing outward.
Magnets hold the two ends together and may also let the “wristband” size be adjusted for different users. Take it off your wrist and straighten it out, and it becomes a phone. For a more traditional smartphone aspect ratio, the two halves can be separated and put back together side by side.
The concept is trying to solve a real-world problem. Foldable phones like Motorola’s latest Razr 70 series get smaller when closed, but you still need a pocket. Smartwatches give you constant access, yet their screens are tiny, and the app experience is limited. Motorola’s hybrid idea aims to get the best of both by letting the same hardware do double duty without needing two separate devices.
That said, the practical challenges are still big. With today’s technology, a device like this would probably feel thick and heavy when worn as a watch. The multi-panel smartphone display could also end up less comfortable or durable than a regular single-screen foldable. Patents mainly show what companies are researching internally rather than confirmed product plans, so it’s unclear whether Motorola actually plans to turn this into a real product or when that might happen.
This filing continues Motorola’s interest in reconfigurable displays, following earlier concepts that looked at bending and wrapping form factors. While the smartwatch-to-phone hybrid is still speculative, it shows the company is thinking about how personal devices could fit into daily life in new ways.
Vu has announced the Glo Mini-LED TV in India, bringing premium display technology to a more affordable price segment. The new lineup combines a QD Mini-LED panel, AI-powered picture processing, immersive audio, and gaming-focused features across four screen sizes, positioning it as an alternative to higher-priced OLED televisions.
Vu Glo Mini-LED TV specifications and features
The Vu Glo mini-LED TV features a QD mini-LED display with full-array local dimming, enabling independently controlled lighting zones for improved contrast, deeper blacks, and brighter highlights. The panel supports up to 600 nits of HDR brightness along with Dolby Vision, HDR10, and HLG. Powering the TV is the company’s VuON AI Processor, which enhances picture quality through AI upscaling, AI color enhancement, AI contrast optimization, and AI picture processing. It is paired with G52 HDR graphics, 2GB of RAM, and 16GB of onboard storage.
Gamers get support for 120Hz high-speed refresh, variable refresh rate (VRR), auto low latency mode (ALLM), MEMC, and a dedicated game mode. Running Google TV, the television includes built-in Chromecast, Apple AirPlay, Apple HomeKit compatibility, and voice controls. Vu also bundles two Bluetooth voice-enabled remotes with dedicated shortcut buttons.
Vu Glo mini-LED TV
For audio, the TV packs a 50W 2.2-channel VuFX sound system comprising dual speakers and dual woofers. Dolby Atmos, Dialogue Enhancer, and Surround Mode aim to deliver a more immersive viewing experience without requiring a separate soundbar. Additional highlights include a Personalized Photo Frame mode, a three-sided bezel-less design, dual-band Wi-Fi, Bluetooth, three HDMI ports, and two USB ports.
The Vu Glo Mini-LED TV is available in 43-inch, 50-inch, 55-inch, and 65-inch variants through Amazon and Vu’s retail partners. The lineup starts at Rs 42,500 (~$445) for the 43-inch model, while the 50-inch version costs Rs 47,200 (~$495). The 55-inch model is priced at Rs 53,000 (~$555), and the 65-inch variant retails for Rs 66,600 (~$695). Vu is offering a three-year warranty with the new series.
A set of new leaked images paired with a fresh FCC filing show more of what the Galaxy S26 FE looks like, and how close it is to launch.
The smartphone appeared in high-resolution images, confirming three colors: Black, Green, and Purple. Design-wise, it follows the standard Galaxy S26, with a single rear camera island housing all three lenses, the LED flash sitting beside it.
Up front, the phone has a flat display, thin bezels, and a centered punch-hole selfie camera. The bottom bezel looks slightly thicker than the rest, though the difference is small.
Galaxy S26 FE FCC listing
Separately, the phone has cleared FCC certification in the US, usually one of the last regulatory steps before a phone goes on sale. The filing doesn’t confirm the chipset, but it mentions that Samsung is using a Qualcomm chip for Wi-Fi, unlike Exynos on S25 FE.
The main chip powering the phone will still be in-house, likely the Exynos 2500, as shown in earlier Geekbench listings. However, Qualcomm for WiFi is a change from all-Exynos S25 FE.
The paperwork also confirms the same 45W wired charging as the outgoing model, along with wireless charging, NFC, Wi-Fi 6, and satellite connectivity. It may also retain the 4,900mAh battery with 45W wired charging, and feature a 6.7-inch Dynamic AMOLED 2X display with a 120Hz refresh rate.
Between these renders, the test firmware that surfaced a few months back, and now the FCC approval, testing on the phone appears to be in its final stages. We are expecting launch in September, and the phone is likely to ship running One UI 9 on top of Android 17 out of the box.
The Galaxy S26 FE looks set to pick up one of the more useful camera upgrades introduced this year. A practical software feature that keeps video footage level is showing clear signs of making its way to the device.
Leaked firmware for the Galaxy S26 FE, uncovered by SammyGuru, includes a flag labeled SUPPORT_SUPER_STEADY_HORIZONTAL_LOCK set to true. That’s a pretty strong signal that Samsung is actively testing Horizontal Lock on the device. The feature first showed up on the Galaxy S26 series and was later rolled out to the Galaxy Z Fold 8, Z Fold 8 Ultra, and Z Flip 8.
Horizontal Lock works alongside Samsung’s existing Super Steady stabilization. It keeps the video frame level even when the phone rotates or tilts in your hand, using the gyroscope and accelerometer to make real-time corrections. The result is smoother, more professional-looking footage without needing a separate gimbal, especially handy for walking shots, action clips, or casual vlogging.
Instead of relying on new hardware, the feature fixes a common everyday annoyance through software, which helps explain why Samsung is spreading it across more of its lineup. Reports also suggest older Galaxy S25 devices will get Horizontal Lock later through a One UI 9 update, which further points to the company’s plan to make it a standard camera tool.
The same firmware dig turned up another early clue: a software update banner prepared for One UI 9.5. That doesn’t mean the S26 FE will launch with that version, but it does confirm Samsung is already building assets for the future interface well ahead of any public release.
Samsung is expected to introduce the Galaxy S26 FE in early September, likely timed around IFA 2026 in Berlin. If Horizontal Lock ships as the firmware suggests, it would give the Fan Edition a real video advantage over previous mid-range models and bring it closer to the flagship experience in one of the areas users notice most.
Redmi has shared a closer look at the K100 Pro Max ahead of its launch, revealing official camera samples along with additional details about its imaging hardware. The company is positioning the phone as its most capable camera-focused flagship yet, with a versatile triple-camera system designed to cover a wide range of shooting scenarios.
Redmi K100 Pro Max camera system officially detailed
The Redmi K100 Pro Max features a 200-megapixel primary camera capable of producing images with a native resolution of 16,384 x 12,288 pixels. It is accompanied by a 5x periscope telephoto camera that supports up to 100x digital zoom and a 50-megapixel ultra-wide camera with a 17mm equivalent focal length. According to Redmi, the combination delivers coverage across five focal lengths, allowing users to capture everything from expansive landscapes to distant subjects using a single device.
The company also released a series of sample images captured at 17mm, 24mm, 48mm, 120mm, and 240mm. Redmi says the high-resolution main camera enables lossless-quality in-sensor cropping at 2x and 3x zoom, while the periscope camera, combined with OIS, handles long-distance photography with improved stability and detail. The phone also adopts a flat camera module with an integrated design that gives the rear panel a cleaner appearance.
Redmi has also confirmed a Bose-tuned 2.1-channel speaker system featuring dual 1115D full-range drivers and a dedicated 1620 subwoofer, along with a large X-axis linear motor.
The K100 Pro Max is equipped with a 6.9-inch OLED display featuring the new M11 emissive material, a 185Hz LTPO adaptive refresh rate, a peak local brightness of 4,500 nits, and 90 percent BT.2020 color gamut coverage. It also includes a 480Hz instant touch sampling rate and an ultrasonic in-display fingerprint scanner.
Powering the device is Snapdragon 8 Elite Gen 5 V-series chipset, paired with the AI Display Chip D2. The phone packs a 9,070mAh battery with support for 100W wired charging, 50W wireless charging, 27W wired reverse charging, and 22.5W wireless reverse charging. The phone will be available in Cabernet Red, Flowing Gold White, and Black finishes.
For more daily updates, please visit our News Section.
Several reports have claimed that iQOO will unveil a new Neo-series phone in China. Rumors claimed that it could be a minor upgrade over the existing Neo 11, which is why it was tentatively dubbed the iQOO Neo 11S. Today, the brand officially confirmed that the upcoming device will be called the iQOO Neo 11 Ultra.
The iQOO Neo 11 Ultra is set to be officially unveiled on Aug. 10 in China. However, the brand hasn’t confirmed anything else about the device.
Back in June, the alleged iQOO Neo 11 Ultra was spotted on the Geekbench benchmarking platform with the model number V2545A. The listing revealed that it is equipped with a Dimensity 9500 chip. However, reports suggest that it could be powered by a modified version of the chip.
The listing also revealed 16GB of RAM and Android 16. The same device has also been spotted on China’s 3C certification platform with support for a 100W charger.
According to other reports, the iQOO Neo 11 Ultra will feature a 6.83-inch flat OLED panel offering a 2K resolution and an ultrasonic in-screen fingerprint sensor.
The device is also said to house a 9,000mAh battery, the largest ever on an iQOO Neo-series phone. In terms of durability, it may feature a metal frame and an IP68 rating for dust and water resistance.
A recent report claimed that it will be available in multiple configurations, including 12GB+256GB, 12GB+512GB, 16GB+256GB, and 16GB+512GB. It is also expected to come in Light White, Shadow Black, and Wind Chaser color options.
Samsung has taken the wraps off the ISOCELL HPC, its latest 200-megapixel smartphone camera sensor. The new sensor focuses on improving the way smartphones capture light, introducing a new pixel architecture called DeepPix alongside several imaging upgrades aimed at HDR, zoom photography, and video recording.
Samsung’s ISOCELL HPC introduces DeepPix for better light capture
Samsung ISOCELL HPC
The ISOCELL HPC is built on Samsung’s ISOCELL architecture but introduces the company’s first DeepPix technology. The new pixel structure increases Full Well Capacity by 60 percent compared to the previous generation through Front Deep Trench Isolation technology, which expands both the photodiode capacity and shared floating diffusion. The result is improved light collection, lower image noise, brighter highlights, deeper shadows, and a wider dynamic range in HDR photos.
Samsung also says the sensor supports single-frame 16-bit HDR, allowing up to four times richer color expression than conventional HDR imaging. Instead of relying on multiple exposures, the sensor captures HDR information in a single frame, helping preserve natural colors and fine details in challenging scenes such as bright daylight or strong backlighting. The ISOCELL HPC can also record 8K video at 30fps and 4K video at up to 180fps, while Full HD recording reaches 360fps without autofocus.
One of the standout additions is HDR support across multiple in-sensor zoom levels. Unlike many existing smartphone sensors that limit HDR to specific zoom ratios, the ISOCELL HPC extends single-frame HDR to 1x, 1.5x, 2x, 3x, and 4x zoom. Intelligent in-sensor downscaling helps maintain image quality and dynamic range throughout the zoom range, making images more consistent regardless of the focal length.
The sensor features a 1/1.3-inch optical format with 0.6μm pixels and an effective resolution of 16,384 × 12,288 pixels. It uses Samsung’s Tetra²pixel color filter, Super QPD autofocus, Smart-ISO Pro HDR, and supports RAW10, RAW12, RAW14, and RAW16 output formats. Samsung has also incorporated High Precision Microlens and High Transmittance ARL technologies to direct more light toward each photodiode while reducing reflections, improving image clarity and color accuracy in different lighting conditions.
Several new flagship smartphones are expected to launch in China in September. It remains to be seen whether the new sensor will debut in the Oppo Find X10 series or the Vivo X500 series.
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Lenovo has released the Legion 27Q-2c, a 27-inch curved gaming monitor, in the Chinese market. The display is currently listed on JD.com with a price of 1,279 yuan ($190).
The monitor features a 27-inch 1500R curved VA panel with a 2560 x 1440 (QHD) resolution and a 16:9 aspect ratio. It delivers a 109 PPI pixel density and offers 178-degree viewing angles for consistent image quality.
For colors, it supports 10-bit color (8-bit + FRC), covers 99% of the sRGB and 95% of the DCI-P3 color gamuts, and is VESA DisplayHDR 400 certified. It also delivers a 3000:1 contrast ratio and a typical brightness of 400 nits.
For gaming, the Legion 27Q-2c operates at a native 240Hz refresh rate. It has a 0.5ms MPRT response time, and the gray-to-gray response time is adjustable via overdrive settings ranging from 1ms to 6ms. The monitor supports AMD FreeSync and VESA Adaptive-Sync to prevent screen tearing.
It also includes a Dark Boost mode to improve visibility in dark scenes, along with hardware-based low blue light technology, DC dimming, and an anti-glare coating for enhanced viewing comfort.
For connectivity, the 27Q-2c features one DisplayPort 1.4, two HDMI 2.1 (TMDS) ports, and a 3.5mm audio jack. The DisplayPort connection is required to achieve the full 2560 x 1440 resolution at 240Hz with 10-bit color, while the HDMI ports are limited to 1440p at 144Hz with 8-bit color.
The monitor comes with an ergonomic stand that supports 135mm height adjustment, tilt, swivel, and pivot, while 100 x 100mm VESA mounting is also supported.
Timex has launched the 1976 Lexington Reissue Inspired watch in the US, priced at $149. The watch revives the brand’s 1970s rectangular dress watch design with a battery-powered quartz movement and classic analog styling.
Design Details
The Lexington Reissue Inspired features a polished 21mm stainless steel case with a 36mm lug-to-lug length and an 8.5mm thickness. Its compact, vintage-inspired proportions sit comfortably on the wrist and reflect the growing trend toward smaller watch case sizes.
For the dial, Timex uses a silver-tone finish with a vertically brushed texture, elongated Roman numerals, metallic blue hands, and a slightly domed mineral crystal for a vintage look and basic scratch resistance. Because it uses a standard quartz movement, the watch is relatively low-maintenance compared to mechanical alternatives, keeping the price down and allowing for the slimmer case profile.
The watch is paired with an 18mm brown leather strap featuring a crocodile-grain pattern. The strap is made from natural leather, and it includes quick-release spring bars. This allows you to change the band without needing specialized tools. It is designed to fit wrist circumferences between 135mm and 190mm.
Regarding durability, the Lexington Reissue has a water resistance rating of 30 meters. This is a baseline rating for watches, meaning it can survive hand-washing or light splashes, but it should not be worn while swimming or in the shower.
The Timex 1976 Lexington Reissue is listed on the company’s US website for pre-order.
Timex has expanded its US lineup with the release of two new Weekender New England Chronograph models. Priced at $189, the new watches are available directly through the company’s website and offer a straightforward, functional update to the long-running Weekender series.
The two new models, identified by product numbers TW2Y85000 and TW2Y85200, are identical in their hardware and differ only in dial color. Buyers have the option of either a cream or black dial. Both feature full stick markers instead of numerals, alongside luminescent hands for basic visibility in the dark.
In terms of dimensions, Timex is using a 40mm brushed and polished silver-tone stainless steel case. It measures 11.5mm thick with a 48.5mm lug-to-lug distance, which falls into the standard sizing for modern casual watches. The dial is protected by mineral crystal, which provides standard scratch resistance for this price bracket.
Internally, the watch runs on a standard quartz analog movement powered by a replaceable SR920SW battery. As the name suggests, it includes a chronograph complication. Two pushers on the right side of the case allow users to start, stop, and reset the stopwatch function.
The case is rated for 50 meters of water resistance, meaning it can handle rain and light swimming, though Timex explicitly warns against using the pushers underwater or taking the watch diving.
Both versions come equipped with a 20mm brown leather strap featuring contrast side stitching and a standard buckle. The inclusion of quick-release spring bars is a practical touch, allowing owners to swap out the 20mm band without needing a specialized spring bar tool. According to the spec sheet, the stock band fits wrist circumferences between 5.9 and 8.1 inches.
Bose has updated its standard QuietComfort headphones for the first time in three years. The QuietComfort Headphones (2nd Gen) now come in a redesigned fit, have spatial audio, wired lossless playback, and a revised noise cancellation system — features that were previously limited to the pricier QuietComfort Ultra line.
The new QuietComfort headphones bring Bose TrueSpatial technology down from the QuietComfort Ultra series for the first time. It brings modes like Still, Motion, and Cinema that users can choose depending on the surroundings.
True to its name, the Still mode keeps audio in one place even if you move your head; the Motion mode moves the soundstage naturally with you, and Cinema mode broadens the soundstage while pinning dialogue firmly to the center.
If you’d rather skip Bluetooth, plugging in over USB-C gives you wired lossless audio at up to 24-bit/48kHz. The USB-C port also handles audio in both directions, which should improve microphone pickup on video calls. The headphones can be used while charging as well.
Moreover, the updated algorithm on Aware Mode now responds to sudden noise spikes — a passing siren, a door slamming — more smoothly when transparency mode is on. Likewise, Bose’s six-microphone ANC setup has been adjusted to account for the small gaps glasses wearers often get around the earcups.
On the design side, the earcup has softer padding, and the headband’s clamping force has been optimized for a closer fit. Beyond the standard black and white, Bose is offering the QuietComfort Headphones (2nd Gen) in a few limited-edition colors: Eucalyptus Green, Dewdrop Mint, and Rosewood Mauve.
The Bose QuietComfort Headphones (2nd Gen) open for pre-order on August 8 for $359, with shipping starting August 13.
Caviar, a company known for adding precious metals to consumer electronics, has released a customized version of the Ray-Ban Wayfarer II smart glasses. The new collection, called Odyssey, takes the standard wearable device and adds materials like 24-karat gold, sterling silver, and crocodile leather.
Design Details
The collection consists of two specific models. The standard Odyssey version features decorative plaques plated in 24-karat gold, while the Odyssey Silver model uses 22-karat sterling silver inserts. Both designs are built onto the standard black Wayfarer frames. According to Caviar, the metal accents are forged, engraved, and polished by hand. The engravings incorporate Greek motifs, and the temples include star-shaped black enamel details.
Production for both models is strictly capped. Caviar is manufacturing 24 units of each version, a number chosen to match the 24 books of Homer’s Odyssey. The customization also applies to the charging case included with the glasses. Caviar has wrapped the standard Ray-Ban charging case in black crocodile leather and added its own emblem to the clasp.
Underneath the custom exterior, the internal hardware remains unchanged. The glasses retain all the original features of the Ray-Ban Wayfarer II. You can still use the built-in camera to take photos and record video, listen to audio through the open-ear speakers, and use the touch controls and AI voice assistant. The internal battery, camera sensors, and processors are identical to the standard retail version.
From a practical standpoint, Caviar has not specified how much weight these metal additions add to the frames. Weight is generally a key factor in the daily comfort of smart glasses.
Pricing and Availability
The 24K gold Odyssey model is priced at $6,130, and the 22K sterling silver Odyssey Silver is listed at $6,840. Both versions are currently available to order through the company’s website.
Honor is reportedly preparing the next-generation Win series flagship smartphones, following the launch of the original lineup last year. The upcoming Honor Win 2 series is expected to focus on extreme performance and battery life, combining a next-generation 2nm chipset with a massive battery pack. A new leak, courtesy of tipster Digital Chat Station, suggests that it will be unveiled much earlier than the first generation.
Honor Win 2 series could bring 2nm chip and huge battery
Honor Win
According to the tipster, the Honor Win 2 series may arrive as soon as October. This is around two months earlier than the first-generation Honor Win launch, which took place in December 2025.
The device is expected to feature a 10,000mAh battery, continuing the brand’s push towards larger battery capacities that started with the first Honor Win model.
The upcoming phone is also tipped to become one of the first smartphones powered by the upcoming Snapdragon 8 Elite Gen 6 series platform based on a 2nm manufacturing process. To handle the higher performance output from the next-generation Snapdragon chip, the Honor Win 2 series could include an active cooling fan. The system is designed to improve heat dissipation during demanding tasks such as gaming and video rendering, helping maintain stable performance for longer periods.
The active cooling solution could allow the phone to reduce thermal throttling during extended gaming sessions while keeping surface temperatures under control. Combined with the large battery capacity, the device is expected to target users who want long-lasting performance without frequent charging.
The Honor Win 2 series is also expected to feature a 6.89-inch OLED panel offering a 2K+ resolution and a 185Hz refresh rate. There is a possibility that the Snapdragon 8 Elite Gen 6-powered model could be called the Honor Win 2 Pro Max, while the variant with the Snapdragon 8 Elite Gen 5 could be named the Honor Win 2 Pro.
The advanced hardware of the Honor Win 2 series suggests that it may carry a higher price tag compared to its predecessor due to the increased cost of next-generation components, including the 2nm chipset.
Ayaneo has unveiled the Konkr Pocket Advance, a new Android-based retro handheld under its new Konkr sub-brand. It borrows heavily from the classic Game Boy Advance form factor while packing enough modern hardware to handle PlayStation 2 titles.
Ayaneo has officially opened pre-orders for the device on its website. During the early-bird period, the 3GB RAM model is priced at $89, while the 4GB variant costs $109. Following this period, the retail prices will increase to $109 and $129, respectively.
Ayaneo Konkr Pocket Advance Specs
The Pocket Advance comes with a 3.5-inch LCD display featuring a 3:2 aspect ratio and a 960 × 640 resolution, enabling 4× integer scaling for older handheld titles to deliver sharp, distortion-free visuals during emulation.
Internally, the handheld is powered by a MediaTek Helio G90T processor. To manage heat during extended use, the system includes an active cooling fan. For power, it features a 4,000mAh battery. The device measures 151.3mm x 82.4mm x 22mm and weighs 224 grams, placing it in the same size category as many standard pocketable emulation devices currently on the market.
For inputs, the Pocket Advance uses a standard retro layout. It includes a D-pad, ABXY face buttons, and dedicated L1/R1 and L2/R2 shoulder buttons. For connectivity and expansion options, it includes a USB 2.0 Type-C port with support for Power Delivery fast charging, a microSD card slot for game storage, Wi-Fi 5, and Bluetooth 5.0. It also features a standard 3.5mm headphone jack and a physical volume rocker.
The device runs on the Android operating system and uses Ayaneo’s proprietary software suite, including AYASpace, AYAHome, and AYASetting, to manage game libraries and adjust system settings.
You can choose from three color options: Navy Blue, Coral Orange, and Heritage Gray. Ayaneo is also selling a few basic accessories separately, such as a carrying case and screen protectors.
According to the company, the initial production batch is limited, and shipments are projected to commence before the end of August.
In related news, Ayaneo has recently launched the Pocket Micro 2 retro handheld with a 3.5-inch LCD display and a 3,950mAh battery.
For more daily updates, please visit our News Section.
The Snapdragon 4 Gen 4 is designed to push premium, battery-efficient 4nm technology and high-speed 5G connectivity into highly affordable smartphones like the POCO M8 Power and Honor 600 Smart.
In contrast, the Dimensity 7400 targets mid-range devices with a focus on achieving peak performance. It’s quite popular in the segment, but with Snapdragon 4 Gen 4 phones now starting to arrive in the market, people are wondering if the new Snapdragon chip would be a smart choice. Take a look at the benchmark scores and key differences to find out the right upgrade for your needs.
Quick answer – Choose Snapdragon 4 Gen 4 if you prioritize excellent power efficiency and everyday reliability over peak performance. – Choose Dimensity 7400 if you prioritize gaming performance and modern connectivity features.
Qualcomm Spectra Dual ISP (12-bit) up to 108MP single camera up to 36MP single camera at 30fps with zero shutter lag up to 16MP + 16MP dual cameras at 30fps with zero shutter lag up to 1080p video recording hardware-based noise reduction (MFNR)
MediaTek Imagiq 950 ISP (12-bit) up to 200MP single camera up to 4K video recording at 30fps Google Ultra HDR support hardware-based noise reduction (MCNR)
Connectivity
Snapdragon X61 modem download speed: up to 2.5 Gbps upload speed: up to 0.9 Gbps Wi-Fi 5 Bluetooth 5.1 sub-6 GHz only
MediaTek 5G modem download speed: up to 3.27 Gbps (cellular) Wi-Fi 6E Bluetooth 5.4 sub-6 GHz only
Snapdragon 4 Gen 4 vs Dimensity 7400: Benchmark scores
Note: The benchmark tests were performed on the POCO M8 Power 5G (powered by the Snapdragon 4 Gen 4) and the iQOO Z10R (powered by the Dimensity 7400).
Geekbench score
The Dimensity 7400 achieves higher scores in both single-core and multi-core performance tests. The single-core performance is up by 9%, while the lead in the multi-core test jumps to 29%.
The spec sheet tells why there’s a significant difference between multi-core scores. The Snapdragon 4 Gen 4 has two performance cores, while the Dimensity 7400 has four, and all of them run at higher speeds.
Snapdragon 4 Gen 4
Dimensity 7400
Single core
952
1042
Multi core
2328
3014
AnTuTu score
On the AnTuTu v11 benchmark, the Dimensity 7400 achieves over 900K, whereas the Snapdragon 4 Gen 4 just crosses 600K. That’s a solid 48% boost in total score for the Dimensity chip. The picture becomes much clearer once you look at the breakdown.
The Dimensity 7400 gets about a 35% higher CPU score, but the lead in GPU score is a massive 300%. That’s not a glitch, but the Dimensity 7400 has a much more powerful GPU and better gaming optimizations. Memory performance, as per AnTuTu, is nearly the same for both chips, but the UX score is up 55% for the Dimensity chip.
Snapdragon 4 Gen 4
Dimensity 7400
AnTuTu score
623,464
925,061
CPU
251,733
340,697
GPU
36,348
145,500
Memory
154,338
157,129
UX
181,045
281,735
3DMark score
Wild Life Extreme Stress Test
To better evaluate the gaming performance, we put both chips through the Wild Life Extreme Stress test. It’s designed to evaluate sustained GPU performance and thermal throttling under heavy graphical loads.
At the peak, the Dimensity 7400 delivers more than 4x faster gaming performance compared to the Snapdragon 4 Gen 4. Even the low/base performance of the Dimensity 7400 is over 4x higher.
Snapdragon 4 Gen 4
Dimensity 7400
High score
191
850
Low score
189
846
Stability
99%
99.5%
Across every benchmark test we ran them through, the Dimensity 7400 completely outclasses the Snapdragon 4 Gen 4. However, there are additional factors to consider before reaching a conclusion, such as camera capabilities and connectivity standards. Let’s look at them in the following section.
Snapdragon 4 Gen 4 vs Dimensity 7400: Key differences
While both are 4nm chips, the Dimensity 7400 has been manufactured at TSMC’s facilities, which usually deliver slightly better performance and power efficiency than Samsung’s. The latter has been used to manufacture the Snapdragon 4 Gen 4.
The CPU architecture makes a big difference here. The Snapdragon 4 Gen 4 uses a ‘2+6’ setup, featuring two performance cores and six efficiency cores. In contrast, the Dimensity 7400 uses a ‘4+4’ configuration, bringing in two additional performance cores. The Dimensity 7400 also reaches a higher peak clock speed of 2.6 GHz (vs. 2.3 GHz on the SD 4 Gen 4).
For gaming and other graphics-related work, the Snapdragon 4 Gen 4 has an Adreno 613 GPU. On the other hand, the Dimensity 7400 is equipped with a more powerful dual-core Mali-G615 GPU, featuring a higher peak frequency and better computational capabilities.
Furthermore, the Dimensity chip includes a suite of gaming enhancements to optimize visual quality, performance, and network connectivity. The Snapdragon 4 Gen 4 lacks Snapdragon Elite Gaming features, which are typically found on mid-range and flagship chips.
The Dimensity 7400 also excels in camera capabilities, supporting up to 200MP single-camera and 4K video recording, while the Snapdragon 4 Gen 4 is limited to 108MP single-camera and 1080p video recording. Additionally, the Dimensity chip supports the Google Ultra HDR format.
On the connectivity side, the Dimensity 7400 delivers a higher peak speed over 5G (3.27 vs 2.5 Gbps) and supports newer Bluetooth and Wi-Fi standards. That means devices powered by Dimensity 7400 should achieve better Wi-Fi stability in crowded places, as well as more stable Bluetooth connections and better audio transmission.
Snapdragon 4 Gen 4 vs Dimensity 7400: Which one should you choose?
Choosing between Snapdragon 4 Gen 4 and Dimensity 7400 isn’t difficult if you know your performance needs and usage style. The Snapdragon chip prioritizes overall battery efficiency, reliable everyday performance, and affordable 5G connectivity. It’s best suited for standard tasks like browsing, media consumption, and basic multitasking.
On the other hand, the Dimensity 7400 delivers superior raw performance and a significantly better gaming experience. It also offers a higher-resolution camera, higher-resolution video recording, and modern connectivity features such as Wi-Fi 6E and Bluetooth 5.4.
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