OnePlus is giving its popular Nord audio lineup a fresh update with the new Nord Buds 4. They’re packing in some useful features, like strong noise cancellation and long battery life, while still keeping things affordable.
The company has now officially shared the key specs ahead of the June 25 launch in India. The big highlight is the up to 52dB active noise cancellation (ANC), which should do a solid job blocking out noise whether you’re commuting, working, or just trying to focus. Inside, the earbuds pack 12mm titanium-plated dynamic drivers that promise punchy bass and clear audio for music, movies, and calls.
Each earbud is super lightweight at just 4.3g and has an ergonomic design meant for comfortable long sessions. They also support 3D spatial audio and game spatial sound effects, which should make listening feel more immersive. You’ll be able to pick them up in two cool colors: Astral Teal (a nice cyan shade) and the classic Stellar Black.
Battery life looks like one of the strongest points. With the charging case, you’re looking at up to 54 hours of total playback. And if you’re in a rush, 10 minutes of fast charging gives you around 11 hours of use, which is super handy for busy days.
Pricing hasn’t been revealed yet, but these are clearly aimed at the competitive mid-range TWS segment. They build on the Nord series’ reputation for offering good value, and they should pair nicely with OnePlus phones through the HeyMelody app for smoother controls and possible software tweaks.
Overall, with solid ANC, good drivers, lightweight comfort, and marathon battery life, the Nord Buds 4 seem ready to take on rivals from Redmi and CMF. As the June 25 launch gets closer, it’ll be interesting to see how they actually perform in real life and whether they deliver that sweet spot of performance, comfort, and price that budget-conscious users are looking for.
Google has unveiled the Google Home Speaker, marking the beginning of a new generation of smart home devices built around Gemini. The speaker introduces a more conversational approach to voice interactions and is designed to make everyday tasks, entertainment, and smart home controls feel more natural than traditional voice assistants.
Google Home Speaker features and Gemini capabilities
Google Home Speaker
The Google Home Speaker is the first audio product created specifically for Gemini for Home, Google’s AI-powered voice assistant. Instead of relying on fixed command phrases, the system can understand more natural requests, follow context during conversations, and handle multiple instructions within a single sentence. Users can also make corrections while speaking without needing to restart a command.
Google has included 10 new voice options designed to deliver more natural responses. Gemini can answer more detailed questions by combining information from different sources and reasoning through multiple steps. The speaker also supports continued conversations, allowing users to ask follow-up questions without repeatedly using the wake phrase. For users seeking additional AI features, Google Home Premium unlocks Gemini Live conversations, camera history search for compatible Nest cameras, and Home Brief summaries that recap activity around the house.
Google Home Speaker
Beyond AI features, the speaker delivers 360-degree audio designed to provide balanced sound throughout a room. Advanced microphone processing helps improve voice recognition in different environments. It can also be paired with a Google TV Streamer, with support for up to two speakers to create a more immersive home entertainment setup with spatial surround sound.
Google Home Speaker price and availability
The Google Home Speaker is available for pre-order and will go on sale from June 25. It carries a price tag of $99.99. The device comes in Hazel and Porcelain colour options globally, while Jade and Berry are exclusive to the US market. Google says subscribers to AI Pro and AI Ultra plans will receive Google Home Premium access at no additional cost.
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Lenovo has announced the Lenovo AI Mini PC in China, targeting users who want a dedicated device for local AI workloads and personal AI services. The compact system arrives with Lenovo’s Tianxi Claw platform pre-installed and is designed to work out of the box, bringing AI-assisted computing to homes and small offices without requiring complex setup.
Lenovo AI Mini PC specifications and features
At the heart of the Lenovo AI Mini PC is the Cixin P1 processor, also identified as the CD8180. Built on a 6nm process, the chip combines a 12-core Armv9.2 CPU, a 10-core Immortalis G720 GPU, and an NPU capable of delivering 30 TOPS of AI performance. The complete platform reaches up to 45 TOPS of computing power, making it suitable for local AI processing and intelligent automation tasks.
The system ships with 8GB LPDDR5 memory and a 256GB SSD. Lenovo has also integrated Tianxi Claw, allowing users to deploy AI functions with a single setup process. The platform supports downloadable Skills and can connect with popular communication services such as QQ, WeChat, and Feishu. It can host multiple Claw instances and supports shared access among several users, making it suitable for family or team environments.
Connectivity options include two USB 3.2 Type-A ports, two full-function USB Type-C ports, two USB 2.0 ports, a DisplayPort 1.4 output, an HDMI 1.4 port, and a 2.5GbE network interface. The mini PC also supports a developer mode and is compatible with Ubuntu, providing additional flexibility for developers and advanced users.
Lenovo says the device is backed by Tianxi AI 4.0, which introduces autonomous task execution capabilities, an upgraded personal knowledge base, enhanced security protections, and access to a growing Skills marketplace.
Lenovo AI Mini PC price and availability
The Lenovo AI Mini PC is now available in China with an introductory price of CNY 2,999 (~$445). The device is being positioned as an AI-native personal edge computing solution for consumers looking to run AI-powered services locally. What feature of the Lenovo AI Mini PC do you find most interesting? Share your thoughts in the comments.
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Huawei Nova 16 and Oppo Reno 15 represent two very different approaches to the premium mid-range smartphone market. One focuses on massive battery life and hardware value, while the other emphasizes refined design, versatile cameras, and a polished software experience. With both devices offering high-refresh-rate displays, advanced zoom cameras, and fast charging, choosing between them comes down to which features matter most in daily use. This comparison breaks down the key differences to help buyers find a better fit.
Major Features:
Category
Huawei Nova 16
Oppo Reno 15
Winner
Build Quality
Glass front, plastic frame, aluminum back
Glass front, aluminum frame, glass back
Oppo – More premium materials
Durability
IP65 water and dust resistance
IP68/IP69 water and dust resistance
Oppo – Better protection
Display Technology
6.68-inch OLED, HDR Vivid, 120Hz
6.59-inch AMOLED, HDR10+, 120Hz
Tie – Both offer premium panels
Display Comfort
2160Hz PWM dimming
Standard AMOLED dimming
Huawei – Better eye comfort
Display Protection
Aluminosilicate glass
Gorilla Glass 7i
Oppo – Stronger protection
Chipset
Kirin 9010S
Snapdragon 7 Gen 4
Oppo – Better app and gaming support
RAM
12GB standard
8GB/12GB options
Huawei – More RAM by default
Storage Options
256GB/512GB
256GB/512GB
Tie – Similar storage choices
Software
HarmonyOS 6.1
Android 16, ColorOS 16
Oppo – Wider app ecosystem
Main Camera
50MP wide
50MP wide with OIS
Tie – Comparable primary cameras
Telephoto Camera
50MP periscope, 3.7x zoom
50MP telephoto, 3.5x zoom
Huawei – Periscope advantage
Ultrawide Camera
No
8MP ultrawide
Oppo – More versatile setup
Selfie Camera
50MP ultrawide
50MP ultrawide with AF
Oppo – Autofocus improves selfies
Rear Camera Versatility
Dual-camera setup
Triple-camera setup
Oppo – Covers more shooting scenarios
Video Recording
4K video
4K 60fps support
Oppo – Higher frame rate option
Battery Capacity
7000mAh
6500mAh
Huawei – Longer endurance
Charging Speed
100W wired
80W wired
Huawei – Faster charging
Wireless Features
Wi-Fi 7, Bluetooth 6.0
Wi-Fi 5, Bluetooth 5.4
Huawei – More advanced connectivity
Fingerprint Scanner
Side-mounted
Under-display optical
Oppo – More premium implementation
Value for Money
Around $450 / ₹42,000
Around $500 / ₹46,000
Huawei – More hardware for less money
Disclaimer: Specs are based on available data. Actual performance may vary. Verify details from official sources before buying.
The Huawei Nova 16 and Oppo Reno 15 both target the premium mid-range segment, but they approach design differently. Huawei combines a glass front with an aluminum back and plastic frame, while Oppo uses a more premium glass-and-aluminum construction throughout. The Reno 15 also gains an advantage with IP68/IP69 certification, offering stronger protection against water and dust than the Nova 16’s IP65 rating.
Huawei focuses on practicality with a side-mounted fingerprint scanner and a clean design, while Oppo delivers a more flagship-like feel thanks to its under-display fingerprint sensor and tougher Gorilla Glass 7i protection. For users who value durability and a refined finish, Oppo feels slightly more polished.
Display Quality
Huawei equips the Nova 16 with a 6.68-inch OLED panel featuring HDR Vivid support, 120Hz refresh rate, and high-frequency 2160Hz PWM dimming that can reduce eye strain. Oppo counters with a 6.59-inch AMOLED display supporting HDR10+, 120Hz refresh rate, and strong brightness levels.
Both displays are sharp and vibrant, but Huawei’s PWM implementation may appeal more to sensitive users, while Oppo’s HDR10+ support offers broader content compatibility.
Verdict
Winner: Oppo Reno 15 – Better materials, stronger durability, and a more premium overall experience give it a narrow edge, though Huawei offers excellent display comfort.
2. Specifications Including Battery
Performance
The Huawei Nova 16 runs on the Kirin 9010S paired with 12GB RAM across all variants. Everyday performance is expected to be smooth, with strong multitasking capabilities and efficient app handling. The Oppo Reno 15 uses Qualcomm’s Snapdragon 7 Gen 4 chipset, built on a modern 4nm process and paired with the reliable Adreno 722 GPU.
For gaming, long-term app compatibility, and broader software support, the Snapdragon platform has a clear advantage. ColorOS 16 on Android 16 also provides access to the full Android ecosystem, which remains important for many buyers.
Battery and Charging
Battery capacity is where Huawei makes a major statement. The Nova 16 packs a massive 7000mAh battery supported by 100W charging, making it one of the most endurance-focused phones in its class. Oppo’s 6500mAh battery is still impressive and is complemented by fast 80W charging that reaches a full charge in about 50 minutes.
Huawei is better suited for users who prioritize maximum battery life, while Oppo balances endurance with efficiency.
Verdict
Winner: Huawei Nova 16 – The larger battery, faster charging, and generous 12GB RAM configuration make it the stronger hardware package overall.
3. Camera
Main and Secondary Lenses
Huawei adopts a focused photography setup with a 50MP main camera and a 50MP periscope telephoto lens offering 3.7x optical zoom and OIS. The larger main sensor should help with low-light performance, and the dedicated periscope camera is likely to deliver strong long-range shots.
Oppo responds with a versatile triple-camera system consisting of a 50MP main camera, a 50MP telephoto lens with 3.5x optical zoom, and an additional 8MP ultrawide camera. While its primary sensor may not match Huawei’s size advantage, the extra ultrawide lens significantly increases shooting flexibility.
The Oppo setup feels more complete for everyday photography because it covers more scenarios without sacrificing telephoto quality.
Selfie Camera
Both phones feature 50MP ultrawide selfie cameras capable of 4K recording. Oppo adds autofocus, which can improve sharpness and consistency for selfies and video calls.
Verdict
Winner: Oppo Reno 15 – The ultrawide rear camera and autofocus selfie camera create a more versatile photography experience, despite Huawei’s stronger periscope hardware.
4. Pricing
The Huawei Nova 16 is priced around $450 (₹42,000), while the Oppo Reno 15 is priced around $500 (₹46,000). The difference is relatively small, but it places the Oppo in a slightly more premium bracket.
Huawei delivers excellent value through its huge 7000mAh battery, 100W charging, 12GB RAM as standard, Wi-Fi 7 support, and periscope zoom camera. Buyers focused on battery endurance and hardware specifications receive a lot for the money.
Oppo justifies its higher price through a more premium build, stronger water resistance, Snapdragon platform, Android ecosystem access, and a more versatile camera system. These improvements contribute to a more balanced overall smartphone experience.
For pure specification seekers, Huawei offers better value. For users looking for refinement and broader software compatibility, Oppo’s pricing remains reasonable.
Verdict
Winner: Huawei Nova 16 – It delivers more hardware for less money, making it the stronger value proposition.
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 Huawei Nova 16 stands out with its massive 7000mAh battery, 100W charging, Wi-Fi 7 connectivity, and 50MP periscope camera. These features make it particularly attractive for heavy users who prioritize battery life and long shooting sessions. It feels like a device designed to maximize endurance without compromising flagship-style features.
The Oppo Reno 15 distinguishes itself through its premium construction, IP68/IP69 protection, Snapdragon 7 Gen 4 processor, Android 16 software experience, and versatile triple-camera setup. The combination creates a more rounded smartphone that fits a wider range of users.
Both devices are highly competitive, but they appeal to slightly different priorities. Huawei focuses on specification-driven value, while Oppo emphasizes balance and refinement.
Verdict
Choose the Huawei Nova 16 if battery life, charging speed, and overall value are the highest priorities. Choose the Oppo Reno 15 if camera versatility, software ecosystem, durability, and premium design matter more.
Overall, the Oppo Reno 15 is the better all-around smartphone, while the Huawei Nova 16 offers the stronger value-for-money package.
Disclaimer: This comparison is based on the specifications provided and is intended for general informational purposes. Actual performance, camera results, battery life, and overall experience may vary depending on real-world usage, software updates, and individual preferences.
Google has released Android 17, introducing a collection of new features aimed at making smartphones and large-screen devices more productive, secure and efficient. The update is rolling out first to supported Pixel devices, while other eligible Android smartphones, tablets and foldables are expected to receive it later this year. Alongside user-facing additions, Android 17 also includes several under-the-hood improvements designed to enhance overall system performance.
Android 17: Smarter ways to work and play
A major highlight of Android 17 is its improved multitasking experience. The new Bubbles feature allows users to open apps in compact floating windows that remain accessible while using other applications. This makes it easier to check messages, notes, maps or other information without repeatedly switching between apps. On larger devices such as tablets and foldables, Android 17 adds a dedicated bubble bar that keeps active floating windows organised for quick access.
The update also introduces Screen Reactions, which combines screen recording with selfie camera capture. Users can record their reactions while demonstrating apps, commenting on videos or creating tutorials directly from their device. Foldable smartphones receive additional gaming enhancements through a new gaming mode that splits the display between gameplay and on-screen controls, creating a more immersive experience. Google says memory handling has also been improved to reduce stuttering and maintain smoother gameplay during demanding titles.
Android 17 brings several new privacy controls. Users can now provide apps with temporary access to their precise location and choose specific contacts to share rather than granting access to an entire contact list. The Find Hub service gains an upgraded “Mark as lost” option that can secure a misplaced device using biometric authentication, helping protect sensitive data even if someone knows the device passcode.
The update also strengthens protection against scams and malicious software through enhancements to Live Threat Detection and Advanced Protection. Additional safeguards have been added to PIN authentication by limiting repeated attempts and increasing waiting periods after multiple failures. Google has further introduced app memory limits to prevent excessive RAM usage, which can help improve battery life and overall responsiveness.
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Gallium nitride (GaN) technology has steadily reduced the size of our everyday power bricks over the last few years, but Ugreen’s latest release pushes the form factor even further into the realm of pocketability. The company has just launched the Nexode Air 45W Ice Chip charger in China. Priced at 109 yuan ($16), its primary selling point is an ultra-thin profile that measures a mere 12.5mm thick.
Ugreen Nexode Air 45W Specifications
The exact dimensions are 62.2 x 42.74 x 12.5 mm, and it weighs about 54 grams. Ugreen says this design makes it roughly 58% smaller by volume than its previous 45W chargers. It has a flat, rectangular shape with foldable prongs, allowing it to slide into a pants pocket or the front pouch of a laptop sleeve without creating a noticeable bulge. The device comes in a silver-gray finish, with a single USB-C port located on the bottom edge.
That single port outputs up to 45W, which is enough to fast-charge modern phones, tablets, and smaller electronics like handheld gaming PCs. According to Ugreen, the charger can get an iPhone 17 Pro from zero to 67% battery in about half an hour. It supports standard fast-charging protocols and operates on a 100-240V input range, meaning it can be used internationally with a basic plug adapter.
Packing 45W into a chassis this small usually raises concerns about heat, which is where the Ice Chip name comes from. Ugreen says it is managing thermals using a high-density internal layout and a heat-conductive structure.
It also uses a system the company calls Thermal Guard, which actively monitors the charger’s temperature multiple times per second to keep the surface from getting too hot. The internal components are packed to achieve a power density of 1.496W/cm³, with an energy conversion efficiency of 90%.
For device safety, the charger includes standard protections against overcurrent, overvoltage, and short circuits, all housed in a flame-retardant shell. It also features a voltage regulation system that adjusts power delivery as your device charges.
Once a connected phone or tablet reaches 80% capacity, the adapter switches to a slower trickle-charge mode to help preserve the device’s battery health and keep temperatures down.
In related news, Belkin has recently introduced a new 45W GaN charger featuring a built-in retractable USB-C cable, while Anker has unveiled a 160W smart charger that supports Huawei’s 66W SuperCharge and Xiaomi’s 120W fast-charging standards.
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In a recent essay posted on X, Microsoft’s CEO Satya Nadella raised some serious concerns about the long-term impact of advanced AI on businesses. His main worry? Powerful AI models are getting so good at absorbing specialized corporate knowledge that the very companies creating this expertise could end up at a big disadvantage.
Nadella cautions that without careful steps, a small handful of dominant AI companies could end up capturing most of the economic value. He puts it bluntly: no one wants “a world where every company across every sector is ceding value to a few models that eat everything they see.” He also stresses there’s “no societal permission for an AI future that hollows out entire industries.”
He draws a parallel to the early days of globalization, when outsourcing boosted overall GDP numbers but also eroded industrial bases, jobs, and local expertise in many places, effects we’re still dealing with today. Nadella doesn’t want AI to repeat that same mistake, where value gets pulled away from traditional companies and funneled toward just a few tech giants.
Instead, he’s pushing for a more open and decentralized AI world. Companies need to keep control of their own “learning systems” and build internal AI capabilities. He talks about combining “human capital” (judgment, relationships, and creativity) with “token capital” (proprietary AI trained on their own data). That way, businesses can protect their competitive edge and keep driving real innovation.
This isn’t just Nadella’s view. Other leaders like Snowflake CEO Sridhar Ramaswamy and Box CEO Aaron Levy have made similar points, warning that big companies could become little more than data suppliers for powerful external AI models, losing their ability to stand out.
Nadella’s message is clear: we need to develop it in a way that spreads value more fairly instead of concentrating it in just a few hands. That balance will be key to making sure AI strengthens companies and society rather than weakening the expertise that makes them successful in the first place.
Motorola’s Edge 70 Pro+ and Nothing’s Phone (4a) Pro target buyers who want premium features without entering flagship price territory. Both devices offer high-refresh-rate AMOLED displays, telephoto cameras, and large batteries, but they take different approaches. Motorola focuses on performance, battery endurance, and durability, while the Nothing device emphasizes design, software experience, and its distinctive Glyph-inspired lighting system. Choosing between them depends on whether raw hardware or a more unique user experience matters more.
The Motorola Edge 70 Pro+ uses an eco-leather back paired with a plastic frame, creating a comfortable in-hand feel that resists fingerprints and offers a more practical everyday experience. It also brings stronger durability credentials with IP68/IP69 protection and MIL-STD-810H certification, making it a better choice for users who prioritize toughness and reliability.
The Nothing Phone (4a) Pro takes a more premium visual approach with an aluminum unibody construction and its signature mini-LED lighting system on the rear. The design stands out immediately and feels more distinctive than most smartphones in this segment. For buyers who value aesthetics and uniqueness, the Nothing device has a stronger visual appeal.
Display Quality
Both phones feature 144Hz AMOLED panels with HDR10+ support and excellent color reproduction. The Nothing offers a slightly larger display and thinner bezels, creating a more immersive viewing experience. However, the Motorola counters with higher brightness capabilities, making outdoor visibility more impressive under direct sunlight.
Verdict
The Nothing Phone (4a) Pro feels more premium and distinctive, but the Motorola Edge 70 Pro+ wins overall thanks to its superior durability and brighter display performance.
2. Specifications Including Battery
Performance
The Motorola Edge 70 Pro+ is powered by the MediaTek Dimensity 8500 Extreme chipset paired with fast UFS 4.1 storage. It delivers stronger processing power, faster app launches, and better sustained performance during gaming and multitasking. The hardware feels closer to upper-tier flagship devices than a traditional mid-range smartphone.
The Nothing Phone (4a) Pro uses the Snapdragon 7 Gen 4 chipset with UFS 3.1 storage. Daily performance remains smooth and responsive, and Nothing OS 4.1 provides a clean software experience. However, demanding workloads and heavy gaming sessions reveal the performance gap between the two devices.
Battery and Charging
Battery life is a major strength of the Motorola thanks to its massive 6500mAh battery. Combined with 90W wired charging and wireless charging support, it offers excellent convenience and endurance. The Nothing device provides respectable battery life with its 5080mAh global and 5400mAh Indian variants, but its 50W charging is noticeably slower and lacks wireless charging.
Verdict
The Motorola Edge 70 Pro+ clearly leads in performance, battery capacity, charging speed, and overall hardware capability, making it the stronger long-term performer.
3. Camera
Main and Secondary Lenses
Both phones feature a 50MP main camera and a 50MP periscope telephoto lens with 3.5x optical zoom, creating a surprisingly close contest. Motorola gains an advantage with its 50MP ultrawide camera, which captures more detail and flexibility than Nothing’s 8MP ultrawide sensor. This difference becomes noticeable in landscape photography and group shots.
Video recording is another area where Motorola pulls ahead. Support for 4K recording up to 120fps provides more creative flexibility, while Nothing is limited to 4K at 30fps. The Nothing device still produces attractive images with strong contrast and HDR processing, particularly in daylight conditions.
Selfie Camera
Motorola includes a 50MP autofocus selfie camera capable of 4K recording. The Nothing offers a 32MP front camera limited to 1080p video. The Motorola setup delivers sharper results and more versatility for content creators and video callers.
Verdict
The Motorola Edge 70 Pro+ offers a more complete camera package, particularly due to its superior ultrawide camera, stronger video capabilities, and higher-quality selfie setup.
4. Pricing
The Motorola Edge 70 Pro+ is priced around $570 (₹48,000), while the Nothing Phone (4a) Pro is priced around $500 (₹40,000). The price gap is noticeable but not excessive, considering the hardware differences between the two devices.
For the additional cost, the Motorola delivers a more powerful chipset, larger battery, faster charging, wireless charging support, stronger durability ratings, brighter display output, and a more capable camera system. These upgrades affect daily usage and are not merely specification-sheet advantages.
The Nothing Phone (4a) Pro remains attractive for buyers seeking a distinctive design and a clean software experience while saving money. It provides a balanced package that covers most essentials without feeling compromised. However, when comparing pure hardware value, the Motorola stretches the budget further.
Verdict
The Nothing Phone (4a) Pro offers solid value at its price, but the Motorola Edge 70 Pro+ justifies its higher cost with meaningful upgrades across nearly every major category.
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 Motorola Edge 70 Pro+ stands out through its large 6500mAh battery, 90W charging, wireless charging support, advanced durability certifications, brighter display, and stronger overall camera system. It is designed for users who prioritize performance, endurance, and versatility.
The Nothing Phone (4a) Pro differentiates itself with its aluminum unibody construction, unique mini-LED rear lighting system, clean Nothing OS interface, and lower entry price. It delivers a more distinctive personality than many competitors and appeals to buyers looking for something visually different.
Verdict
Both devices are strong contenders in the upper mid-range segment, but the Motorola Edge 70 Pro+ emerges as the better all-around smartphone. Its superior performance, battery life, charging capabilities, durability, and camera versatility provide tangible advantages in everyday use.
Nothing Phone (4a) Pro remains a compelling alternative for users who prioritize design and software experience, but for most buyers, the Motorola offers the more complete package and the stronger overall value proposition.
Disclaimer: This comparison is based on the specifications provided and is intended for general informational purposes. Actual performance, camera results, battery life, and overall experience may vary depending on real-world usage, software updates, and individual preferences.
Motorola Edge 70 Pro+ and OnePlus 15R target buyers looking for flagship-level features without stepping into ultra-premium pricing. One focuses on delivering a versatile camera experience and feature-rich package, while the other emphasizes cutting-edge performance and battery life. With both devices offering premium displays, powerful hardware, and large batteries, this comparison highlights which smartphone delivers the better overall value for different types of users.
The Motorola Edge 70 Pro+ focuses on comfort and practicality with its eco-leather back, Gorilla Glass 7i protection, and IP68/IP69 certification. The textured rear panel provides extra grip and helps reduce fingerprints, making the phone feel more user-friendly during daily use. Motorola also includes MIL-STD-810H compliance, adding an extra layer of durability for users who spend time outdoors.
The OnePlus 15R takes a more premium approach with its aluminum frame and glass construction. It also carries IP68/IP69K protection and offers eSIM support in selected variants. The overall design feels more flagship-oriented, with materials that deliver a more refined appearance.
Display Quality
Motorola offers a 6.78-inch AMOLED display with a 144Hz refresh rate, HDR10+, and an impressive 5200-nit peak brightness. Colors appear vibrant and punchy, making media consumption highly enjoyable.
The OnePlus 15R counters with a larger 6.83-inch AMOLED panel featuring a 165Hz refresh rate, Dolby Vision, HDR10+, HDR Vivid support, and Ultra HDR compatibility. While both displays are excellent, OnePlus delivers a slightly richer visual experience for gaming and HDR content.
Verdict
The Motorola Edge 70 Pro+ feels more practical and comfortable, while the OnePlus 15R looks and feels more premium. For display quality alone, the OnePlus 15R takes a narrow lead thanks to its higher refresh rate and broader HDR support.
2. Specifications Including Battery
Performance
Performance is where the gap between these two phones becomes noticeable. The Motorola Edge 70 Pro+ uses the MediaTek Dimensity 8500 Extreme chipset paired with 12GB RAM and UFS 4.1 storage. Everyday performance is smooth, multitasking is effortless, and gaming remains highly capable.
The OnePlus 15R is powered by the Snapdragon 8 Gen 5, one of the most powerful Android processors available. Combined with UFS 4.1 storage and up to 512GB capacity, it delivers flagship-level speed. Heavy gaming, video editing, and AI-powered tasks benefit significantly from the extra processing power. Users looking for long-term performance headroom may find the OnePlus more appealing.
Battery and Charging
Motorola equips the Edge 70 Pro+ with a 6500mAh battery, 90W wired charging, 15W wireless charging, and reverse charging capabilities. The charging versatility is a major advantage.
The OnePlus 15R features a larger 7400mAh battery with 80W wired charging. Battery endurance should be among the best in its segment, although the lack of wireless charging reduces convenience.
Verdict
The OnePlus 15R wins on raw performance and battery capacity. However, Motorola offers a more complete charging package, making the choice dependent on whether power or convenience matters more.
3. Camera
Main and Secondary Lenses
Motorola clearly targets camera enthusiasts with its triple 50MP camera setup. The combination of a 50MP main sensor, 50MP ultrawide camera, and a 50MP periscope telephoto lens with 3.5x optical zoom creates a highly versatile photography system. The inclusion of Pantone-validated colors and skin tones further enhances image consistency.
The OnePlus 15R uses a simpler dual-camera arrangement consisting of a 50MP main sensor and an 8MP ultrawide camera. The primary camera should deliver strong results, but the lack of a dedicated telephoto lens limits zoom flexibility. The smaller ultrawide sensor also falls behind Motorola’s more capable secondary cameras.
Selfie Camera
Motorola includes a 50MP autofocus selfie camera capable of 4K recording. Detail levels and focusing accuracy should be excellent for both photos and video calls.
The OnePlus 15R features a 32MP autofocus selfie camera with OIS-assisted video recording. While still capable, it does not match Motorola’s resolution advantage.
Verdict
Motorola offers the stronger overall camera package. The dedicated telephoto lens, higher-resolution ultrawide camera, and superior selfie hardware give it a clear advantage for photography-focused buyers.
4. Pricing
The Motorola Edge 70 Pro+ is priced around $570 (approximately ₹48,000), while the OnePlus 15R is priced around $650 (approximately ₹55,000). This creates a noticeable price difference that places the OnePlus in a more premium segment.
At its price, Motorola delivers a flagship-grade display, versatile triple-camera system, wireless charging support, premium durability features, and a large battery. The overall package feels aggressively positioned and offers several features that are often reserved for more expensive devices.
The OnePlus 15R justifies its higher price primarily through its Snapdragon 8 Gen 5 processor, larger battery, premium build materials, and advanced display technologies. Users focused on gaming and performance-heavy workloads may find the additional cost worthwhile.
Verdict
For overall value, the Motorola Edge 70 Pro+ offers more hardware for the money. The OnePlus 15R justifies its premium only if top-tier performance is the highest priority.
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 Motorola Edge 70 Pro+ stands out with its 50MP triple-camera system, periscope zoom lens, wireless charging, reverse wireless charging, Pantone color validation, and highly competitive pricing. It delivers a balanced flagship experience without major compromises.
The OnePlus 15R differentiates itself through the Snapdragon 8 Gen 5 chipset, massive 7400mAh battery, 165Hz AMOLED display, Dolby Vision support, ultrasonic fingerprint scanner, and premium aluminum-frame construction. These features make it especially attractive for power users and gamers.
Verdict
The Motorola Edge 70 Pro+ is the better all-round smartphone. It provides a more complete feature set, significantly stronger camera hardware, wireless charging support, and better overall value. The OnePlus 15R remains the better option for buyers seeking maximum performance and battery endurance, but for most users, Motorola delivers the more balanced and rewarding package.
Disclaimer: This comparison is based on the specifications provided and is intended for general informational purposes. Actual performance, camera results, battery life, and overall experience may vary depending on real-world usage, software updates, and individual preferences.
A pretty exciting breakthrough has surfaced for Apple Silicon. A developer has figured out how to bypass restrictions on the M4’s Neural Engine (ANE) to enable on-device AI model training, something Apple has kept locked down so far.
Apple MacBook Air M4
Normally, the Neural Engine in M4 chips is mainly used for running (inference) pre-trained models efficiently. But security researcher and developer @0x0SojalSec announced on X that they successfully reverse-engineered the limitations. They’ve managed to unlock up to 15.8 TFLOPS of compute power for full training workloads, including backpropagation on transformer models.
Instead of relying on Apple’s usual Core ML or Metal frameworks, the team built a custom Model Intermediate Language (MIL) to talk directly to the Neural Engine. They keep everything in RAM to avoid slow storage writes, which makes the process surprisingly fast and stable. They even found a workaround using the exec() command to restart the process when training gets stuck, allowing it to checkpoint and keep going.
The developer has shared the project on GitHub, showing that it’s possible to train neural networks directly on the ANE hardware with minimal extra dependencies. Early tests show impressive results, like completing transformer training steps in just milliseconds on M4 chips.
Apple hasn’t officially enabled or supported training on the Neural Engine (they market it as delivering up to 38 TOPS for inference only). This reverse-engineering effort shows there’s a lot more potential hidden in these chips than most people realized.
This is big news for the AI community because it could turn regular Macs and iPads into much more capable local training machines for smaller models, reducing the need to rely on cloud services. It also sparks interesting discussions about Apple’s tightly controlled hardware-software approach.
It’ll be fascinating to see what else the community discovers as more people experiment with this. For now, it’s a promising step toward more powerful on-device AI experimentation in the Apple ecosystem.
Asus is beefing up its affordable business and everyday laptop range with this new model. The Dawn 7S Ryzen Edition is designed for students, professionals, and anyone who wants good performance and practical features without paying a premium price.
Inside, it runs on AMD’s Ryzen AI 5 330 processor (Zen 5 architecture), a 4-core/8-thread chip with a 15-28W TDP. It includes a capable NPU (around 50 TOPS), making it ready for on-device AI tasks.
You get 16GB DDR5 RAM (expandable), a fast 1TB PCIe 4.0 SSD, and the platform supports up to 96GB of memory. The display is a nice 16:10 anti-glare IPS panel with 2.5K resolution and a smooth 144Hz refresh rate, which is great for both productivity and casual scrolling.
At 1.87kg, it’s fairly portable. It also comes with Asus’s ExpertCool thermal system for better sustained performance, a 70Wh battery with 65W USB-C PD charging, and a full set of ports: Thunderbolt, USB-C, HDMI 2.1, multiple USB-A ports, Ethernet (RJ45), and a 3.5mm headphone jack.
Other nice touches include a spill-resistant keyboard with good key travel, a fingerprint reader, AI noise cancellation for calls, low blue light certification, and MIL-STD 810H military-grade durability. It also supports modern Wi-Fi 7 and Bluetooth 5.4.
What makes this Ryzen Edition stand out in the sub-7,000 yuan range is the combination of strong storage, a high-refresh high-res screen, and excellent connectivity (especially the Ethernet port, which many slim laptops drop these days). It feels like a very practical daily driver for hybrid work, studying, or general use.
Overall, Asus has put together a well-rounded laptop that offers strong real-world usability at a competitive price. It should appeal to anyone looking for reliability and features without overspending.
Pricing and availability:
The Dawn 7S Ryzen Edition is currently priced at 6,999 yuan on JD.com, which is equivalent to €892 at the current exchange rate.
A new Xiaomi phone has been spotted in network certification records under the model number 2608BPX34C. This is the same model number that has been tied to Xiaomi’s upcoming foldable in earlier reports, so there is a good chance this listing belongs to the same device.
The listing confirms support for the network connectivity up to 5G along with UWB (Ultra-Wideband) technology.
However, it doesn’t reveal the moniker of the foldable. According to previous rumors, it could be called either the Xiaomi Mix Fold 5 or the Xiaomi 17 Fold.
What we know so far
The foldable is said to be powered by Xiaomi’s new self-made chip, the XRING O3, and a new rumor by Digital Chat Station also suggests that it could be the first phone to run the company’s upcoming HyperOS 4 software.
What’s interesting is that the tipster suggests the foldable could launch before the Xiaomi 18 series. The basis of the claim is that the Xiaomi 18 series hasn’t appeared on the certification yet, so a launch before the Mix Fold 5 is highly unlikely.
As for HyperOS 4, Xiaomi is reportedly building AI directly into its system apps. It’s also expected to bring support for miclaw AI agent.
Back in early June, reports said Xiaomi is working on the Xiaomi Mix Fold 5 with the new in-house O3 chip and a 200-megapixel camera sensor.
Likewise, a previous report suggests the device could feature a wider inner display than the Mix Fold 4. It’s also said to be more expensive than its predecessor.
After releasing four major beta builds over the past four months, Google has finally pushed the stable Android 17, which is now rolling out to eligible Google Pixel devices. The update package also includes the June 2026 Pixel Feature Drop.
Here’s how the Android 17 development progressed:
Android 17 Beta 1: Feb 13, 2026
Android 17 Beta 2: Feb 26, 2026
Android 17 Beta 3: Mar 26, 2026
Android 17 Beta 4: Apr 16, 2026
Android 17 Beta 4.1: Jun 1, 2026
Stable Android 17: Jun 16, 2026
The Android 17 update is available for a wide range of Pixel devices, all the way back to Pixel 6. Review the list below to see if yours is included.
Google Pixels eligible for Android 17 update: Full list
Pixel 10
Pixel 10 Pro
Pixel 10 Pro XL
Pixel 10 Pro Fold
Pixel 10a
Pixel 9
Pixel 9 Pro
Pixel 9 Pro XL
Pixel 9 Pro Fold
Pixel 9a
Pixel 8
Pixel 8 Pro
Pixel 8a
Pixel Tablet
Pixel Fold
Pixel 7
Pixel 7 Pro
Pixel 7a
Pixel 6
Pixel 6 Pro
Pixel 6a
Unlike other brands, Google rolls out the update to all eligible devices at the same time. However, availability may vary depending on your region. You can manually check for available software updates by navigating to Settings > System > System Update.
For non-beta users, the update package is a few gigabytes. Beta users are receiving a much smaller package, as most of the changes have already been rolled out to devices via early builds.
Android 17: New features and major upgrades
1. New AI features
With Android 17, Pixel phones receive a bundle of AI features to help them make the most out of their devices. It introduces Lyria 3 for generating original music from a text/image prompt, and Gemini Omni allows users to turn a text prompt into a custom video clip (requires a Gemini Pro subscription).
The Voice Translate feature is now available on the Pixel 10a, while the Manual Call Screen feature is expanding to India. The update also extends Quick Share — AirDrop compatibility to Pixel 9a and Pixel 8a, while the Pixel 10 series gets access to Magic Cue.
2. Bubbles receives its biggest upgrade yet
The Bubbles feature, which has been limited to messaging apps for years, now works with all apps. That means you can now turn any app into a floating bubble and use it alongside other applications. To use this feature, long-press an app icon and choose the Bubble option.
On tablets and foldable devices, there’s a new Bubble Bar in the bottom-right corner that organizes and holds app bubbles.
3. Screen Reactions
With this feature, you can record yourself using the selfie camera while capturing your screen, eliminating the need for a green screen. This feature can be pretty helpful for folks creating tutorials, reaction videos, or gameplay recordings.
4. Foldable gaming mode
This feature splits a fold into a 50/50 layout with the game on top and a dynamic gamepad below. The Foldable gaming mode is enabled in Android 17 and will be available in the coming months.
To further level up your gaming experience, Android 17 supports native controller remapping for external controllers.
5. Continue app state on another device
The Continue On feature has made it to the final release. It allows users to seamlessly transition a task between Android devices. That means you can now open an app on your mobile device and continue working on it on your tablet without losing state.
As Google mentioned, “the user sees a suggestion for the most recently opened app from their mobile in their tablet taskbar.” When tapped, the app launches without losing its state.
6. Security and privacy
Android 17 allows the user to grant an app temporary access to their precise location. There’s also a new “Mark as lost” feature in Find Hub that lets you lock a missing phone behind your biometrics. So, even if a thief knows your passcode, he won’t be able to unlock it.
You can now give apps temporary access to your specific contacts. Those apps won’t be able to track any changes you make to a contact’s information.
Android 17 brings many more useful features and upgrades. You can read about those on this page.
Qualcomm has unveiled its latest flagship XR platform, the Snapdragon Reality Elite, aimed at bringing powerful on-device generative AI to wearable devices like smart glasses and standalone headsets. The goal is to deliver more immersive experiences while keeping the devices lighter, cooler, and more comfortable to wear for longer periods.
Compared to the previous Snapdragon XR2+ Gen 2, this new chipset brings some meaningful upgrades: around 60% better GPU performance, 30% stronger CPU, up to 20% longer battery life, and it runs as much as 12°C cooler under load. Those efficiency gains, if translated into real life, will be huge for all-day wearability.
One of the biggest highlights is the massive leap in AI power. The upgraded Hexagon NPU now delivers 48 TOPS, a 160% improvement. This means it can handle heavier large language models (LLMs) and large vision models directly on the device, enabling real-time contextual awareness, smart AI agents, photorealistic avatars, and advanced computer vision with much lower latency.
On the visual side, it supports high-resolution displays up to 4.4K per eye at 90Hz, with hardware ray tracing and much better video see-through (VST) quality for smoothly blending digital content with the real world. It’s built to power both all-in-one headsets and lighter tethered/split-compute designs within the growing Android XR ecosystem.
The first devices using this platform are expected later in 2026. XREAL’s Project Aura glasses (which use a dual-chip setup with a compute puck) will be among the early adopters, and Play for Dream is also working on an immersive device based on it.
To help speed things up for other brands, Qualcomm launched the Snapdragon START program, a toolkit with reference designs and full support to help companies bring AI-powered smart glasses and personal AI wearables to market faster.
Overall, this launch shows Qualcomm is serious about making XR a core part of personal AI computing. By solving the biggest pain points, including power consumption, heat, and intelligence, the Reality Elite could help push spatial computing into the mainstream. We’ll start seeing the real-world impact once the first devices launch later this year.
NVIDIA’s RTX Spark platform is the biggest PC story of 2026 so far, and we’ve been following it closely. We first told you about the chip’s big reveal at Computex, and later covered leaked pricing suggesting these laptops won’t come cheap.
NVIDIA named Lenovo, among others, the first brand to launch an RTX Spark PC. Now, the first real look at an actual RTX Spark laptop from Lenovo, called the Lenovo Yoga Pro 9n, has surfaced online.
Here’s your first look at the Lenovo Yoga Pro 9n with RTX Spark
Design-wise, the Yoga Pro 9n borrows heavily from the Intel-powered Yoga Pro 9i, though it gets a slightly smaller 15-inch OLED screen instead of the 9i’s 16-inch panel.
The chassis is made of aluminum and finished in a shade Lenovo calls Thunder Gray. The lid has a raised section in the middle to house a Windows Hello IR camera for face login.
Since the RTX Spark chip runs hot, Lenovo has built in a wide air intake on the bottom and a large exhaust vent at the back to keep things cool.
On the audio side, the laptop packs six speakers (four woofers and two tweeters), with support for Dolby Atmos and Dolby Vision, plus Lenovo’s PureSight Pro display certification. A fun extra is a magnetic pen slot on the lid that holds the Yoga Pen Gen 2, which is apparently meant for sketching directly on the touchpad.
As for I/O, the left edge holds HDMI, a USB-A port, a 10Gbps USB-C port, and a headphone jack, while the right side adds a full-size SD card slot, another 10Gbps USB-C port, another USB-A port, a charging light, and a physical camera kill-switch.
Powering the machine is said to be RTX Spark N1X chip, the top-of-the-line, featuring a 20-core Grace CPU (10 Cortex-X925 performance cores plus 10 Cortex-A725 efficiency cores) with a Blackwell GPU carrying 6,144 CUDA cores and fifth-generation Tensor cores. It supports up to 128GB of unified memory and claims 1 petaflop of AI performance at FP4 precision.
With renders now out in the open, an official launch can’t be too far behind.
For more daily updates, please visit our News Section.
Sony has unveiled the LYTIA L910, a new camera sensor designed for smartphones that focuses on improving image quality in challenging lighting conditions. The sensor introduces several imaging technologies aimed at delivering more realistic photos and videos while keeping power consumption under control. It is also the first model in Sony’s LYTIA family to incorporate the company’s LOFIC architecture.
Designed for better HDR photography and low-light imaging
Sony LYTIA L910
The LYTIA L910 is a 1/1.28-inch stacked CMOS sensor with approximately 50 effective megapixels and a 1.22μm pixel size. The key highlight is its ability to achieve a dynamic range of up to 100 dB from a single exposure. Unlike conventional HDR methods that combine multiple exposures, Sony’s approach captures the required image data in one shot, helping reduce motion blur and flickering when photographing moving subjects or bright light sources.
To achieve this, Sony has paired the LOFIC structure with Triple Conversion Gain HDR technology. The sensor reads information from a single exposure at three different conversion gains, enabling improved preservation of details in both bright and dark areas of a scene. The company says this helps minimise highlight clipping while also reducing noise in shadow regions, resulting in more balanced images with smoother tonal transitions.
Image quality comparison of a conventional sensor (DCG-HDR) and LYTIA L910 (TCG-HDR with LOFIC)
Sony has also introduced Ultra High Conversion Gain circuit technology, which improves charge-to-voltage conversion efficiency. According to the company, random noise is reduced by around 30 per cent compared to the LYTIA 828 sensor, helping improve image quality in low-light environments such as night-time cityscapes illuminated by LED lights.
The sensor is further supported by an optimised circuit design that reduces power requirements during image processing. This enables 4K HDR video recording at 60fps while maintaining high dynamic range performance. The LYTIA L910 can capture full-resolution 50-megapixel images at up to 30fps and 12.5-megapixel images at up to 120fps.
Sony plans to begin mass-production shipments of the sensor in summer 2026. Likely, the Vivo X500 series and the Oppo Find X10 lineup will be the first to feature the Sony LYT-L910.
For more daily updates, please visit our News Section.
A new poster shared by Honor shows the X80 Pro Max will use a 1.5K (2788×1280) panel running at 120Hz, with its brightness rated 67% higher than the Honor X70. The bezels around the screen are also slim, measuring just 1.3mm.
Honor also confirmed the phone will run on its new Hummingbird Architecture 2.0. According to the company, this update can make short-video playback up to 40% smoother, and it also handles memory cleanup in the background to keep the phone running smoothly over time.
On durability, the X80 Pro Max has earned SGS’s Gold Label Five-Star rating for drop resistance, surviving falls from up to 3 meters. To back this up, Honor is rolling out a free screen replacement service for drop damage, something the brand says is a first for the industry.
A complete look at the Honor X80 Pro before launch
The phone goes official on June 22 at 7:00 PM. However, most of its specs are out, thanks to a steady stream of leaks.
Its 10,000 nits display is said to measure 6.8 inches and will house an 8MP front camera. The back will have a 50MP rear camera with OIS support. While the body and frames will likely be made out of plastic.
Powering the phone could be the Snapdragon 6 Gen 5 chipset that Qualcomm announced just recently. The phone will also have an optical fingerprint scanner for biometrics and an IP66/IP68/IP69/IP69K rating for dust and water resistance.
Last but not least, despite packing a 11,000mAh cell, the device is said to measure just 8.08mm thick and weigh 203g.
For more daily updates, please visit our News Section.
Early sales of Huawei‘s first “wide-format” horizontal foldable have been impressive, suggesting that more people are warming up to foldables when they’re actually designed with real-world use in mind.
In a recent video, Yu Chengdong (Huawei’s Executive Director and Chairman of the Terminal BG) explained some of the thoughtful decisions behind the phone. One of the standout features is its √2:1 screen ratio when unfolded, inspired by the proportions of an A4 sheet of paper. This ratio was chosen so content looks natural and scales smoothly whether the phone is open or closed, solving a common frustration with earlier foldables.
Huawei’s team discovered that most people still use foldables mostly in their folded, compact form. So they focused heavily on making the big inner screen as enjoyable as possible, adjusting bezels, optimizing common content ratios, and considering things like typical viewing distance (around 30cm) and comfortable eye movement. The goal was to create a device that feels like a proper mini-tablet when opened, without awkward distortions.
The results so far have been excellent. According to analyst @RDObservation, the Pura X Max series sold around 343,700 units in its first month (as of late May 2026). That’s higher than any previous Huawei foldable in the same period. Interestingly, the more expensive Collector’s Edition accounted for a big chunk — about 198,500 units — showing strong demand even at premium prices. Counterpoint Research data also confirms it’s outperforming the Mate X7 and earlier Pura X models in the early weeks.
This early success shows that consumers are responding well to Huawei’s focus on practical design and HarmonyOS optimizations. The Pura X Max feels like a good bridge between a smartphone and a tablet, without being too bulky.
It’ll be interesting to see if this momentum continues.
Lenovo has been on a launching spree for charging accessories lately. After announcing the Lenovo Hybrid 2-in-1 Power Bank yesterday, the company today launched the Lenovo Legion PB9 Gaming Laptop Fast Charging Power Bank.
The new model, also known as the LPB9, is now available in China with a retail price of 549 yuan (~$81), while an introductory offer brings the price down to 489 yuan (~$82).
Lenovo Legion PB9 Power Bank Specifications
What makes this power bank special is its design. Unlike the rectangular shape dominant on most power banks, Lenovo has opted for a more distinctive wedge-like or triangular profile.
The front panel combines a transparent, cyberpunk-inspired look with large “170W” branding. A built-in color display sits on the left side of the front panel and shows useful information such as remaining battery level, charging time, and real-time input and output power.
The top of the device houses three charging ports: two USB-C and one USB-A. According to Lenovo, the power bank can deliver up to 140W output from a single USB-C port. The USB-A port supports up to 30W output.
When multiple ports are used together, the Legion PB9 can provide a combined output of up to 170W. In dual-port mode, the two USB-C ports can deliver up to 100W and 65W simultaneously, while using one USB-C and the USB-A port allows a 140W + 30W split. With all three ports active, the power bank supports a 65W + 65W + 18W distribution.
Inside, the Legion PB9 packs a 24,000mAh lithium-ion battery with a typical energy rating of 86.4Wh. It supports a range of fast charging protocols, including Lenovo’s proprietary 140W fast charging, PD 3.1, PD 3.0, PD 2.0, PPS, QC 4.0, QC 3.0, Apple 5V/2.4A, BC1.2, AFC, HSCP, and FCP.
The Legion PB9 measures 171.2 x 70.5 x 61.8 mm and weighs around 710 grams. Lenovo says the device uses a VO-grade fireproof enclosure and carries a 3C safety certification.
For more daily updates, please visit our News Section.
Microsoft has released its latest generation of Surface hardware. The 12th Edition Surface Pro and 8th Edition Surface Laptop are available for consumers starting today, June 16, with enterprise models scheduled for release on July 14. The primary update for this hardware cycle is the integration of Qualcomm’s new Snapdragon X2 architecture.
Surface Laptop & Surface Pro Specifications
Both the tablet and laptop lines are equipped with either the 10-core Snapdragon X2 Plus or the 12-core Snapdragon X2 Elite processors. These chips include a Qualcomm Hexagon NPU capable of 80 TOPS, which Microsoft says is designed to handle local AI processing tasks within Windows.
Memory configurations for the devices start at 16GB and can be upgraded to 64GB, while storage options range from 256GB (or 512GB on the 15-inch laptop) up to 1TB.
The Surface Laptop is available in two screen sizes: 13.8 inches and 15 inches. The 13.8-inch model starts at $1,599 and features a 120Hz LCD screen with a pixel density of 201 PPI. Microsoft’s battery estimates suggest up to 20 hours of local video playback.
The 15-inch version, starting at $1,699, includes a denser display at 262 PPI and adds a MicroSDXC card reader. Both laptops include two USB-C/USB4 ports and one USB-A port. The 13.8-inch model is also available in a new green colorway called Jade, alongside the standard Platinum, Black, and Dune options.
On the 2-in-1 side, the 13-inch Surface Pro 12 starts at $1,499 and is available in Platinum, Black, and Dune. The distinct hardware change for this generation is the availability of an optional OLED display, which retains the 120Hz dynamic refresh rate found on the LCD models.
The tablet includes a 1440p ultrawide front-facing camera, Wi-Fi 7 support, and two USB-C/USB4 ports. Battery life is rated at up to 15.5 hours for local video playback.
In related news, Lenovo has recently refreshed the ThinkBook 16p 2026 with an Intel Core Ultra 7 251HX processor and Nvidia RTX 5060 graphics.
For more daily updates, please visit our News Section.
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