ASUS is gearing up to launch two powerful yet portable Zenbook laptops in India. The new Zenbook S16 (UM5606GA) and the Zenbook 14 (UM3406GA) are a part of the brand’s premium flagship notebook lineup, bringing cutting edge hardware in a slim form factor. Official teasers have confirmed the launch date for these laptops, so here are all the details.
The PC giant has shared teaser posters on its official website and Amazon India. These confirm that the pre-orders for the premium laptops go live on 5th February 2026, while the full release is set for February 12. These notebooks are a part of ASUS’ latest flagship lineup that features AMD’s powerful new Ryzen AI 400 series processors, which promise capable performance, improved power efficiency, and enhanced AI capabilities.
Both of these are CoPilot+ compatible and can be configured with up to a Ryzen AI 9 465 CPU. This chip is designed to handle demanding workflows and on-device AI tasks, making them ideal for productivity, creative work, multitasking, and CoPilot+ PC features. Based on what we know so far, the Zenbook S16 is said to sport a 3K ASUS Lumina OLED display with a 120Hz refresh rate. It is built using ASUS’ Ceraluminum construction for a premium feel with a slim profile and superlight 1.2kg body. Battery life is a highlight, with the brand claiming over 25 hours of endurance on a single full charge.
Pre-orders for both laptops start at 10:00 AM IST on February 5 via Amazon India, ASUS India online store and ASUS Exclusive Stores. Customers placing a Rs 1 pre-order can enjoy benefits worth ₹5,599, including an extended two-year warranty and three years of accidental damage protection.
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Xiaomi’s HyperOS 3 update rollout has now technically reached around 95 percent completion. As of right now, the brand’s major Android 16 OS based update has already dropped on a vast majority of eligible smartphones and tablets across the Xiaomi, POCO, and Redmi branded models. Only a handful of these devices are set to receive this update, as Xiaomi is nearing the final wave of updates. So here are all the models left, and when they are expected to receive the HyperOS 3 update.
While Xiaomi hasn’t published a complete official list in one place, tracking data and rollout plans show hundreds of phones and tablets have already got HyperOS 3 or are rolling out under staged OTA campaigns. These include flagship and mid-range models from the Xiaomi, Redmi and POCO families throughout late 2025 and early 2026. Some of the first in line, apart from new announcements, were the Xiaomi 15 series and Redmi Note 14 lineup.
The Chinese tech giant’s rollout was phased and region specific, with many devices getting the update earlier in China ahead of the global variants. Xiaomi has already been working through models in batches throughout October 2025 to early 2026, and its completion target is set for March 2026. So here’s a list of all the eligible devices that have yet to receive the HyperOS 3 update:
Xiaomi & Redmi Models
POCO Models
Tablets
In related news, the Xiaomi 14 Civi finally received the HyperOS 3 update, while the company is already rolling out the HyperOS 3.1 update for eligible models.
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Despite the OnePlus 15 launching just a couple of months ago, there have been plenty of early leaks for its successor. Now, a fresh tip has suggested that the OnePlus 16 is getting a significant camera upgrade, especially for its zoom lens. So here are all the details.
The latest leak arrives from a post from OnePlus Club on X (formerly Twitter). In the tweet, the OnePlus 16 is reportedly getting a higher resolution and a larger sensor for zoomed photography. This new camera will be a 200MP shooter that has a 1/1.56-inch size, which is comparable to the OnePlus 15’s primary camera. To recall, the OnePlus 15 launched with a 50MP periscope telephoto shooter with a 3x optical zoom and a 1/2.75-inch sensor.
In other words, we might be getting a meaningful boost for zoom photography, along with improved low light detail capture and overall imaging capabilities. This will also make the OnePlus 16 more in line with other Chinese flagships like the Oppo Find X9 Pro and Vivo X300 Pro that pack large telephoto shooters. While the focal length of the new sensor is unknown, the new 200MP resolution could signify a higher digital crop on OnePlus’ next flagship.
This leak is also in line with some of our earlier reports. The OnePlus 15 is expected to launch with a 240Hz display, Snapdragon 8 Gen 6 Pro, and 200MP triple cameras. However, the previous leak hinted at a 200MP primary camera with a 50MP ultra wide angle lens, and a 50MP telephoto shooter. Keep in mind that this is still quite an early leak, so take this news with a pinch of salt for now.
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Oppo has officially launched two new budget-friendly smartphones in its home market of China, the Oppo A6i+ and Oppo A6v. Both of these are affordable smartphones with extra-large batteries that promise extended endurance in daily use. So here are all the details.
Both models sport a large 6.75-inch display with a 120Hz refresh rate and 1,125 nits of peak brightness for great outdoor readability and DC dimming. Under the hood, the duo are equipped with the MediaTek Dimensity 6300 SoC. The Oppo A6v couples this with up to 8GB of RAM and up to 256GB of internal storage. Meanwhile, the Oppo A6i+ tops out with 12GB RAM and 512GB storage. A massive 7,000mAh battery pack powers the Oppo A6v, while the Oppo A6i+ has a smaller 6,500mAh cell.
Out of the box, both devices run on the Android 15 OS based ColorOS 15 custom skin. These new Oppo A6 series models feature a 50MP main camera on the back, with the front housing a 5MP selfie shooter on the A6i+ and an 8MP camera on the A6v. Other notable features include 45W wired fast charging, IP69 rating on the A6i+ and IP64 rating on the A6v for water and dust resistance, glove and wet touch, side mounted fingerprint scanner, and various AI powered tools.
As of right now, pre-orders for these budget phones are live in China, with official sales kicking off on 6th February 2026. Both models are available in multiple colors options, namely Glacier White and Chestnut Brown for the A6i+ and Glacier Blue, Titanium Purple and Wilderness Green for the A6v. So here are the pricing details:
Oppo A6i+
Oppo A6v
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Casio has officially launched a fresh collection of G-Shock watches that blend metal bezels with bold red displays for a standout look and rugged everyday utility. The four new models, including the GM-110YRA-8JF, GM-2100YRA-8JF, GM-5600YRA-8JF, and GM-6900YRA-8JF, have officially launched in Japan.
All four models bring Casio’s hallmark shock resistance and practical features together with a distinctive visual twist that’s sure to catch eyes on the wrist. Across the lineup, Casio uses stainless steel bezels paired with resin cases and soft-touch silicone bands, giving these watches durability for outdoor use without sacrificing style. Each of these also brings 20-bar water resistance, mineral glass protection, white LED backlighting, auto calendars, alarms, timers, and much more.
The G-Shock GM-110YRA-8JF is an analog-digital hybrid on the more premium end of the series and is based on Casio’s popular 110 series. It offers a bold red dial, stainless steel bezel, and a classic yet rugged G-Shock body. Based on the CasiOak series, the GM-2100YRA-8JF is a slimmer entry in the iconic 100 lineup that also gets the red dial mixed with metallic accents. These two models are listed for purchase in Japan for 40,150 Yen (roughly 260 US Dollars)
On the other hand, the GM-5600YRA-8JF is another classic Casio square digital G-Shock design with a similar design element, while the GM-6900YRA-8JF has one of the larger form factors with the same vibrant red display in a rounder body. Casio has released these two watches for 37,400 Yen (roughly 242 US Dollars. This release also arrives a day after the watchmaker announced a new Casio Oceanus with a sapphire bezel and Bluetooth solar movement.
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If you’ve ever wished for a full-fledged computer smaller than your smartphone, the new Minix Neo Z95 mini PC might be exactly that. Minix has launched this ultra-compact system designed for everyday desktop tasks. We’ve already seen tiny computers before, but the new Minix Neo Z95 can literally fit in your pocket.
Measuring roughly 88 x 88 x 43mm, the Neo Z95 is small enough to hold in one hand yet packs a surprisingly capable configuration inside. Under the hood, it is equipped with Intel’s N95 processor, a quad-core Alder Lake-N chip that reaches up to around 3.4GHz. This CPU isn’t the most capable, but it has enough horsepower for smooth productivity, web browsing, office work, and video streaming. It isn’t aimed at heavy gaming or demanding creative workloads. Instead, it provides reliable performance for daily use cases.
Paired with the CPU is 16GB of LPDDR5X RAM and a 512GB PCIe 3.0 SSD, offering generous memory and storage for a mini PC of this size. The SSD can be upgraded for even larger storage down the line, though the RAM is soldered on board. Despite its tiny form factor, the Neo Z95 doesn’t skimp on ports, offering three USB 3.2 Gen 1 Type-A ports, two HDMI outputs and one DisplayPort, allowing the system to support triple-display setups. You also get two Gigabit LAN ports and a 3.5mm audio jack.
This mini PC runs Windows out of the box, making it ready for familiar desktop apps, streaming services, and office tools. Its active cooling keeps temperatures in check during prolonged usage, while the pocket-friendly size and VESA-mount compatibility make it easy to tuck behind a monitor or TV. Pricing hasn’t been officially confirmed by Minix yet, but most Intel N95 powered mini PCs are in the budget segment.
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You’ve probably seen smartphone and laptop ads boldly claim “Military-Grade Certified”. This sounds impressive, implying that the device is tough enough for battlefield use. But what does that actually mean for everyday gadgets? Is it just marketing, or does it genuinely translate to a more rugged design? So here’s a detailed breakdown on what military-grade certification means and what it covers for consumer tech.
When manufacturers talk about military-grade certification, they’re typically referencing MIL-STD-810, which is a US military standard developed by the Department of Defense to test equipment resilience under harsh conditions. But this standard isn’t a single test.
Rather, it is a suite of environmental tests designed to simulate extreme scenarios such as high and low temperatures, humidity, shock, vibration, dust, and more. In the context of smartphones and laptops, passing MIL-STD-810 doesn’t mean the device is actually used by the military. It just means that the brand has put the device through a series of lab tests that help evaluate its durability outside of typical use cases.
MIL-STD-810 includes a wide range of potential tests, but common ones for consumer gear include:
Manufacturers choose which tests to run based on the specific condition they want to certify against. So passing a humidity and temperature test doesn’t mean a device has been tested for drop resistance unless that was explicitly part of its certification.
When a smartphone brand claims military-grade certification, it may seem like the handset is more rugged, but it might actually mean different things. Most certifications typically are for drop resistance, testing devices against repeated drops from specific heights and angles. So you can expect the device to better survive everyday falls. Apart from this, there are also the common IP ratings for water and dust resistance and temperature tolerance, where military tests are simulated with very hot and cold conditions.
These military tests are quite practical for laptops, especially for work and travel. Just like smartphones, you get the thermal stability tests based on ambient temperature, while others check overall durability. This can include testing hinges and other moving parts, along with keyboard and chassis durability with vibration, repeated motions, and drop tests. That said, military certification isn’t a guarantee of indestructibility; it only shows that your laptop has passed specific lab controlled tests.
It’s crucial to understand that “military-grade certified” is not a universal seal of bulletproof reliability. Manufacturers self-select which parts of the MIL-STD standard to test against, and there’s no single global authority enforcing uniform application for consumer products. Some brands may choose to advertise the most favourable tests while skipping other ones. For example, a device might be tested for dust ingress and temperature, but not shock or vibration. These are still technically “MIL-STD certified,” but it doesn’t mean comprehensive ruggedness.
Military-grade certification is real, symbolizing a set of standardized tests that evaluate a gadget’s ability to resist environmental stresses. For both smartphones, tablets, and laptops, passing such tests usually means an extra layer of durability that gives peace of mind for travel, outdoor work, or accidental mishaps. But one must keep in mind that this does not make it bulletproof. Use military grading as one factor in your purchase decision alongside IP ratings, but don’t simply expect your device to be invulnerable to harm.
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Vivo brought in a new premium smartphone in the Indian market with the Vivo X200T. Positioned as a flagship killer, this model brings high end specs and features at a more approachable price point. But just a couple of weeks ago, the Vivo X300 debuted as the brand’s true flagship model alongside the X300 Pro. So we have one model aimed squarely at delivering flagship-class experience at a slightly more accessible price, and the other positioned as a true flagship with top-tier imaging and performance. Choosing between them isn’t just about price, so here’s a detailed comparison to help you decide which smartphone makes more sense.
At first glance, both Vivo X200T and X300 share a similar design language, blending a premium glass back with a metallic side frame. The sides, front, and back are all flat, with the rear also featuring a big circular camera island. Other identical design elements include uniform bezels on the front and an IP68 + IP69 rating for water and dust resistance. The differences are quite subtle between the two, so you’re not seeing any compromise with the X200T, despite its cheaper price tag.
But once you turn the phones around, it becomes apparent that the Vivo X300 is a compact flagship. It sports a 6.31-inch LTPO AMOLED display with a 1.5K resolution, a 120Hz refresh rate, 2160Hz PWM dimming, Armor Glas protection, and a peak brightness of up to 4,500 nits. In comparison, the Vivo X200T is a standard sized smartphone with a 6.67-inch 1.5K 120Hz AMOLED panel with a 2160Hz high frequency PWM dimming and up to 5000 nits peak brightness.
The smaller screen size also helps the X300 be lighter (190 grams) than the X200T (205 grams). Another major advantage of the Vivo X300 is support for LTPO technology, which brings variable refresh rate for better energy efficiency.
Under the hood, the Vivo X200T is powered by MediaTek’s Dimensity 9400+, a flagship-class chipset built on a 3nm process that handles everyday tasks, multitasking, and most demanding games with ease. It offers strong performance for its price and is paired with OriginOS 6 based on Android 16, promising a smooth UI experience.
In contrast, the Vivo X300 moves up a step with MediaTek’s Dimensity 9500, which delivers measurable performance gains in CPU and GPU workloads. Benchmark comparisons suggest that the Dimensity 9500 can be around 15-30 % faster in key tasks and benchmarks than the 9400+.
For most users, the X200T’s performance is more than capable and close to flagship-level, but the X300’s newer and more powerful SoC gives it a clear edge in long-term performance and graphically intense mobile games.
Just like the design, the camera setup is nearly identical between the Vivo X200T and Vivo X300. The 50MP triple rear camera setup for both models features a similarly sized periscope telephoto shooter and ultra wide angle lens. But the Vivo X300 pulls ahead with a large 200MP 1/1.14-inch primary camera and a 50MP selfie shooter. Meanwhile, the Vivo X200T has a smaller 1/1.56-inch main sensor and a 32MP camera on the front. These differences could still seem minor, but Vivo employs Zeiss optics on the X200T, while the X300 gets the Zeiss T* coating, Zeiss optics, and V3+ imaging chip for improved image quality.
Battery life is another area where both phones hold their ground, though with slight differences. The X200T is equipped with a 6,200mAh battery that supports 90W wired fast charging and 40W wireless charging. This means all-day endurance and quick top-ups, making it excellent for heavy day-long use.
On the other hand, the Vivo X300 supports the same fast charging suite and wireless charging, but its battery is marginally smaller (6,040mAh). Still, coupled with the more efficient LTPO screen and newer chipset, real-world battery life remains competitive and close to what the X200T offers.
The Vivo X200T does exactly what it sets out to: deliver a balanced premium smartphone experience with strong performance, excellent battery life, solid cameras, and long-term software support, without the premium flagship price tag (Rs 59,999). It is a compelling choice for those who need flagship like experience and a competent photography experience.
The Vivo X300 is a true flagship in every sense, featuring more powerful hardware, an advanced imaging system with a 200MP primary shooter, and a compact yet efficient LTPO display. So if photography, peak performance, and future proofing matter the most, the Vivo X300 justifies its higher price tag (Rs 75,999).
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Xiaomi’s HyperOS 3.1 is the next major update of its custom Android skin. This builds on the Android 16 OS based HyperOS 3, bringing an enhanced UI, smarter intelligent features, and improved ecosystem integration. There are also various bug fixes and much more. So here’s everything new and all the devices eligible for the update.
One of the main features of the HyperOS 3.1 update is an upgraded Super Island, which is Xiaomi’s take on Apple’s Dynamic Island. It is more interactive and informative than before, bringing support for Live Updates from third party apps such as music, reminders, and timers. This makes the pill shaped widget a real dynamic hub that is more intuitive than static notification bubbles.
The update rewrites core system apps such as Gallery and Weather with new animations for smoother interactions. Xiaomi has also introduced iOS-like motion and transition animations, paired with redesigned system elements like the recent apps view and animation curves to make the UI feel more polished and fluid.
HyperOS has always been a highly customizable Android skin, and the HyperOS 3.1 update builds on this further. The Chinese tech giant is expanding lock screen customization, allowing users to apply depth effects that let subjects verlap the clock, edit wallpapers on the lock screen, and more.
Xiaomi is improving the cross platform integration with Apple’s ecosystem, adding native support for Apple AirPods on HyperOS 3.1. So now, supported Xiaomi branded devivicse will get a pop up for pairing Apple’s TWS earbuds along with access to spatial audio, which was initially exclusive to Apple products.
Another ecosystem highlight is the ability to answer phone calls on your Xiaomi phones directly from an iPhone when devices are linked.
Accessibility settings have also been enhanced with a new primary menu dubbed Assistant. This offers more convenient access to accessibiliy features like Active Visual Perception.
On certain devices like the Redmi K90 Pro Max, HyperOS 3.1 unlocks quick gesture controls for navigation and shortcuts.
Xiaomi has also made a bunch of enhancements to the performance and stability with HyperOS 3.1:
With the new Super Island, Xiaomi has also refined visual cues and added a Motion Sickness reduction feature to help minimize visual discomfort during scrolling and other fast visuals.
Note: Only devices eligible for Android 16 are expected to receive HyperOS 3.1. Older hardware stuck on Android 15 won’t be able to support this update due to stricter system requirements. So here are all the models getting this major update:
Keep in mind that HyperOS 3.1 will roll out in batches, starting with the ongoing beta testing in China.
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