In a recent social media post, OnePlus gave us the first proper look at the Nord Buds 4. They’ve gone with an in-ear design using soft silicone tips for a snug, comfortable fit, along with the classic stem-style body that supports touch controls. The charging case has a clean rectangular shape, a nice change from the oval design on the Nord Buds 3. They’ve also highlighted a cool teal color option, which gives it a fresh and modern vibe. The teaser confirms it’ll be available on Amazon India when it launches.
The Nord Buds 4 is clearly meant to be the more affordable sibling to the Pro model. For reference, the Nord Buds 4 Pro launched in India earlier this year for ₹3,999. That one impressed a lot of people with strong features like up to 55dB ANC, 12mm titanium-coated drivers, LHDC 5.0 Hi-Res audio, Bluetooth 6.0, dual-device connectivity, and up to 54 hours of total playback. It also had good AI call noise reduction and some extra perks like spatial audio.
To keep the price lower (rumored to be around ₹2,999), the regular Nord Buds 4 will probably skip some of those premium bits. We’re likely looking at lighter ANC, standard audio codecs instead of high-res ones, and maybe smaller drivers or slightly shorter battery life. Even with those compromises, you can still expect the signature Nord bass-heavy sound, reliable call quality, and comfortable wear that the series is known for.
OnePlus has done a great job building trust in the budget TWS space. The Nord Buds 3 series from 2024 was popular for offering good battery life and decent IP ratings at competitive prices. The Nord Buds 4 seems to continue that smart approach while updating the design for better ergonomics and a more contemporary look. With the new rectangular case and in-ear fit, it feels aimed at people who want something practical for daily commutes, workouts, or just casual listening.
For budget buyers in India’s crowded audio market, the Nord Buds 4 looks like it could be a smart pick that delivers the essentials without emptying your pocket.
The Snapdragon 7s Gen 4 and Dimensity 8350 are popular mid-range mobile processors that target the same price segment but serve different purposes. On one side, we have the Snapdragon chip optimized for sustained performance, cooler daily operation, and excellent power efficiency.
On the other side sits the spec-heavy Dimensity 8350 processor, featuring aggressive CPU speed and flagship-grade LPDDR5X and UFS 4.0 support, designed to crush raw benchmarks. So, the real question is: how do these two chips stack up against each other? Let’s find out.
Here’s the spec sheet for a quick overview:
Snapdragon 7s Gen 4
Dimensity 8350
Announced
August 2025
November 2024
Process node
4nm (TSMC)
4nm (TSMC)
CPU
1 x 2.7 GHz — Cortex-A720 3 x 2.4 GHz — Cortex-A720 4 x 1.8 GHz — Cortex-A520
1 x 3.35 GHz — Cortex-A715 3 x 3.2 GHz — Cortex-A715 4 x 2.2 GHz — Cortex-A510
GPU
Adreno 810 Snapdragon Elite Gaming
Mali-G615 MP6 MediaTek HyperEngine Adaptive Gaming Technologywrite three SEO descriptions for this article. each SEO description should be under 150 characters
NPU
Qualcomm Hexagon NPU
MediaTek NPU 780
Memory
LPDDR5 up to 3.2 GHz
LPDDR5x up to 4.2 GHz
Storage
UFS 3.1
UFS 4.0 + MCQ
Camera
Qualcomm Spectra Triple ISP (12-bit) up to 200MP single camera 4K/30fps video recording
MediaTek Imagiq 980 ISP (14-bit) up to 320MP single camera 4K/60fps video recording
Connectivity
Snapdragon 5G modem up to 2.9 Gbps download speed Wi-Fi 6E (peak speed: 2.9 Gbps) Bluetooth 5.4
MediaTek 5G modem (sub‑6 GHz) up to 5.17 Gbps download speed Wi-Fi 6E Bluetooth 5.4
Snapdragon 7s Gen 4 vs Dimensity 8350: Benchmark score
Note: The benchmark tests were performed on the Vivo T5 Pro (powered by the Snapdragon 7s Gen 4) and the Oppo Reno 14 (powered by the Dimensity 8350).
Geekbench score
The Dimensity 8350 pulls ahead in the CPU test on Geekbench, scoring 1324 in the single-core test and 3971 in the multi-core test, compared to 1228 and 3152 points scored by Snapdragon 7s Gen 4.
While the difference in single-core performance is just 7%, the multi-core score difference jumps to 25%. The latter could offer visible differences in tasks that require multiple cores to work together, such as video editing and multitasking.
Snapdragon 7s Gen 4
Dimensity 8350
Single core
1,228
1,324
Multi core
3,152
3,971
AnTuTu score
AnTuTu results are heavily in favor of the Dimensity 8350, which scores 1.72 million, while the Snapdragon 7s Gen 4 scores only 1.16 million. That’s a big 47% difference. The breakdown of the total score reveals rather interesting details.
The CPU score is 14% up in favor of Dimensity 8350, while the GPU difference soars to a massive 151%. The memory and UX scores are also up by 25% and 48%.
Snapdragon 7s Gen 4
Dimensity 8350
AnTuTu score
1,164,871
1,721,541
CPU
449,979
513,712
GPU
190,341
479,642
Memory
218,791
275,431
UX
305,761
452,755
While the GPU difference is massive, that’s based on the peak score. It doesn’t address gaming stability. To get a better picture, we also ran the 3DMark test as shown below.
3DMark score
Wild Life Extreme Stress Test
This benchmark extensively tests how well a device maintains its graphical performance and manages heat over an extensive period.
The Dimensity 8350 processors lead this chart by a huge margin, but the Snapdragon 7s Gen 4 is miles ahead in stability. That means the Dimensity chip would offer much higher peak performance, but its performance drops significantly over time. In contrast, the Snapdragon maintains its performance over a longer period.
Snapdragon 7s Gen 4
Dimensity 8350
High score
1,128
3,067
Low score
1,121
1,622
Stability
99.2%
52.9%
From benchmark scores, it’s clear that the Dimensity 8350 delivers higher peak performance than the Snapdragon 7s Gen 4, but the latter excels in maintaining a stable performance over a longer period. But that alone doesn’t reflect a chipset’s full capabilities.
We’ll also look at key differences in camera, architecture, and connectivity to make a well-informed decision.
Snapdragon 7s Gen 4 vs Dimensity 8350: Key differences
Performance
The Snapdragon 7s Gen 4 and Dimensity 8350 feature the same ‘1+3+4’ core configuration, but the Snapdragon chip has upgraded CPU cores. That should naturally mean better performance on 7s Gen 4, but the higher clock speeds on the Dimensity chip make a bigger impact here.
The Snapdragon chip is equipped with an Adreno 810 GPU, paired with Snapdragon 8 Elite Gaming features, such as Adaptive Performance Engine 3.0 and Snapdragon Game Super Resolution, to deliver an enhanced gaming experience. In contrast, Dimensity 8350 features a more powerful 6-core Mali-G615 GPU, with MediaTek HyperEngine Adaptive Gaming Technology. The Mali-G615 also supports ray tracing, which mimics how light and shadows behave in the real world.
For on-device AI processing, the Snapdragon chip features a Qualcomm Hexagon NPU, while the Dimensity chip relies on the MediaTek NPU 780. Both NPUs support on-device generative AI. The NPU also helps improve camera output and connectivity.
Camera
The Dimensity 8350 features a higher 14-bit depth, allowing the hardware to capture more granular color and luminance data per pixel than the 12-bit pipelines on the Snapdragon 7s Gen 4. It also supports a massive 320MP camera sensor, while the Snapdragon chip is limited to 200MP.
Another key difference is that the 7s Gen 4 doesn’t support 60fps in 4K recording, whereas the Dimensity 8350 does. The latter also allows an OEM to integrate higher-resolution sensors into a multi-camera setup.
Connectivity
The Dimensity 8350 achieves a much higher peak speed on a sub-6 GHz connection (5.17 Gbps vs 2.9 Gbps). However, the Snapdragon 7s Gen 4 offers greater global spectrum flexibility by supporting high-frequency mmWave bands.
The Snapdragon chip also supports premium DSDA (Dual SIM Dual Active), while the Dimensity chip relies on a standard dual-standby architecture. The Snapdragon 7s Gen 4 also holds a slight edge in proprietary wireless audio standards via its aptX Lossless codec integration, and it offers Triple-Frequency GNSS tracking for more accurate positioning data in dense urban areas, compared to MediaTek’s dual-frequency array.
Snapdragon 7s Gen 4 vs Dimensity 8350: Which is better?
Ultimately, it all comes down to what you value the most. The Dimensity 8350 is a more powerful chipset, offering massive peak processing speeds, 4K video recording at higher frames (60fps), faster RAM/storage capabilities, and much higher network speeds.
For those not seeking peak performance, the Snapdragon 7s Gen 4 is a much better choice. It delivers exceptional thermal stability over long gaming sessions, more flexible global connectivity (mmWave), and premium audio features.
To sum it up, you should choose the Dimensity 8350 for raw, explosive speed, or the Snapdragon 7s Gen 4 for a balanced, highly efficient daily driver.
Smartphone prices have been going up for a while now, and the next generation of flagships may continue that trend.
As you may know, rising costs of components like DRAM and NAND storage are forcing brands to raise prices across mid-range and flagship segments. Now, Weibo tipster DCS has shared what the next flagship lineup could cost in China for the 12GB RAM + 256GB storage variant.
The leaked pricing breakdown is as follows:
Next-gen Standard (3nm): ¥4,999 (~$738)
Next-gen Standard (2nm): ¥5,499 (~$812)
Next-gen Pro: ¥5,999 (~$886)
Next-gen Pro Max: ¥6,999 (~$1,034)
Next-gen Ultra: ¥8,999 (~$1,329)
Here’s the basis of the claim
DCS bases these estimates on how prices have moved between past models. The Find X8s was priced at ¥4,199, the Find X9 at ¥4,399. The X200s came in at ¥4,199, and the X300 at ¥4,399.
That is, in general, a major iteration costs ¥100–¥300 more than the semi-iterative model before it. The X300s, a semi-iterative release, launched at ¥4,999 this year. As a result, DCS claims an iterative model will launch at ¥4,999 at the low end, possibly more.
Vivo X300
There are real cost pressures behind these numbers. Qualcomm is reportedly paying around 24% higher rates to TSMC for newer chips, which is one of the factors contributing to higher flagship prices.
Moreover, LPDDR5X DRAM costs are already up 5%, with further increases expected. Manufacturers are also shifting production toward high-bandwidth memory used in AI infrastructure, which reduces the supply available for smartphones and adds to the cost pressure.
As we previously covered, brands like OnePlus, Nothing, and Xiaomi have already raised prices in India by ₹1,000 to ₹5,000 for the same reasons.
These are still estimates from a tipster, not confirmed figures. But the pricing history and supply chain context give them some basis.
For more daily updates, please visit our News Section.
DJI has been ruling the pocket camera market with almost no real competition. Its Osmo Pocket series has become the go-to tool for vloggers, travelers, and content creators who want smooth, high-quality video in a compact package.
Now, Insta360 wants a share of that market, and its latest attempt at it is the new Insta360 Luna Ultra. Announced recently, the camera directly targets Osmo Pocket users. Here’s everything you need to know about how these two cameras stack up.
What Are These Cameras?
Before diving into the details, let’s quickly explain what each camera is.
The DJI Osmo Pocket 4 is DJI’s latest compact gimbal camera. It sits on a small handheld stick with a motorized gimbal that keeps footage smooth and stable, even while you are walking or moving. It has a built-in touchscreen and is designed for people who want to shoot great video without carrying heavy gear.
Insta360 Luna UltraDJI Osmo Pocket 4
The Insta360 Luna Ultra is Insta360’s answer to that, and then some. It is the company’s first dedicated gimbal camera made in partnership with the famous camera brand Leica. Insta360 says this camera is not just another pocket camera. It is a step up in almost every way, designed for creators who want more power, more flexibility, and better image quality.
Both cameras follow a similar design. They have a small body with a gimbal camera on top. But the Luna Ultra adds some clever tricks.
The Luna Ultra features a detachable 2-inch OLED touchscreen. What makes this special is that you can remove the screen and use it as a remote control from up to 20 metres away. This is a huge deal for solo creators who film themselves. Instead of walking back to check your framing every few minutes, you can just glance at the remote in your hand.
The Osmo Pocket 4 also has a 2-inch OLED screen, but it stays fixed to the camera body. It can flip between horizontal and vertical orientations, which is handy for quickly switching between landscape and portrait video.
Both cameras are compact and lightweight enough to slip into a pocket or bag. The Luna Ultra weighs just over 200 grams. Neither camera is bulky, which is the whole point of this category.
2. Camera Specs and Video Quality
The Luna Ultra is built around a 1-inch sensor that can shoot 8K video at 30 frames per second. It has two lenses: a wide-angle lens with an f/1.8 aperture (which means it performs well in low light) and a dedicated telephoto lens with up to 12x zoom, including 6x lossless zoom.
It also supports Dolby Vision recording, 10-bit video capture, and up to 14 stops of dynamic range, meaning it captures a lot of detail in both bright and dark areas of a scene.
The Leica partnership also means the Luna Ultra benefits from Leica’s color science, which is known for producing natural, accurate, and beautiful colors.
The DJI Osmo Pocket 4 is also a capable camera, built on DJI’s years of experience in this space. It is a strong performer with its own stabilization and image processing technology. However, the standard Osmo Pocket 4 uses a single camera lens, while the Luna Ultra comes with a dual-lens system as standard.
It is worth noting that DJI is expected to release a Pocket 4 Pro with a dual-lens system in the coming weeks, which would make the comparison more direct. But right now, the Luna Ultra already has the dual-camera advantage.
3. AI and Tracking Features
The Luna Ultra uses Deep Track 5.0, Insta360’s subject-tracking technology. This lets the camera automatically follow a person or object as they move through the frame. It also supports features like Active Zoom Tracking and Smart Framing, which adjusts the composition of your shot automatically.
The Osmo Pocket 4 uses DJI’s ActiveTrack system, which is also well-regarded and has been refined through several generations of DJI products. Both systems work in a similar way. You point the camera at your subject, tap to lock on, and the camera will keep them in frame as they move.
Moreover, the Luna Ultra has built-in wireless microphone integration, which means it is designed from the ground up to work seamlessly with wireless mics.
4. Storage and Battery
The Luna Ultra comes with 47GB of internal storage and supports microSD cards up to 1TB. Insta360 claims the battery can last up to four hours.
The Pocket 4 has 107GB of actual useable storage, while also supporting a 1TB microSD card. The battery can last about four hours, like Luna Ultra.
5. Availability
The Luna Ultra is available right now, priced at $769 in the US, and comes in white or black.
The DJI Osmo Pocket 4, on the other hand, is not officially on sale in the US. In December 2025, the FCC (the US body that regulates electronics) blocked DJI from receiving equipment authorization. This means DJI cannot officially sell new products in the United States. US consumers who want a Pocket 4 would need to buy it through unofficial channels, which means no full warranty or ecosystem support.
This is a massive opening for Insta360. With DJI effectively blocked in the US, the Luna Ultra steps into a market with very little competition at this price point.
Outside the US, the Pocket 4 launched at around £445 in the UK, and DJI still has a strong presence in many global markets. But for US-based creators, the Luna Ultra is clearly the more practical and sensible choice right now.
For more daily updates, please visit our News Section.
A mysterious Vivo smartphone has surfaced on Geekbench today. The device appears to be powered by MediaTek’s most powerful chipset. However, it remains unclear whether the handset will launch under the Vivo or iQOO brand. Here’s a look at the details revealed through the Geekbench listing.
V2545A Vivo phone spotted with Dimensity 9500 chip
The screenshots above show that an upcoming Vivo smartphone bearing the model number V2545A has appeared in Geekbench’s database. The same device was previously spotted on China’s 3C certification platform in April this year with support for a 100W charger.
The Geekbench listing of the V2545A reveals that it is powered by the Dimensity 9500 chipset. While the chip’s name is not directly mentioned, its CPU configuration, GPU details (via metadata), and MT6693 model number strongly suggest that the device is equipped with the Dimensity 9500 SoC.
At present, there is no indication whether the device will launch as a Vivo or iQOO smartphone. Recently, Vivo confirmed that the upcoming Vivo X Fold 6 will feature the Dimensity 9500 chipset. At the same time, its sub-brand is reportedly working on the iQOO Neo 11S, which is expected to be a minor upgrade over last year’s Snapdragon 8 Elite-powered iQOO Neo 11.
Considering that the V2545A supports 100W fast charging, it appears more likely to be an iQOO-branded device. However, it is advisable to wait for further reports before drawing conclusions about its final marketing name.
For more daily updates, please visit our News Section.
Last month, Oppo unveiled the Reno 16 and Reno 16 Pro in China, powered by the Dimensity 8550 Super and Dimensity 9500s chipsets, respectively. A recent Geekbench listing revealed that the global version of the Reno 16 will feature the Snapdragon 7 Gen 4 chipset. Now, in a new development, the global edition of the Reno 16 Pro has also surfaced on the same benchmarking platform. The listing reveals that the device is powered by a Dimensity chip, but not the same one found in its Chinese counterpart.
Oppo Reno 16 Pro Geekbench listing
The listing reveals that an upcoming Oppo smartphone bearing the model number CPH2863 has appeared on Geekbench. Previous certification listings have confirmed that this model number belongs to the global version of the Reno 16 Pro.
The Geekbench listing reveals that the device is powered by the MediaTek MT6899 chip. Its CPU configuration and GPU details (via metadata) suggest that it is powered by the Dimensity 8500 chipset. To put this into context, the Chinese edition of the Reno 16 features the Dimensity 8550 Super chip.
The Dimensity 8550 Super and Dimensity 8550 share the same CPU and GPU specifications, but the 8550 Super mainly offers AI-related enhancements. Therefore, there is a possibility that the Reno 16 Pro’s chipset could actually be the Dimensity 8550.
Coming back to the Geekbench listing, the Reno 16 Pro is equipped with 12GB of RAM and runs Android 16. In Geekbench’s single-core and multi-core tests, the device achieved scores of 1,575 and 5,889 points, respectively.
While other details about the global version of the Reno 16 Pro remain under wraps, the device was previously spotted with support for 80W fast charging through a TÜV certification listing in March.
Apart from the Reno 16 and Reno 16 Pro, the global lineup is also expected to include a third model called the Reno 16F. Rumors suggest that this device could be powered by the Dimensity 7300 chipset.
Reports indicate that the Reno 16 series may debut in multiple global markets by early July. As a result, Oppo is expected to begin teasing the lineup within the next few days.
For more daily updates, please visit our News Section.
After five months of running the One UI 8.5 beta program, Samsung finally began rolling out the stable version in May, starting with the Galaxy S25 series. The rollout initially covered premium Galaxy S and Galaxy Z series smartphones, but, as always, Samsung wasted no time bringing the update to more affordable phones.
The company confirmed that the update would be released for a total of 44 devices via posts on Samsung Newsroom. In a little over a month, Samsung has released the update for all of those confirmed devices.
Here’s a quick look at the Galaxy devices officially confirmed to receive One UI 8.5.
Galaxy S25, S25+, S25 Ultra, S25 Edge, S25 FE
Galaxy S24, S24+, S24 Ultra, S24 FE
Galaxy S23, S23+, S23 Ultra, S23 FE
Galaxy Z TriFold
Galaxy Z Fold 7, Z Flip 7, Z Flip 7 FE
Galaxy Z Fold 6, Z Flip 6
Galaxy Z Fold 5, Z Flip 5
Galaxy Z Fold Special Edition
Galaxy Tab S11, Tab S11 Ultra
Galaxy Tab S10+, Tab S10 Ultra
Galaxy Tab S10 FE, Tab S10 FE+
Galaxy Tab S9, Tab S9+, Tab S9 Ultra
Galaxy Tab S9 FE, Tab S9 FE+
Galaxy A56, A55, A54
Galaxy A36, A35, A34
Galaxy A26, A25
Galaxy A17, A16, A15
Besides, Samsung has also released the One UI 8.5 update for several mid-range and budget smartphones that were not confirmed previously. This includes:
Galaxy A06
Galaxy M56
Galaxy M55
Galaxy M55s
Galaxy M16
Galaxy M06
Galaxy F56
Galaxy F55
Galaxy F54
Galaxy F06
Galaxy XCover 7 Pro
It’s very likely that Samsung will release the update for a few more Galaxy devices before wrapping up the rollout. We’ll update the list when that happens.
As the rollout happens in batches, it may take a few days for the update to appear on your Galaxy device. You can manually check for updates by navigating to Settings > Software update and tapping the Download and install button.
While the One UI 8.5 update continues to roll out to more devices, Samsung has already begun preparations for One UI 9.0, which is based on Android 17. The beta program is already live for the Galaxy S26 series, with more devices expected to join soon, while the stable release is expected in July 2026.
Don’t miss out on the latest One UI news. Check back on our Samsung section regularly, or follow us on Telegram to get notified the second a new story drops.
TECNO has officially introduced the new POVA 8 5G, bringing a strong focus on battery life, design, gaming performance, and AI-powered tools. The smartphone made its global debut on June 11, 2026, with India becoming the first market to receive the device. Availability in other regions will be announced in the coming months.
Interstellar-Inspired Design With Alive Matrix Display
The TECNO POVA 8 5G continues the brand’s futuristic design language with an Interstellar Spaceship-inspired look. The phone features a geometric rear camera module and a semi-transparent back panel that gives it a modern appearance.
One of the biggest highlights is the new Alive Matrix Display on the rear panel. This customizable LED lighting system can react to incoming calls, notifications, music playback, gaming events, charging status, and other alerts. TECNO says users can choose from 49 preset lighting effects or create their own custom animations.
Massive 8,000mAh Battery Promises Two-Day Usage
Battery life is a major focus of the POVA 8 5G. The device packs a large 8,000mAh battery that is TÜV SÜD certified for up to two days of regular use. TECNO claims the phone can deliver more than 60 hours of calling, 85 hours of music playback, 29 hours of YouTube streaming, and over 14 hours of gaming on a single charge.
The company also says the battery is designed for long-term durability, retaining over 80% of its health after 2,000 charge cycles and offering up to six years of reliable use.
50MP Sony Camera System
For photography, the TECNO POVA 8 5G features a 50MP Sony LYTIA 600 main camera that is co-engineered with Sony for improved light capture and image quality. The camera also supports 2x lossless zoom, allowing users to get closer to subjects without a noticeable drop in detail. On the front, the device includes a 13MP selfie camera for video calls and social media content. TECNO further enhances the camera experience with AI LightMaster 2.0, which can reduce lens flares, reflections, and unwanted shadows in photos.
Dimensity 7100 Power and AI Features
Powering the smartphone is the MediaTek Dimensity 7100 5G chipset. TECNO has paired it with its G1 Signal Enhancement Chip and SE1 Wi-Fi Enhancement Chip to improve connectivity in weak-signal environments. The company claims the setup can deliver stronger cellular and Wi-Fi reception in places such as elevators, basements, and crowded areas.
The phone also includes a 144Hz eye-care display for smoother scrolling and gaming.
Software Support and Extra Benefits
TECNO has equipped the POVA 8 5G with several AI tools, including AI YouTube Summary, AI Writing, AI Theme Generator, AI LightMaster 2.0, and All-Scenario Noise Cancellation. The company is also promising two major Android OS upgrades and three years of security updates.
Additionally, buyers will receive 256GB of free cloud storage for three years, while selected markets will also get a three-month Google AI Plus trial with 2TB cloud storage. With its large battery, unique rear lighting system, and practical AI features, the POVA 8 5G aims to stand out in the competitive mid-range smartphone segment.
If you’ve been loving your Galaxy Watch Ultra but always wished it lasted even longer on tough days, there’s some exciting rumor news headed your way. The Galaxy Watch Ultra 2 is shaping up to pack a much larger battery, which could make it a real winner for anyone who wants multi-day performance.
According to a fresh report from Sammobile, the Ultra 2 is expected to come with a rated battery capacity of 784mAh. Samsung will probably market it around 800mAh. That’s roughly a 35% jump compared to the original Ultra’s 590mAh battery. For a smartwatch, that’s a pretty big deal and should translate to noticeably better endurance, especially when combined with other upgrades.
On top of the bigger battery, the Galaxy Watch Ultra 2 is also rumored to get Qualcomm’s new Snapdragon Wear Elite chipset. Even though both this new chip and the previous Exynos W1000 are built on a 3nm process, the Snapdragon is expected to be noticeably more efficient thanks to its smarter architecture and a dedicated low-power NPU. That should give battery life another helpful boost.
The leaks also give us a peek at the regular Galaxy Watch 9 series. The 40mm model might get a 382mAh battery (marketed around 400mAh), which is about 23% better than the Watch 8. The 44mm version is tipped for 435mAh. Both should still support the usual 10W wireless charging.
Of course, everything is still under wraps officially. We’re probably looking at a launch later in 2026. But if these rumors hold up, Samsung seems focused on giving users more breathing room for heavy GPS use, always-on displays, and intensive workouts. Real-world results will depend on software tweaks and how you actually use the watch, but on paper, this direction looks really promising.
What do you think? Would a bigger battery make you upgrade? Keep an eye out as more details drop.
Honor has teased the arrival of a new X-series smartphone, the Honor X80 Pro Max, while also celebrating a major milestone for the lineup. The company has confirmed that the device will be unveiled later this month, giving consumers an early look at what could be one of its most ambitious mid-range smartphones yet.
Honor X80 Pro Max launch confirmed
Honor X80 Pro Max teaser
Alongside the teaser, Honor revealed that the X-series has now surpassed 130 million users globally. The series has built a reputation around durability and reliability over the years, and the upcoming X80 Pro Max appears set to continue that approach.
According to recent leaks, the Honor X80 Pro Max is expected to feature a 6.78-inch OLED display with a resolution of 2788 x 1280 pixels. The device is also tipped to adopt a flagship-inspired design language and could be offered in Lightning Red, Black, White and Orange colour options. Under the hood, it is said to be powered by the all-new Snapdragon 6 Gen 5 chipset.
One of the most notable rumoured features is the 11,000mAh battery, which would make it one of the largest batteries seen on a mainstream smartphone. The device is expected to support 90W wired charging and 27W wired reverse charging.
Honor X80 Pro Max leaked shots
The X80 Pro Max’s base model is expected to pack 8GB of RAM and 256GB of built-in storage. For photography, it may feature a 50-megapixel camera on the back. Like the recent Honor phones, it will also run on MagicOS 10-based Android 16.
Reports also suggest comprehensive water and dust resistance along with a reinforced chassis designed to withstand accidental drops and rough everyday use. Honor has not yet revealed the official specifications or pricing of the X80 Pro Max. More details are expected when the device is formally unveiled later this month.
The global version of the device is likely to carry the Honor Magic 9 Lite. There’s a possibility that it may pack a smaller battery than the X80 Pro Max.
For more daily updates, please visit our News Section.
Samsung has quietly introduced the Galaxy A27 5G in the Czech Republic, where the device has appeared on the company’s official website. The listing reveals most of the handset’s specifications and confirms a new addition to Samsung’s mid-range Galaxy A lineup.
Samsung Galaxy A27 5G specifications and features
Samsung Galaxy A27 5G
The Galaxy A27 5G features a 6.7-inch FHD+ Super AMOLED display with a 120Hz refresh rate and up to 800 nits brightness. It is powered by the Snapdragon 6 Gen 3 chipset and will be offered in 6GB or 8GB LPDDR5x RAM options, paired with 128GB or 256GB UFS 3.1 storage. A hybrid SIM slot allows storage expansion via microSD card up to 2TB.
For photography, the phone includes a triple rear camera setup consisting of a 50-megapixel main sensor with optical image stabilisation, a 5-megapixel ultra-wide camera and a 2-megapixel macro camera. On the front, there is a 12-megapixel selfie camera. The device supports 4K video recording at 30fps.
Samsung has equipped the Galaxy A27 5G with a 5,000mAh battery and 25W charging support. It ships with Android 16 and One UI 8.5, and Samsung says the phone will receive six years of OS and security updates, extending support until 2032.
Other features include an IP64 rating for dust and splash resistance, Gorilla Glass Victus+, a side-mounted fingerprint scanner, dual-SIM 5G support, Wi-Fi ac, Bluetooth 5.1 and USB Type-C. The phone measures 162.4 x 78.2 x 7.8mm and weighs 200g.
Samsung Galaxy A27 5G price and availability
The Galaxy A27 5G is listed in Blue, Black, Light Pink and Light Green color options. Samsung has not revealed the price yet, but the official listing suggests that wider market availability could follow soon. More details on regional pricing and launch plans are expected in the coming days.
For more daily updates, please visit our News Section.
Huawei has officially unveiled HarmonyOS 7 at its annual developer conference, offering an early look at the next major version of its software platform. The update introduces a refreshed visual experience, deeper artificial intelligence integration, and a range of new security-focused features. Huawei says the new version is designed to make interactions across smartphones, tablets, PCs, wearables and connected devices feel more intuitive.
A new visual style with deeper AI integration
HarmonyOS 7
One of the biggest changes in HarmonyOS 7 is a new spatial design language that brings a greater sense of depth to the user interface. Huawei is using software-based rendering techniques to create three-dimensional effects across the system, including lock screens that interact more naturally with wallpapers. The interface also gains new lighting effects that add movement and depth to buttons, sliders and other on-screen elements. The following video clips showcases the HarmonyOS 7’s UI animations.
Artificial intelligence plays a much larger role in HarmonyOS 7. Huawei says this is its first operating system built around a comprehensive AI-driven architecture rather than simply adding AI features on top. The upgraded Celia assistant is now positioned as a system-level intelligence hub capable of understanding user intent, carrying out multi-step actions and interacting more deeply with apps and services. Huawei has also introduced the HarmonyOS Intelligent Agent Framework 2.0, which is said to improve task completion rates for complex requests to above 90 percent.
The update further expands AI capabilities with smarter photo editing tools, content generation features and improved system-level assistance. Huawei says the assistant can now support a broader range of in-app commands and respond more effectively to natural language requests.
Alongside the AI enhancements, HarmonyOS 7 introduces a new anti-fraud platform aimed at protecting users from common scams. The system can identify suspicious QR codes, detect potentially fraudulent web pages, flag app impersonation attempts and recognise overseas spoofed phone numbers.
Huawei has also added AI-based voice scam detection and several other tools focused on communication safety. Performance improvements are another key part of the update. According to Huawei, HarmonyOS 7 delivers up to 15 percent better performance than the previous generation while keeping long-term system load growth under control.
HarmonyOS 7 developer beta rolls out
Huawei has also confirmed the first batch of devices eligible for the HarmonyOS 7 Developer Beta program. Starting today, the developer beta is available for devices such as the Huawei Mate 80 Pro, Mate X7, Mate XT Master, Pura 90 Pro Max, Pura X, Pura X Collector’s Edition and the nova 15 Pro. Developers with supported devices can start testing the new software immediately, while the stable rollout is expected later this year. The Mate 90 series, which is expected to launch in September in China, will be the first Huawei phones to come preloaded with HarmonyOS 7.
For more daily updates, please visit our News Section.
If you’re shopping in the upper mid-range segment, the Xiaomi 17T and Nothing Phone (4a) Pro are two very different but equally compelling options. One focuses on flagship-level performance, cameras, and battery life, while the other stands out with its unique design, Glyph interface, and aggressive pricing. Here’s how these two smartphones compare across design, performance, cameras, battery, and overall value to help determine which one deserves a place in your pocket.
Major Features:
Feature
Xiaomi 17T
Nothing Phone (4a) Pro
Winner
Build Quality
Gorilla Glass 7i, plastic frame, reinforced back
Gorilla Glass 7i, aluminum frame, aluminum back
Nothing – More premium materials.
Water Resistance
IP68
IP65
Xiaomi – Better dust and water protection.
Display
6.59-inch AMOLED, 120Hz, Dolby Vision, 3500 nits
6.83-inch AMOLED, 144Hz, 5000 nits peak
Nothing – Larger, smoother, and brighter panel.
Processor
Dimensity 8500 Ultra
Snapdragon 7 Gen 4
Xiaomi – Much faster chipset.
GPU
Mali-G720 MC8
Adreno 722
Xiaomi – Better gaming performance.
RAM & Storage
12GB RAM, UFS 4.1
Up to 12GB RAM, UFS 3.1
Xiaomi – Faster storage and stronger memory setup.
Main Camera
50MP Leica, OIS
50MP, OIS
Xiaomi – Leica tuning adds an edge.
Telephoto Camera
50MP Periscope, 5x Zoom
50MP Periscope, 3.5x Zoom
Xiaomi – Longer optical zoom reach.
Ultrawide Camera
12MP
8MP
Xiaomi – Better ultrawide hardware.
Selfie Camera
32MP, 4K Video
32MP, 1080p Video
Xiaomi – Superior selfie video quality.
Video Recording
4K60, HDR10+, Log
4K30, Dolby Vision HDR
Xiaomi – More advanced recording features.
Battery
6500mAh
5400mAh (India)
Xiaomi – Significantly larger battery.
Charging
67W Wired, 22.5W Reverse
50W Wired, 7.5W Reverse
Xiaomi – Faster charging speeds.
Connectivity
Wi-Fi 6E, Bluetooth 6.0, IR Blaster
Wi-Fi 6, Bluetooth 5.4
Xiaomi – More advanced connectivity.
Software
Android 16, HyperOS 3
Android 16, Nothing OS 4.1
Nothing – Cleaner software experience.
Unique Features
Leica cameras, IR Blaster
Glyph Interface, LED lighting
Nothing – More distinctive features.
Price
Priced around ₹60,000
Priced around ₹40,000
Nothing – Better value for money.
Disclaimer: Specs are based on available data. Actual performance may vary. Verify details from official sources before buying.
The Xiaomi 17T and Nothing Phone (4a) Pro take very different approaches to design. Xiaomi focuses on a practical flagship-style build with Gorilla Glass 7i protection, IP68 water resistance, and a clean, premium appearance. The Nothing Phone (4a) Pro stands out with its aircraft-grade aluminum unibody construction and signature Glyph lighting system featuring 137 programmable LEDs. It feels more distinctive and futuristic, while Xiaomi aims for a more conventional premium look.
For users who value durability and peace of mind, the stronger IP68 rating on the Xiaomi 17T is a meaningful advantage. The Nothing device, however, offers more visual personality and instantly stands apart from most smartphones in its segment.
Display Quality
Both phones use AMOLED panels with HDR support, but the Xiaomi 17T delivers Dolby Vision support, excellent color tuning, and a sharp 1268p resolution. The Nothing Phone (4a) Pro counters with a larger 144Hz panel, higher peak brightness, and slimmer bezels for a more immersive viewing experience.
Verdict
The Nothing Phone (4a) Pro offers a more eye-catching design and larger display, while the Xiaomi 17T delivers better durability and a more balanced flagship-grade viewing experience. For most buyers, Xiaomi holds a slight edge due to its stronger protection and premium display tuning.
2. Specifications Including Battery
Performance
Performance is where the Xiaomi 17T creates significant separation. The MediaTek Dimensity 8500 Ultra is a much more powerful chipset than the Snapdragon 7 Gen 4 found in the Nothing Phone (4a) Pro. Combined with faster UFS 4.1 storage and 12GB RAM as standard, Xiaomi provides quicker app launches, smoother multitasking, and better long-term performance.
The Nothing Phone (4a) Pro remains capable for daily use, social media, streaming, and casual gaming, but it is clearly positioned as an upper-midrange device rather than a performance-focused flagship. Buyers planning to keep their phone for several years may appreciate the extra performance headroom offered by Xiaomi.
Battery and Charging
The Xiaomi 17T packs a massive 6500mAh battery globally, paired with 67W charging and reverse wired charging. The Nothing Phone (4a) Pro offers a 5400mAh battery in India and 50W charging. Both provide excellent endurance, but Xiaomi simply lasts longer between charges.
Verdict
The Xiaomi 17T wins comfortably. It delivers stronger processing power, faster storage, a larger battery, and quicker charging, making it the more future-proof choice.
3. Camera
Main and Secondary Lenses
Both smartphones feature a versatile triple-camera setup with wide, periscope telephoto, and ultrawide lenses. The Xiaomi 17T gains an advantage through its Leica-tuned imaging system, larger telephoto reach with 5x optical zoom, and higher-quality ultrawide sensor. The combination provides greater flexibility for portraits, landscapes, and long-distance photography.
Nothing’s 50MP main camera is highly capable and should produce pleasing results with strong dynamic range. However, its 3.5x telephoto lens and lower-resolution ultrawide camera are less ambitious. The camera experience feels optimized for consistency rather than maximum versatility.
Selfie Camera
Both devices feature 32MP selfie cameras, but Xiaomi extends its lead with 4K selfie video recording and HDR10+ support. The Nothing Phone (4a) Pro is limited to 1080p selfie video, which feels less competitive at this price point.
Verdict
The Xiaomi 17T offers a stronger overall camera package. Better zoom capability, Leica imaging enhancements, superior ultrawide hardware, and advanced selfie video recording make it a more complete photography-focused smartphone.
4. Pricing
The Xiaomi 17T is priced around ₹60,000 ($700), while the Nothing Phone (4a) Pro is priced around ₹40,000 ($500). This creates a substantial gap of roughly ₹20,000 between the two devices.
The Xiaomi 17T justifies its higher price through its flagship-grade chipset, larger battery, better water resistance, faster storage, superior telephoto camera, and enhanced multimedia capabilities. It is clearly targeting buyers who want premium hardware without stepping into ultra-premium flagship pricing.
The Nothing Phone (4a) Pro delivers excellent value for buyers seeking a distinctive design, smooth display, solid cameras, and a clean software experience at a lower price. The price-to-performance ratio is attractive, especially for users who do not require flagship-level power.
Verdict
The Nothing Phone (4a) Pro offers stronger value for money, while the Xiaomi 17T offers significantly better hardware. The better purchase depends on whether performance and camera upgrades justify the extra investment.
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 Xiaomi 17T stands out with its Leica camera system, Dimensity 8500 Ultra processor, IP68 certification, UFS 4.1 storage, and massive battery. It is built for users who prioritize flagship-level performance, long battery life, and versatile photography.
The Nothing Phone (4a) Pro differentiates itself through its unique Glyph lighting interface, aluminum unibody construction, larger 144Hz display, and significantly lower price. It delivers a refreshing alternative to traditional smartphone designs while maintaining a clean software experience.
The comparison ultimately comes down to priorities. Xiaomi focuses on delivering maximum hardware capability, while Nothing emphasizes character, design, and affordability. Both approaches are compelling, but they target slightly different audiences.
Verdict
The Xiaomi 17T is the better smartphone overall thanks to its stronger performance, larger battery, better cameras, and superior durability. However, the Nothing Phone (4a) Pro remains the smarter value-focused choice for buyers seeking a unique design and premium experience at a much lower price.
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.
If you’ve been eyeing a premium Samsung flagship but holding off because of the price, now’s your chance to celebrate. The Galaxy S25 Edge has seen a jaw-dropping discount on Flipkart’s ongoing June Epic Sale. Just over a year after launch, it’s now available at nearly half its original price.
Samsung originally launched the S25 Edge in India last year at ₹1,09,999. Right now on Flipkart, it’s listed at just ₹59,999 for the 12GB + 256GB configuration. If you have an eligible Axis Bank or SBI Flipkart credit card, you can also grab an extra ₹3,000 discount. That’s one of the biggest drops we’ve seen on a recent Samsung flagship in the Indian market.
What makes this phone special is how Samsung focused on that premium feel without making it bulky. It’s incredibly slim at just 5.8mm thick and weighs only around 163g, making it one of the slimmest Galaxy S phones ever. You get a titanium frame, Corning Gorilla Glass Ceramic 2 protection, and a 6.7-inch Dynamic AMOLED 2X display with 2K resolution.
Inside, it’s powered by the Snapdragon 8 Elite for Galaxy chipset. It can handle multitasking and all those AI features flawlessly. The camera setup includes a 200MP main sensor (plus a 12MP ultrawide) and a 12MP selfie camera.
That said, the battery is one area where it feels a little average. It only packs a 3,900mAh cell, so it might not comfortably get you through a full heavy day of use. If you’re going to be out for long hours, you might still want to carry a power bank just to be safe — not the most convenient thing, but it’s a common trade-off in slim flagships.
At this new price, the S25 Edge feels like a steal for anyone wanting a refined, slim flagship experience without jumping to the Ultra model’s higher cost. If you’re interested, head over to Flipkart quickly to check stock and full offer terms, as deals like this don’t last forever.
Xiaomi 17T and Google Pixel 10a take two very different approaches to the premium mid-range smartphone market. Xiaomi focuses on powerful hardware, fast charging, and a versatile camera system, while Google emphasizes clean software, long-term updates, and smart AI-powered features. With both phones targeting buyers looking for flagship-like experiences without flagship prices, this comparison breaks down which device delivers the better value and overall user experience.
The Xiaomi 17T and Google Pixel 10a both offer IP68 water and dust resistance, making them reliable daily companions. Xiaomi uses a glass front paired with a glass-fiber reinforced plastic back, while Google combines Gorilla Glass 7i with an aluminum frame and plastic rear panel. The Pixel 10a feels slightly more premium thanks to its aluminum construction, while the Xiaomi 17T focuses on durability and a flagship-inspired design language.
Display Quality
Display hardware is where the Xiaomi 17T takes a clear lead. Its 6.59-inch AMOLED panel delivers a sharper 1268 x 2756 resolution, supports Dolby Vision and HDR10+, and reaches an impressive 3,500 nits peak brightness. The Pixel 10a’s 6.3-inch P-OLED display is still excellent with a smooth 120Hz refresh rate and up to 3,000 nits peak brightness, but it lacks some of Xiaomi’s premium multimedia enhancements. The higher resolution and richer feature set make the Xiaomi screen feel more immersive for gaming and video streaming.
Verdict
The Pixel 10a offers a refined build with an aluminum frame, but the Xiaomi 17T delivers the stronger overall package. Its brighter, sharper, and more feature-rich display creates a more flagship-like experience, especially for media consumption and outdoor visibility.
2. Specifications Including Battery
Performance
The Xiaomi 17T is powered by the MediaTek Dimensity 8500 Ultra paired with 12GB RAM and fast UFS 4.1 storage. The Pixel 10a uses Google’s Tensor G4 chipset with 8GB RAM and UFS 3.1 storage. For everyday use, both phones feel smooth, but the Xiaomi has a noticeable advantage in multitasking, sustained performance, and gaming. The faster storage also helps apps load quicker and improves overall responsiveness.
Battery and Charging
Battery capacity heavily favors Xiaomi. The global version packs a 6,500mAh battery with 67W wired charging, while the Pixel 10a includes a 5,100mAh battery with 30W wired charging and 10W wireless charging. Google’s wireless charging is convenient, but Xiaomi’s larger battery and significantly faster charging speeds provide greater practicality for power users. Heavy users are likely to appreciate the extra endurance offered by the Xiaomi device.
Verdict
The Xiaomi 17T wins comfortably in performance and battery. Faster storage, more RAM, a larger battery, and quicker charging make it better suited for demanding users who prioritize speed and longevity.
3. Camera
Main and Secondary Lenses
Camera philosophy differs significantly between these devices. The Xiaomi 17T features a versatile triple-camera setup consisting of a 50MP main sensor, a 50MP periscope telephoto camera with 5x optical zoom, and a 12MP ultrawide lens. The Leica partnership also adds distinctive image tuning options. The Pixel 10a relies on a 48MP main camera and a 13MP ultrawide sensor, emphasizing Google’s computational photography strengths.
In daylight, both phones can produce excellent images, but Xiaomi offers more flexibility thanks to its dedicated telephoto lens. Zoom photography is simply in another league on the Xiaomi 17T. The Pixel still shines in image processing, dynamic range, and point-and-shoot consistency.
Selfie Camera
The Xiaomi 17T carries a 32MP front camera capable of 4K recording and HDR10+ support. The Pixel 10a uses a 13MP ultrawide selfie camera that also supports 4K video. Xiaomi delivers sharper selfies and greater detail, while Google’s image processing often produces natural-looking skin tones.
Verdict
The Xiaomi 17T provides a more complete camera system. The dedicated periscope zoom lens and higher-resolution selfie camera make it a stronger all-around photography package, while the Pixel 10a remains appealing for users who value Google’s image processing expertise.
4. Pricing
The Xiaomi 17T is priced around $700 (₹60,000), while the Google Pixel 10a is priced around $500 (₹50,000). This creates a noticeable gap between the two devices, with Google targeting the upper mid-range segment and Xiaomi pushing closer to flagship territory.
Is the Price Justified?
The Pixel 10a delivers strong value with clean Android software, seven years of major Android updates, wireless charging, and Google’s camera processing. For buyers seeking a dependable smartphone without spending flagship-level money, the pricing feels justified.
The Xiaomi 17T costs more, but it also provides meaningful hardware upgrades. Buyers receive a superior display, more RAM, faster storage, a larger battery, much faster charging, and a versatile telephoto camera. The additional investment translates into tangible benefits across nearly every major category.
Verdict
The Pixel 10a offers better affordability and long-term software support, while the Xiaomi 17T delivers substantially stronger hardware. Value depends on priorities, but Xiaomi provides more features for the extra money.
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 Xiaomi 17T stands out with its Leica-tuned triple-camera system, 5x periscope zoom lens, 6,500mAh battery, 67W charging, Dolby Vision display, and flagship-grade storage configuration. These features make it feel closer to a premium flagship than a traditional upper mid-range phone.
The Pixel 10a counters with Google’s clean Android experience, seven years of software support, wireless charging, Satellite SOS support, and computational photography expertise. Buyers who keep phones for many years may find these advantages particularly attractive.
Verdict
The Xiaomi 17T is the better smartphone overall. It offers a superior display, stronger performance, significantly better battery life, faster charging, and a more versatile camera system. The Google Pixel 10a remains an excellent option for software-focused users who prioritize long-term updates and a lower price. For most buyers comparing specifications and hardware capabilities, however, the Xiaomi 17T emerges as the more complete 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.
Insta360 has officially pulled the wraps off the Luna Ultra, its first flagship gimbal camera built in partnership with Leica. After months of leaks, teaser videos, and pre-orders popping up at overseas retailers, the wait is finally over. Let’s walk through the specs, features, and price of the Insta360 Luna Ultra.
Insta360 Luna Ultra Specifications
The Luna Ultra runs a dual-sensor setup at its core. The primary shooter packs a 50MP Sony LYT-900 1-inch sensor with an F1.8 aperture and an impressive 14 stops of dynamic range.
Alongside it sits a 50MP OV50Q telephoto unit on a 1/1.3-inch sensor with an F2.0 aperture, supporting up to 12x zoom (or 6x lossless zoom). Together, they cover five focal lengths, from wide to 240mm equivalent.
Both lenses carry the Leica Summicron branding, which isn’t just a badge. It brings with it Leica’s signature colour science and iconic filters, along with an exclusive Leica watermark option.
The Luna Ultra supports 8K recording
On the video side, the Luna Ultra supports 8K recording with Dolby Vision, 4K at 120fps for slow-motion, and even 1080p at 240fps. There’s also a 4K 60fps PureVideo Mode designed to reduce noise while lifting detail and brightness in tricky lighting.
For those who shoot professionally, it supports 10-bit I-Log+ ACES workflow, and DaVinci Resolve natively supports Insta360’s I-Log format. The camera also supports Adobe Premiere Pro and Final Cut Pro, along with built-in timecode for multi-camera sync.
The three-axis gimbal keeps telephoto shots steady, and it has a detachable 2-inch OLED touchscreen that lets you frame and review your shots.
Insta360 has also packed the Luna Ultra with a handful of tools, especially for solo content creators. For instance, it has Deep Track 5.0 to handle subject tracking, while in-camera face recognition comes with adjustable tone and skin smoothing. A built-in Mini Fill Light helps in low-light environments without needing an extra accessory.
For photography, the camera stitches 200MP panoramic stills and shoots 37MP UltraPhoto shots with AI-enhanced detail. There’s also a Low Frame Photos and Low Frame Collage mode for more creative captures.
Battery and Storage
The Insta360 Luna Ultra has a 1,550mAh battery that delivers up to four hours of run time. You can fast charge it in about 23 minutes. With 47GB of internal storage built in, you’ve got plenty of room to shoot without constantly worrying about running out of space.
Pricing and Availability
The Insta360 Luna Ultra is priced at $769 globally, with regional equivalents set at ¥4,358 in China, 119,800 yen in Japan, and 5,599 HKD in Hong Kong.
It’s worth noting that Insta360’s CEO had previously hinted that Chinese pricing would be significantly lower than overseas figures, something we covered at the time. The official ¥4,358 figure confirms that the local price is indeed friendlier.
Xiaomi 17T and Samsung Galaxy S25 FE target buyers looking for a premium smartphone without stepping into ultra-flagship pricing. Xiaomi focuses on powerful hardware and camera upgrades, while Samsung brings long-term software support and ecosystem benefits. Here’s how they compare across design, performance, cameras, battery life, and overall value.
Major Features:
Feature
Xiaomi 17T
Samsung Galaxy S25 FE
Winner
Build Quality
Gorilla Glass 7i + reinforced plastic frame
Gorilla Glass Victus+ + aluminum frame
Samsung – More premium materials
Water Resistance
IP68
IP68
Tie – Same protection level
Display Technology
AMOLED, Dolby Vision, 120Hz
Dynamic LTPO AMOLED 2X, 120Hz
Samsung – LTPO improves efficiency
Display Resolution
1268 x 2756
1080 x 2340
Xiaomi – Sharper panel
Peak Brightness
3500 nits
1900 nits
Xiaomi – Much brighter outdoors
Processor
Dimensity 8500 Ultra
Exynos 2400
Samsung – Stronger flagship chipset
RAM
12GB
8GB
Xiaomi – Better multitasking
Storage Technology
UFS 4.1
UFS 4.0
Xiaomi – Faster storage
Software Support
Android 16, HyperOS 3
Android 16, 7 major updates
Samsung – Longer software support
Main Camera
50MP
50MP
Tie – Comparable primary cameras
Telephoto Camera
50MP Periscope, 5x Zoom
8MP Telephoto, 3x Zoom
Xiaomi – Superior zoom hardware
Ultrawide Camera
12MP
12MP
Tie – Similar specifications
Selfie Camera
32MP
12MP
Xiaomi – Higher resolution sensor
Video Recording
4K60
8K30, 4K120
Samsung – More advanced video capabilities
Battery Capacity
6500mAh
4900mAh
Xiaomi – Much larger battery
Wired Charging
67W
45W
Xiaomi – Faster charging
Wireless Charging
No
15W Qi2 Compatible
Samsung – Wireless charging support
Reverse Charging
22.5W Wired
Reverse Wireless
Samsung – More convenient solution
Connectivity
Bluetooth 6.0, IR Blaster
Bluetooth 5.4
Xiaomi – Newer connectivity features
Productivity Features
Standard Android Features
Samsung DeX, Wireless DeX
Samsung – Better productivity tools
Price
Around ₹60,000
Around ₹50,000
Samsung – Better value for money
Disclaimer: Specs are based on available data. Actual performance may vary. Verify details from official sources before buying.
The Xiaomi 17T and Samsung Galaxy S25 FE approach design differently despite targeting a similar premium segment. Xiaomi uses Gorilla Glass 7i protection on the front and rear with a reinforced plastic frame, while Samsung opts for a more premium combination of Gorilla Glass Victus+ and an aluminum frame. Both devices carry IP68 water and dust resistance, making them suitable for everyday durability.
Samsung’s construction feels slightly more flagship-like thanks to its metal frame and glass sandwich design. However, Xiaomi compensates with a modern Leica-branded camera setup and a design language that feels fresh and performance-oriented. Users who prioritize premium materials may lean toward Samsung, while those focused on practicality may find Xiaomi equally appealing.
Display Quality
The Xiaomi 17T features a 6.59-inch AMOLED panel with a sharper 1268 x 2756 resolution, 120Hz refresh rate, Dolby Vision support, 3840Hz PWM dimming, and an impressive 3500 nits peak brightness. Samsung counters with a larger 6.7-inch Dynamic LTPO AMOLED 2X display featuring adaptive refresh technology and HDR10+ support.
Xiaomi delivers a noticeably sharper and brighter viewing experience, especially outdoors. Samsung’s LTPO technology, however, helps improve power efficiency during daily use.
Verdict
The Samsung Galaxy S25 FE offers more premium materials, but the Xiaomi 17T wins the display battle with higher resolution, superior brightness, Dolby Vision support, and better eye-comfort features.
2. Specifications Including Battery
Performance
The Xiaomi 17T is powered by the MediaTek Dimensity 8500 Ultra paired with 12GB RAM and UFS 4.1 storage. The Samsung Galaxy S25 FE uses the Exynos 2400 chipset with 8GB RAM and UFS 4.0 storage.
Samsung’s Exynos 2400 is the more powerful processor overall, particularly in graphics-intensive workloads and sustained flagship-level performance. It also benefits from Samsung’s extensive software optimization and seven years of Android updates. Xiaomi, however, provides more RAM as standard and faster storage, which can improve multitasking and app loading speeds.
Battery and Charging
Battery life is a major strength for Xiaomi. The global model packs a 6500mAh battery supported by 67W wired charging, while Samsung relies on a 4900mAh battery with 45W wired charging and 15W wireless charging.
Samsung’s wireless charging and DeX support add convenience, but Xiaomi’s significantly larger battery and faster charging make it more practical for heavy users. The difference in endurance is likely to be noticeable in daily use.
Verdict
Samsung offers stronger flagship-grade processing power and industry-leading software support. Xiaomi counters with substantially better battery life, faster charging, more RAM, and faster storage. For most buyers, Xiaomi provides the more balanced hardware package.
3. Camera
Main and Secondary Lenses
Camera hardware strongly favors the Xiaomi 17T. It features a 50MP main sensor, a 50MP periscope telephoto camera with 5x optical zoom, and a 12MP ultrawide camera. Samsung includes a 50MP primary sensor, an 8MP telephoto camera with 3x optical zoom, and a 12MP ultrawide sensor.
The periscope telephoto camera gives Xiaomi a clear advantage for long-range photography. Leica tuning also adds character to images, producing photos that often feel more premium and cinematic. Samsung’s image processing remains one of the most consistent in the Android ecosystem, delivering dependable colors and strong video performance.
Selfie Camera
Xiaomi includes a 32MP front camera capable of 4K recording, while Samsung uses a 12MP selfie camera that also supports 4K video.
The higher-resolution Xiaomi sensor offers greater detail and flexibility, especially for social media creators and video calls. Samsung’s selfie camera remains reliable but lacks the same specification advantage.
Verdict
Samsung delivers excellent processing and impressive 8K video recording, but Xiaomi’s superior telephoto system, stronger selfie camera, Leica enhancements, and overall hardware versatility make it the more capable photography package.
4. Pricing
The Xiaomi 17T is priced around ₹60,000, while the Samsung Galaxy S25 FE is priced around ₹50,000. Despite carrying a higher price tag, Xiaomi brings several hardware upgrades, including a higher-resolution display, a larger battery, faster charging, more RAM, faster storage, and a significantly stronger telephoto camera.
Samsung’s lower pricing immediately improves its value proposition. Buyers also receive seven years of Android updates, wireless charging, Samsung DeX, and a premium aluminum-frame design. These extras can be particularly attractive for users planning to keep their phone for many years.
When evaluating pure hardware, Xiaomi appears to justify its premium through tangible upgrades that affect everyday usage. Samsung, meanwhile, focuses on ecosystem benefits and long-term software support rather than maximizing specifications.
Verdict
The Galaxy S25 FE offers stronger value at its lower price point, while the Xiaomi 17T justifies its higher cost through better hardware. Buyers seeking specifications will appreciate Xiaomi, whereas value-focused users may find Samsung the smarter purchase.
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 Xiaomi 17T stands out with its Leica-backed camera system, 5x periscope zoom lens, brighter and sharper display, massive battery capacity, faster charging, and 12GB RAM configuration. These upgrades target users who prioritize photography, multimedia consumption, and long battery life.
The Samsung Galaxy S25 FE distinguishes itself through seven years of Android updates, wireless charging, Samsung DeX, premium aluminum construction, and the mature Samsung ecosystem. These features make it particularly attractive for productivity-focused users and those seeking long-term software reliability.
Both devices succeed in different ways. Xiaomi focuses on delivering maximum hardware value, while Samsung emphasizes refinement, ecosystem integration, and longevity. Neither approach is wrong; the choice depends largely on buyer priorities.
Verdict
The Xiaomi 17T is the better overall smartphone for users seeking the strongest hardware, display, battery life, charging speeds, and camera versatility. The Samsung Galaxy S25 FE remains an excellent alternative thanks to its lower price, superior software commitment, wireless charging, and ecosystem advantages. For most power users, the Xiaomi 17T emerges as the more complete 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.
Two of China’s biggest camera brands are now taking each other to court in the US. DJI filed not one but two lawsuits against Insta360 just days ago, on or around June 10, 2026. The target is Insta360’s newly launched Luna series of gimbal cameras, which DJI claims bear a little too much resemblance, both visually and technically, to their Osmo Pocket line. Both suits were filed in the US District Court for the Eastern District of Texas.
What exactly is DJI accusing them of?
The first lawsuit is about design patents. DJI is arguing that the Luna cameras look too similar to the Osmo Pocket 3: the slim handheld body, the distinctive neck connecting it to the gimbal arm, the rotating screen, the side ports, the bottom interface. Close enough, DJI says, to genuinely confuse buyers.
The second lawsuit goes deeper, targeting four utility patents covering the actual technology inside the cameras: things like how the gimbal switches between “lock mode” and “follow mode,” the subject tracking system, and how the display integrates with the gimbal in real time. DJI goes as far as saying Insta360 “blatantly copied” these inventions with full knowledge of the patents, which opens the door to enhanced damages for willful infringement.
As remedies, DJI is seeking a permanent ban on Luna product sales in the U.S., along with damages — at minimum a reasonable royalty, and potentially a full disgorgement of profits.
This is also not happening out of nowhere. Earlier in 2026, DJI was already pursuing patent ownership claims in China, tied to inventions allegedly developed by former DJI engineers who later joined Insta360. The tension between these two companies has been building for a while, and this US lawsuit is more of an escalation than a surprise.
Insta360 is expected to fight back. They’ve already signaled intentions to defend vigorously, including potential countersuits over their own IP in pocket gimbals and 360-degree imaging.
The outcome of these cases could influence how both companies approach product development and market strategy going forward, and may set broader precedents for cross-border IP disputes in the imaging industry.
Nothing has not officially announced the Ear (3a) yet, but some early details are already coming to light.
Last year, Nothing introduced the Ear (3) as its flagship pair of wireless earbuds. Now, the London-based company appears to be working on a more budget-friendly version, the Nothing Ear (3a).
This isn’t entirely surprising. Nothing did something similar back in 2024 when it launched the Ear (a) as a cheaper alternative alongside the Ear (3), skipping what many expected to be an “Ear (2a).”
Nothing Ear (3)
So far, the only confirmed trace of the product comes from an Indonesian regulatory database. The earbuds were listed under model number B190 alongside the CMF Buds Neo. However, the filing does not reveal any specifications, pricing, or a launch window.
According to a report by Dealabs, the Ear (3a) is expected to launch in four colors: white, black, yellow, and pink. Three of these are the same as the Ear (a). Pink is the only new addition.
Price may hold steady at €99 in France
The same source suggests a launch price of €99 in France. That’s the same price the Ear (a) launched at in 2024. The Ear (a) has since dropped to €89, so the Ear (3a) would come in slightly above it at launch.
No technical details or release date have been confirmed. It remains to be seen whether the Ear (3a) will include features missing from the Ear (a), such as wireless charging or improved noise cancellation, both of which are available on Nothing’s higher-end models.
For more daily updates, please visit our News Section.
Xiaomi has always been known for affordable smartphones and smart home gadgets. But over the last year and a half, the company has quietly turned itself into one of the most ambitious AI players in the world.
From large language models and voice cloning to an autonomous phone agent and a massive investment war chest, Xiaomi is moving fast. Here is everything you need to know about where Xiaomi is in the big AI and LLM race.
Where did Xiaomi enter the LLM race
Xiaomi’s AI story really kicked off in April 2025, when the company released MiMo-7B, its first open-source large language model. For those unaware, the name “MiMo” stands for Xiaomi Model (Mi and Mo). The good thing from the start is that Xiaomi is focusing on reasoning and coding, rather than just chatting.
Despite having only 7 billion parameters, Xiaomi claimed MiMo-7B punched well above its weight. On math benchmarks like MATH-500, the reinforcement-learning version of the model reportedly scored 95.8%. Surprisingly, it also outperformed OpenAI’s o1-mini and Alibaba’s Qwen-32B-Preview on the AIME 2024 and 2025 math competitions.
The model was trained on a specially curated dataset of 200 billion reasoning tokens, with a total of 25 trillion tokens across three training phases. Xiaomi released it under an open-source MIT license, and it is available on Hugging Face.
The development team was led by Luo Fuli, who came to Xiaomi from DeepSeek.
By December 2025, Xiaomi announced MiMo-V2-Flash, a 309-billion-parameter model that kept most of its weight “inactive.” That is, you could only use about 15 billion parameters at any given time, thanks to a Mixture-of-Experts (MoE) design.
What made it stand out was the combination of performance and speed. It ranked in the top two among open-source models on reasoning benchmarks, matched GPT-5 and Claude 4.5 Sonnet on software engineering tests (SWE-Bench Verified), and could generate responses at 150 tokens per second while reportedly costing just 2.5% of Claude’s inference price. Xiaomi priced API access at $0.1 per million input tokens and offered free access for a limited time at launch.
MiMo-V2-Flash also introduced the Multi-Token Prediction (MTP) technique that lets the model generate and verify multiple tokens at once.
2. MiMo-V2-Pro: The Trillion-Parameter Flagship
Xiaomi MiMo-V2-Pro Benchmark
March 2026 brought Xiaomi’s most ambitious model yet. MiMo-V2-Pro has over one trillion total parameters with 42 billion active parameters per pass. It supports a context window of one million tokens, meaning it can process the equivalent of several long novels in a single conversation. Xiaomi says the model is specifically built for “agentic” tasks: complex, multi-step jobs that require planning and execution without constant human input.
The model actually first appeared on OpenRouter, the AI gateway platform, uploaded anonymously under the name “Hunter Alpha.” It quickly shot to the top of the leaderboard, processing over 1.5 trillion tokens before Xiaomi officially took credit. That kind of organic developer attention was a signal the model was genuinely competitive.
Alongside MiMo-V2-Pro, Xiaomi also dropped two companion models: MiMo-V2-Omni (a multimodal version that can process text, images, audio, and video) and MiMo-V2-TTS (a text-to-speech model for the agent pipeline).
3. MiMo-V2.5 and V2.5-Pro
In late April 2026, Xiaomi merged the best of its V2 family into a single architecture. MiMo-V2.5-Pro is a 1.02 trillion-parameter model that handles text, image, audio, and video all in one. It runs at 60 to 80 tokens per second for complex tasks, while the lighter MiMo-V2.5 (for everyday use) hits 100 to 150 tokens per second.
V2.5-Pro also ranked as the world’s top open-source model for agentic capabilities on the Artificial Analysis benchmark at the time of launch.
Xiaomi also removed additional charges for using the full 1 million-token context window and reset user credits at launch, making it more developer-friendly.
And just recently, in early June 2026, Xiaomi launched MiMo Code, a terminal-based AI coding agent based on MiMo-V2.5. Unlike most coding assistants that forget context once the window fills up, MiMo Code features a persistent memory system that keeps track of decisions across long projects.
4. MiMo-VL
On the visual side, Xiaomi released MiMo-VL (Vision-Language) and its home-focused variant, MiMo-VL-Miloco-7B. The Miloco model is designed to understand home environments.
It can recognize everyday gestures like thumbs-up, OK, peace signs, and open palms, and it can identify common household activities like watching TV, working out, or reading. It is built on a mix of supervised fine-tuning and reinforcement learning, keeping the model “home-smart” without losing general capability.
5. MiDashengLM-7B
Released in August 2025, MiDashengLM-7B is Xiaomi’s audio AI model. Unlike most voice AI systems that are trained primarily on speech recognition (which discards a lot of non-verbal audio information), this model uses a “general audio caption” approach. It was trained on a massive 38,662-hour dataset and can understand not just words, but music, environmental sounds, speaker emotion, and acoustic context.
It is built on Qwen2.5-Omni-7B from Alibaba and is embedded in Xiaomi’s electric vehicles and smart home appliances. Xiaomi released it under an Apache 2.0 license, making it available for commercial use.
6. MiMo-Audio: Hearing at Scale
Alongside its vision and language work, Xiaomi also published MiMo-Audio, a separate audio language model. The audio encoder from MiMo-Audio was later integrated into MiMo-V2.5 to power the omnimodal experience.
7. OmniVoice: Cloning Any Voice in Any Language
One of Xiaomi’s most impressive recent releases is OmniVoice, a text-to-speech model from Xiaomi’s AI Lab’s next-gen Kaldi team, open-sourced in May 2026.
OmniVoice supports 646 languages, including many low-resource languages that have very little available training data. It is a zero-shot voice cloning model, meaning it can clone a voice from just a few seconds of reference audio and generate natural-sounding speech across languages while preserving the original voice characteristics.
What sets OmniVoice apart technically is its simplified single-transformer architecture that maps text directly to acoustic tokens. This lets it complete training on 100,000 hours of audio data in a single day and run inference at up to 40x real-time speed using PyTorch.
Xiaomi says OmniVoice is the first voice cloning TTS model to cover hundreds of languages. It also has practical tools for correcting tricky pronunciations, like polyphonic Chinese characters or uncommon English proper nouns. Everything is available under the Apache-2.0 license.
The TTS model supports voice cloning, and the ASR handles bilingual recognition. Together, they let developers build end-to-end voice-driven products without having to stitch together tools from different providers.
9. Xiao AI and HyperAI: The Consumer-Facing Side
On the consumer side, Xiaomi has two main AI experiences for regular users.
Xiao AI (小爱) is Xiaomi’s long-running voice assistant, available on smartphones, smart speakers, and wearables. With HyperOS 2, it was upgraded to become “Super Xiao AI,” with better context memory, smarter home device control, and the ability to generate images from text. It is deeply integrated into HyperOS’s three-pillar system: HyperCore for performance, HyperConnect for device syncing, and HyperAI for smart features.
HyperAI, introduced globally at MWC 2025 and rolled out to phones starting with the Xiaomi 15 series, is a suite of AI features baked into HyperOS 2. It includes real-time translation, AI writing assistance, smart speech recognition that summarizes recordings, and AI photo editing. For global devices, Xiaomi also integrated Google Gemini as a backend. HyperAI has since expanded to mid-range devices, including the Redmi Note 14 Pro+ 5G and Poco series.
10. miclaw: The AI Agent That Does Things For You
The most forward-looking piece of Xiaomi’s AI puzzle is miclaw. Announced in March 2026 and currently in closed beta, miclaw is not a chatbot. It is an autonomous AI agent built on MiMo.
Rather than just answering questions, miclaw interprets what you want and then actually does it. It can open apps, navigate interfaces, fill in forms, interact with system tools, and complete multi-step tasks across your phone, all without you needing to supervise every step. This works through what Xiaomi calls an “inference-execution loop”: the AI figures out what to do, does it, checks the results, and continues until the task is complete.
miclaw also has contextual memory that compresses old interactions while keeping the original intent of a task in mind. It can connect to Xiaomi’s broader smart home and car ecosystem as well.
On privacy, Xiaomi says user interactions with miclaw are not used to train AI models. Personal data is processed in real time only to execute commands, and sensitive information is handled locally on the device through what Xiaomi describes as “edge-cloud privacy computing.”
The current closed beta supports the Xiaomi 17 series. According to Xiaomi, HyperOS 4 will fully integrate miclaw at the system level.
miclaw has also been tested as a smartwatch assistant, running through the Xiaomi Health app. Users press and hold a button to speak, and the response is processed on the connected phone and displayed on the watch.
11. The Money Behind It All
In March 2026, Xiaomi CEO Lei Jun announced the company would invest at least $8.7 billion in AI over the next three years. That is on top of the company’s already-rising R&D budgets. As a result, Xiaomi’s annual R&D spend is projected to hit around 40 billion yuan ($5.7 billion) in 2026.
The payoff is becoming visible. By early April 2026, Xiaomi’s models had captured around 21% of all traffic on OpenRouter, the AI routing platform. Lei Jun has also said the company is aiming for a “grand convergence” in 2026, bringing its own chip, its own OS, and its own AI model together in a single device.
12. What This All Means
Twelve months ago, Xiaomi had no public AI models. Today, it has a full stack: reasoning models, vision-language models, audio models, a voice cloning system, a TTS/ASR pipeline, an AI agent, and consumer AI features reaching millions of devices.
The pace at which Xiaomi is developing and releasing these models are striking, to say the least. And the fact that most of them are open-source helps Xiaomi build real developer momentum fast.
The big test ahead is whether miclaw and HyperOS 4 can make all this AI actually useful in people’s daily lives. If they can, Xiaomi will not just be a phone company that does AI on the side. It will be a genuine AI platform.
Stay tuned to Gizmochina for the latest updates on Xiaomi’s AI journey.
For more daily updates, please visit our News Section.
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