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Hands-on comparison reveals Infinix Hot 60 Pro+ is even lighter than premium S25 Edge

Ultra-thin smartphones are stealing the spotlight, and Infinix is stepping up to challenge Samsung’s Galaxy S25 Edge with its upcoming Hot 60 Pro+. A recent hands-on comparison by tipster Ice Universe has revealed just how close these two devices are in the race for the thinnest phone, sparking excitement about what Infinix has in store. With both phones pushing the boundaries of design, let’s dive into the details of this unexpected rivalry.

Infinix Hot 60 Pro+ looks slimmer due to its curved design, and is even lighter

According to Ice Universe’s comparison video, the Infinix Hot 60 Pro+ measures a razor-thin 5.95mm (the calipers used in the video only show one decimal point), only slightly thicker than the Samsung Galaxy S25 Edge’s 5.8mm frame.

While the Hot 60 Pro+ is technically thicker than the S25 Edge, it appears even thinner thanks to its curved sides, as the tipster noted and the image confirms. It’s good to see Infinix is experimenting with the slim form factor rather than blindly copying what the market has already accepted.

But here’s more. The Hot 60 Pro+ is even lighter – tipping the scales at 154.6g compared to the S25 Edge’s 163.8g. This makes the Infinix a featherweight contender, but the big question is: how does it manage such a slim profile without skimping on power? The Galaxy S25 Edge includes a disappointing 3,900mAh capacity, and the battery life isn’t acceptable in 2025.

For comparison, last year’s Infinix Hot 50 Pro+ was 6.8mm thick, weighed 162g, and packed a 5,000mAh battery. With newer silicon-carbon battery tech becoming a common feature for Chinese smartphones, there’s hope the Hot 60 Pro+ could fit a larger battery.

While the S25 Edge, priced at $1,099.99, boasts premium features like a 200MP camera and Snapdragon 8 Elite chip, the Hot 60 Pro+ is expected to target the mid-range market, likely costing under $500. The hands on video also hints at a triple camera setup, however, specifications are under wraps at this point. Keep an eye out, as more information is likely to surface as we inch closer to the launch.

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Bosgame M5 AI Mini PC launched with Ryzen AI Max+ 395 & 128GB RAM

Bosgame has announced the launch of its M5 AI Mini PC, a compact PC built around AMD’s new Ryzen AI Max+ 395 processor. The system targets developers, creators, and AI professionals who need strong computing power in a small footprint. Pre-orders are now open at $1,699, with global shipping expected to begin on June 10.

Bosgame M5 AI Mini PC

Bosgame M5 AI Mini PC Specifications

The Ryzen AI Max+ 395 processor is based on AMD’s latest Zen 5 architecture. It features 16 cores and 32 threads, and integrates AMD’s XDNA 2 NPU. The NPU delivers up to 50 TOPS of AI performance, enabling efficient on-device inference for large language models. Bosgame claims the M5 can run models like Llama 3 in LM Studio with up to 2.2 times the AI performance of Nvidia’s RTX 4090.

The M5 does not include a discrete GPU. Instead, it uses integrated Radeon 8060S graphics based on AMD’s RDNA 3.5 architecture. The GPU features 40 compute units and a 20WGP layout. Bosgame says the integrated graphics can deliver performance close to Nvidia’s RTX 4070.

The system comes equipped with 128GB of LPDDR5X memory clocked at 8533MHz. For storage, it includes a pre-installed 2TB PCIe Gen4 SSD in one of the two available M.2 slots. It can be further expanded by adding a second PCIe Gen4 SSD.

Bosgame M5 AI Mini PC

The M5 features a compact chassis with an aluminum frame and a side-mounted performance mode switch. In terms of connectivity, the rear I/O panel includes one HDMI 2.1 port and one DisplayPort 1.4, both supporting up to 8K at 60Hz.

There is also an SDXC card slot, two USB 2.0 Type-A ports, three USB 3.2 Gen2 Type-A ports (10Gbps), two USB4 Type-C ports, and two 3.5mm audio jacks for headset and microphone connectivity. For wireless connectivity, the mini PC features Bluetooth 5.2 and WiFi 6e.

In related news, Minisforum has unveiled a new mini PC featuring the Ryzen 5 7545U processor, support for up to 4TB of SSD storage, and triple 8K display output, all packed into a compact 0.8-liter chassis. Meanwhile, Aoostar has launched the GEM12+ Pro Mini PC, powered by the Ryzen 7 Pro 8845HS and supporting up to 96GB of RAM. It also includes a built-in display for added versatility.

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Two different Samsung XR devices spotted on Geekbench with Snapdragon XR2 Gen 2 onboard

Samsung is diving headfirst into the world of extended reality (XR) with its Project Moohan headset, and it’s just shown up on Geekbench, giving us a sneak peek at what’s coming. Teased as a collaboration with Google, this headset—possibly launching as the Galaxy XR—promises to shake up the VR and AR scene and compete with Apple’s Vision Pro. Alongside it, Samsung’s cooking up two more XR devices, Project Haean and Project Jinju, which might bring sleek smart glasses to the table. Let’s break down what we know so far.

Project Moohan headset (Image: Samsung)

The Project Moohan headset, model SM-I610, is now almost confirmed to be powered by the Qualcomm’s Snapdragon XR2 Gen 2 chip thanks to the Geekbench listing. This chip rocks six Cortex-A78C cores—two clocked at 2.36GHz and four at 2.05GHz—paired with an Adreno 740 GPU, and is built specifically for XR applications.

Project Moohan (SM-I610) XR headset

It’s designed for smooth, immersive experiences, supporting low-latency full-color passthrough (12ms), Wi-Fi 7 for fast connections, and cool VR tricks like foveated rendering and Space Warp. That last one doubles frame rates by filling in missing frames, which could make VR feel snappier and help keep motion sickness at bay. With 16GB of RAM and Android 14 (likely the new Android XR OS), the headset has a revamped interface for virtual displays and hand-based controls, making it a powerhouse for mixed reality.

Project Haean / Project Jinju are speculated to be smart glasses

Interestingly, another Samsung device, SM-I130—likely Project Haean or Jinju—also appeared on Geekbench with the same Snapdragon XR2 Gen 2 chip, 16GB of RAM, and Android 14. What’s surprising is that these are expected to be slim, glasses-like devices, yet they’re packing the same muscle as the bulkier Moohan headset. This could mean Samsung’s aiming for high-performance XR in a compact form, which is pretty exciting.

Project Haean or Jinju (SM-I130)

No official launch date’s been set for Project Moohan, but rumors point towards Samsung’s next Unpacked event, where new Galaxy foldables might share the spotlight. With its beefy specs and Google’s Android XR platform, this headset could give competitors like the Apple Vision Pro a run for their money. Stay tuned for what’s next as more information is likely to surface as we inch closer to the June-July Unpacked event.

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Realme GT 7T vs iQOO Neo 10: What’s Actually Different?

Realme and iQOO continue their predictable cycle of mid-year smartphone releases, this time with the GT 7T and the Neo 10. Both phones follow a familiar formula of offering big AMOLED displays, fast charging, and performance-centric internals. 

iQOO Neo 10 vs Realme GT 7T

But there are obvious differences between the two. The GT 7T leans heavily into display quality and longer software support. The Neo 10, on the other hand, tries to differentiate through a newer Snapdragon chipset and slightly better thermals and performance tuning, at least on paper. Let’s break it all down.

1. Design and Build

From a distance, both phones look like standard fare. Both feature glass fronts, large panels, and symmetrical bezels. But the two phones differ slightly in terms of build quality. 

The GT 7T has an IP68/IP69 rating, which means the device can be submerged and hit with even high-pressure water. iQOO also offers an IP rating for Neo 10, but it’s just resistant to low-pressure water jets with IP65.  

For any positives, iQOO does add a MIL-STD-810H tag, but as usual, that means little unless you’re actively trying to stress-test the phone in extreme conditions.

The materials used tell a similar story. The Neo 10 has a plastic back and frame, while the GT 7T has a more polished finish, particularly with its “IceSense” color variants. They use graphene material for thermal conductivity and have a glass fiber finish on the back. 

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2. Displays

Realme and iQOO both bring AMOLED panels with over a 6.7-inch footprint. The iQOO Neo 10 touts a 144Hz refresh rate, slightly edging out the GT 7T’s 120Hz, but there’s more to it.

Where Realme really sets itself apart is brightness. The GT 7T has a peak brightness of 6000 nits, which is a notable jump over the Neo 10’s already high 4400 nits. However, these numbers are hardly likely to make a difference in real life. Both should be plenty bright for use outdoors. Realme also includes Dolby Vision and HDR10+, while iQOO’s HDR support isn’t as well defined.

Color depth and resolution are mostly the same. Both displays push 1280 x 2800 resolution at around 453ppi, and both can render 1 billion colors. But the GT 7T also uses ArmorShell glass, which is likely more resistant to scratches and drops than the standard offering on the Neo 10.

3. Software and Updates

The phones come pre-installed with Android 15 out of the box. Realme is further promising 6 years of Android upgrades, meaning the device is good for up to the 2030s. 

In contrast, the iQOO Neo 10 tops out at 3 years of major OS updates, which is in line with most midrange Android devices, but still looks dated when stacked next to Realme’s new update policy.

On the UI side, it’s Realme UI 6.0 vs Funtouch 15. Neither is stock Android, and both are packed with extra features and some bloat. The experience will mostly come down to personal preference, though Realme’s UI tends to feel more polished over time.

4. Performance

This is where things get more technical. The iQOO Neo 10 uses the newer Snapdragon 8s Gen 4, while the GT 7T goes with MediaTek’s Dimensity 8400 Max. Both are built on a 4nm process, both are powerful, and neither will struggle with day-to-day performance or gaming.

The Snapdragon 8s Gen 4 includes a Cortex-X4 performance core, which should give it the edge in raw benchmark scores and GPU-heavy workloads. The Adreno 825 GPU on the Neo 10 is expected to outperform the Mali-G720 MC7 inside the Realme device in most gaming scenarios.

That said, Realme has done a decent job optimizing the Dimensity series in the past, so real-world differences may not be dramatic unless you push the phone with long gaming sessions or resource-intensive tasks.

Both phones also include Circle to Search, an AI feature that’s slowly making its way across Android devices. It’s not exclusive anymore, but it’s still notable.

5. Cameras

You’ll find near-identical dual-camera setups on both devices:

  • 50MP main sensor with OIS
  • 8MP ultrawide sensor

Realme adds a color spectrum sensor, which may help with white balance accuracy. It also seems to use a larger main sensor (1/1.56”) compared to iQOO’s 1/1.95”, which might give it a slight edge in low-light conditions. The GT 7T also supports 4K selfie video, while the Neo 10 caps out at 1080p on the front-facing camera, despite both using a 32MP sensor.

Video capabilities are nearly identical: 4K at 60fps, OIS, and gyro-EIS on the main camera. Don’t expect flagship-level imaging, but both phones should do fine in daylight and controlled lighting.

6. Battery and Charging

Both phones carry a 7000mAh battery, which is more than most devices in this segment and should provide solid two-day battery life for average users.

Charging is also fast on both. They each support 120W wired charging. iQOO also supports Power Delivery and PPS at 100W, plus reverse wired charging. That might matter if you want to charge another device from your phone. Both support bypass charging, which is helpful when gaming while plugged in

7. Connectivity and Extras

Both phones feature stereo speakers, under-display fingerprint scanners, and support for dual SIM, NFC, IR blasters, and high-accuracy GNSS positioning. Neither includes a 3.5mm headphone jack, but both support high-res audio through USB-C.

Where iQOO edges ahead is in Wi-Fi 7 support, offering slightly better future-proofing compared to Realme’s Wi-Fi 6.

8. Final Thoughts

The GT 7T is the more well-rounded device, particularly for users who value display brightness, software updates, and durability. The Neo 10, meanwhile, delivers better value for performance and could appeal more to gamers and those on tighter budgets.

Neither phone changes the midrange game, but they do reflect how far that segment has come. If you’re picking one, the decision likely comes down to priorities: better software and build with Realme, or stronger internals and affordability with iQOO.

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Lenovo launches LP70 Pro earbuds with a display you can swipe, tap and personalize

Lenovo has officially launched the ThinkPlus Mini Color Box Smart Touchscreen Bluetooth Earbuds, also known as the LP70 Pro, in China. The earbuds are available in Beige, Black, and Pink, and are priced at 159 yuan ($22).

Lenovo LP70 Pro Earbuds

Lenovo LP70 Pro Earbuds Specifications

The Lenovo LP70 Pro earbuds stand out with a built-in full-color smart touchscreen on the charging case. The display allows users to control music playback, manage calls, set alarms, adjust volume, and locate misplaced earbuds. It also supports customizable wallpapers, adding a level of personalization uncommon in wireless earbuds. Lenovo claims the touchscreen enables access to ten key features with a single touch.

The earbuds feature large 13mm composite diaphragm drivers designed to deliver high-fidelity audio across all frequency ranges. Lenovo includes five sound modes: jazz, vocal, balanced, bass, and stereo, which can be customized through the interface. The earbuds also support 360-degree spatial audio.

Connectivity is handled by Bluetooth 5.4, which improves transmission speed and stability while reducing latency and power usage. The LP70 Pro includes a dedicated low-latency gaming mode and supports a wide range of devices running Android, iOS, Windows, and HarmonyOS.

Each earbud houses a 30mAh battery, offering up to 4 hours of playback on a single charge. The charging case contains a 500mAh battery that extends the total usage time to up to 30 hours. The case charges via USB Type-C and takes about 1.5 hours for a full charge.

The earbuds use a semi-in-ear ergonomic design for improved comfort during extended use. Lenovo has used a lightweight build and a matte finish on the case to match the earbuds’ compact and colorful aesthetic.

For voice calls, the LP70 Pro features single-mic ENC (Environmental Noise Cancellation), working to suppress ambient sound during conversations. The buds can be used individually or together thanks to a dual-chip architecture that supports seamless mono or stereo playback, depending on how you prefer to wear them.

In related news, Baseus has introduced the MC1 Pro AI clip-on earbuds featuring LDAC support, built-in AI assistant, up to 40 hours of battery life, and an IP67 rating. Meanwhile, Anker has launched the Soundcore Liberty 5 earbuds with ANC 3.0, LDAC support, and a 12-hour standalone battery life.

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Realme GT 7 vs GT 7T: 4 Key Differences You Should Know

Realme’s latest GT 7 series has just been expanded with two new entries, namely the Realme GT 7 and Realme GT 7T. At first glance, the duo might look quite similar, but there are a few critical differences that set them apart. If you’re deciding which one offers better value, here are the top 3 things that differentiate between the two.

Realme GT 7 vs Realme GT 7T: Design & Display

The Chinese brand’s new Realme GT 7 and Realme GT 7T are nearly identical in terms of design, but the former has a slimmer 8.3mm body compared to the latter’s 8.88mm body. There are also a few differences when we look at their displays. Realme offers a 6.78-inch AMOLED display with a 1.5K resolution (2780×1264 pixels), 120Hz refresh rate, 360Hz touch sampling rate, and up to 6000 nits peak brightness. This screen also offers 2,600Hz PWM dimming, DC dimming, and 100 percent DCI-P3 color gamut.

Realme-GT-7
Realme GT 7

On the other hand, the Realme GT 7T sports a 6.78-inch AMOLED panel with a 1.5K resolution, 120Hz refresh rate, 6000 nits of peak brightness, and 100 percent DCI P3 color gamut as well. So you only miss out on the high frequency PWM dimming. While this isn’t a big difference, PWM dimming allows is a more efficient way of controlling the OLED display while also reducing strain on the user’s eyes.

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Performance

Realme-GT-7T
Realme GT 7T

One of the biggest differences between them is in performance. Realme equips the GT 7 with a MediaTek Dimensity 9400e SoC, which is an underclocked version of the Dimensity 9400. Meanwhile, the Realme GT 7T features the Dimensity 8400 MAX chipset. The Dimensity 9400e is faster than the Dimensity 9300+ chip and offers near flagship level performance, while the Dimensity 8400 MAX is basically a processor for upper mid range devices.

Camera

Photography is another area with key differences, as the Realme GT 7 features a triple camera setup compared to the GT 7T’s dual rear cameras. The GT 7 has a 50MP Sony IMX 906 main sensor along with an 8MP ultra wide angle lens, and 50MP telephoto shooter with 2x optical zoom. You also get Dolby Vision and 4K60fps recording on the primary rear camera. For selfies and video calls, the Realme GT 7 has a 32MP shooter.

Realme-GT-7

On the Realme GT 7T, you get a 50MP Sony IMX896 main camera and an 8MP ultra wide angle lens. The front houses the same 32MP camera. This means that the Realme GT 7 should offer a better and more versatile photography experience, at least on paper.

Pricing

Realme-GT-7-Dream-Edition
Realme GT 7 Dream Edition

Keeping these 3 key differences in mind, it makes sense that the Realme GT starts from a higher 37,999 INR price tag for the 8GB + 256GB base variant. The same 8GB + 256GB option on the Realme GT 7T has a more affordable 34,999 INR price tag.

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Realme Neo7 Turbo official listing reveals chipset, display, ahead of May 29 launch

Realme is about to launch its latest mid-range, the Neo7 Turbo, in China on May 29. This phone is packing a bright and super smooth display, and specs that could make it a real player in the mid-range smartphone scene. It packs many makings of a device that’ll turn heads, so let’s dive into what’s coming.

According to Realme’s official listing, the Neo7 Turbo sports a BOE Q10 AMOLED display. The panel offers a 1.5K resolution, a buttery-smooth 144Hz refresh rate, and a wild 6,500 nits of peak brightness—meaning the display will not only remain visible but you’ll enjoy it even under direct sunlight.

Plus, it supports 4,608Hz ultra-high-frequency PWM dimming, which basically means no annoying flicker, so your eyes stay happy during long gaming or binge-watching sessions. This display is straight-up built for gamers and media junkies. But what about durability? The Neo7 Turbo comes with IP66, IP68, and IP69 ratings.

Under the hood, it’s running the MediaTek Dimensity 9400e chipset. If you’re wondering, that chip sits nicely between the Dimensity 9400 (Oppo Find X8 Pro) and the 9400+ (OnePlus Ace 5 Ultra). The battery? A massive 7,200 mAh with 100W fast charging. You’re getting all-day power and quick top-ups when you’re running low.

The brand also confirms handy features like NFC and an IR blaster up top for controlling your TV or AC. And the X-axis linear motor is going to enhance gaming experience with better vibration feedback.

It comes in two slick colors and three memory options: 12GB/256GB, 12GB/512GB, and 16GB/512GB. A 16GB+256GB option is also expected, per GSMArena. The transparent-inspired back panel gives it a cool, modern vibe. With the launch just hours away, the Neo7 Turbo looks like it’s ready to shake up Realme’s mid-range lineup with premium features at a price that won’t break the bank.

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OnePlus Ace 5 Ultra: Massive Battery, Blazing Speed, Stunning Display Now Available For $439

OnePlus Ace 5 Ultra is a top-tier smartphone that blends high-end performance with a beautiful design and long-lasting battery. Built for users who demand speed, power, and great visuals, it is equipped with the new Dimensity 9400+ processor, a smooth 144Hz OLED display, and a large 6700mAh battery. Whether you’re into gaming or photography, or simply want a fast phone for everyday use, this device has something for everyone.

Price and Availability

OnePlus Ace 5 Ultra is now available starting at just $439 through Giztop, offering excellent value for its flagship-grade features. Customers can choose from three elegant color options Black, Blue, and Titanium, catering to both classic and modern style preferences. With multiple storage and RAM configurations available, it’s easy to find a model that suits your needs and budget.

Display and Design

The phone features a 6.83-inch curved OLED screen with a sharp 1.5K resolution (2800×1272). It supports a 144Hz refresh rate and 300Hz touch sampling rate, making every scroll and tap feel instant. With HDR10+ support, 100% DCI-P3 color gamut, and up to 4500 nits of peak brightness, the display is bright, colorful, and sharp even in direct sunlight. The curved edges and sleek finish give it a premium feel in the hand.

Performance and Storage

Powered by the MediaTek Dimensity 9400+ chip, this device delivers strong performance in every task, from gaming to multitasking. Paired with up to 16GB of LPDDR5X RAM and UFS 4.0 storage options ranging from 256GB to 1TB, the phone opens apps quickly and handles heavy games with ease. It even includes a dedicated graphics chip to boost frame rates during gaming sessions, backed by the HyperBoost Game Frame Stabilization Engine 2.0.

Camera Setup

The OnePlus Ace 5 Ultra includes a 50MP Sony IMX906 main sensor with OIS, offering sharp details, 4K video, and solid night shots. There’s also an 8MP ultra-wide lens with a 120° field of view, perfect for landscapes or group shots. The 16MP front camera, using Samsung’s ISOCELL sensor, is great for selfies and video calls.

Battery and Charging

With a massive 6700mAh battery (dual-cell), the phone easily lasts through a full day of use, even with heavy activity. When you need a top-up, the 100W SuperVOOC fast charging can refill the battery quickly. The TÜV Rheinland certification ensures it charges safely and efficiently.

Software and Connectivity

Running on Color OS 15, the phone offers a smooth and clean user experience with support for Dark Mode 2.0. It includes 20+ language options and wide network band support. Connectivity is cutting-edge, with dual 5G, Wi-Fi 7, Bluetooth 5.4, NFC, and dual stereo speakers. Features like an alert slider, in-display fingerprint scanner, and dual SIM support round off the user-friendly experience.

Key Specs:

  • Display: 6.83″ OLED, 1.5K (2800×1272), 144Hz, HDR10+, 4500 nits
  • Processor: MediaTek Dimensity 9400+
  • RAM: 12GB/16GB LPDDR5X
  • Storage: 256GB/512GB/1TB UFS 4.0
  • Rear Cameras: 50MP (Sony IMX906, OIS) + 8MP ultra-wide
  • Front Camera: 16MP (Samsung ISOCELL S5K3P9SP)
  • Battery: 6700mAh (2×3350mAh), 100W fast charging
  • OS: Color OS 15
  • Network: Dual SIM, 5G, Wi-Fi 7, Bluetooth 5.4, NFC
  • Other: In-display fingerprint scanner, HyperBoost Engine, stereo speakers, alert slider, TÜV-certified charging

Huawei Pura 80 Pro leaked with a SmartSens 1-inch Main Camera

Huawei‘s next gen flagship smartphone has just surfaced online once again. This time around, more details regarding the Pura 80 Pro’s camera specs have been revealed, which hints at a flagship photography experience. So here’s what we know.

Huawei Pura 80 Pro is bringing a huge primary camera sensor

The latest leak arrives from known tipster Digital Chat Station, who shared the information on Weibo (a Chinese microblogging website). In the online post, he claims that the upcoming Huawei Pura 80 Pro will feature a brand new 1-inch main camera, which might be part of a new line called SmartSens. This camera will have a 50MP resolution and will reportedly offer top-of-the-line photography experience.

Huawei Pura 70 Ultra
Huawei Pura 70 Ultra

DCS adds that the sensor could carry the SC5A0CS moniker and might be developed by Huawei. In other words, it won’t be using third party image sensor makers like Sony or OmniVision. The company has experience in imaging technology, so SmartSens could be a direct competitor that it might offer to other Chinese brands. Notably, this is in stark contrast to Digital Chat Station’s previous leak, where he claimed that the Pura 80 Pro would employ a 1-inch Sony IMX989 50MP main camera.

Keep in mind that this is still just an unconfirmed report at the moment, so take this news with a pinch of salt. Based on what we know so far, the Pura 80 Pro may sport a tall 6.78-inch LTPO OLED display with a 1.5K resolution and high refresh rate. This model will likely run on the latest HarmonyOS iteration. The 50MP main 1-inch camera could also be paired with a 50MP periscope telephoto shooter and a 50MP ultra wide angle lens. All three sensors will reportedly use a custom RYYB color filter for improved low light photography.

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OnePlus AI launched, features revealed, accessible via OnePlus 13s’ Plus Key

OnePlus has introduced OnePlus AI, a new initiative to deliver personalized AI experiences across its devices. The upcoming OnePlus 13s, which is set to launch on June 5 in India, will feature these AI-powered additions, promising enhanced productivity, creativity, and security.

OnePlus AI: Plus Mind and Mind Space

OnePlus AI
OnePlus AI

According to OnePlus, the new Plus Key is an evolution of the Alert Slider, now designed to provide quick access to AI-powered functions. The key can be customized for various tasks, including activating AI Plus Mind, which can instantly save, categories, and find important on-screen information.

With a simple press or a three-finger swipe (upward direction), it gathers essential content into a dedicated Mind Space, such as event details, schedules or notes. Unlike a regular screenshot, AI Plus Mind uses contextual analysis to extract relevant data, like automatically adding an event to your calendar.

The feature also comes with natural language search support, so users can easily retrieve their saved content. By the end of the year, AI Plus Mind will have the capability to categorize saved content automatically.

Initially available on the OnePlus 13s, the company plans to roll out this feature to other OnePlus 13 series phones through software updates.

OnePlus AI suite revealed

OnePlus is also introducing a range of AI tools designed to improve the user experience:

  • AI VoiceScribe: Records, summarises, and translates calls and meetings within popular apps.
  • AI Call Assistant: Offers automatic call summaries and real-time translation during calls (coming to India).
  • AI Translation: Combines text, live voice, camera-based, and screen translation into one app for easier communication.
  • AI Search: Supports conversational natural language queries across files, settings, notes, and calendars.
  • AI Reframe: Analyses photos to identify subjects and generate multiple creative framing options.
  • AI Best Face 2.0: Automatically improves group photos by fixing closed eyes and expressions for up to 20 people.

With Gemini integration, Google apps will work seamlessly with OnePlus’s AI tools, and the Private Computing Cloud ensures all sensitive data remains secure with on-device and encrypted cloud processing.

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Lenovo launches Legion C7 Pro gaming chair with pneumatic lumbar Support & class-4 gas lift

Lenovo has officially launched the Legion C7 Pro gaming chair in China. The chair is listed on JD.com with a retail price of 1,399 yuan (approximately $195). It is designed to deliver comfort and durability for gamers and professionals who spend long hours at a desk.

Lenovo Legion C7 Pro

Lenovo Legion C7 Pro Specifications

The Legion C7 Pro features a pneumatic lumbar support system that extends automatically from the backrest. Users can adjust the support level using a press mechanism, allowing them to personalize the lower back support based on their posture. Lenovo has focused on ergonomic support by designing the chair around a five-zone structure that targets the neck, shoulders, back, waist, and hips.

The seat cushion uses a high-density cold-foam memory sponge. Lenovo has molded the cushion as a one-piece unit to improve support and weight distribution. The chair also includes a large memory foam headrest to enhance neck comfort during recline sessions.

Lenovo equips the chair with armrests that support 7cm of vertical adjustment and 15 degrees of inward or outward rotation. These armrests have a wider surface area compared to standard designs. The backrest supports recline angles from 90 to 135 degrees and includes a 15-degree rocking function.

The base of the Legion C7 Pro uses reinforced steel and features an SGS-certified Class-4 gas lift. According to Lenovo, the gas lift has passed 120,000 durability tests. The five-star base can handle up to 1300kg of static pressure. The chair includes silent PU-coated caster wheels that move smoothly on various floor types without causing damage.

The frame is covered in synthetic leather that resists scratches and is easy to clean. Lenovo has designed the chair with precise measurements. The adjustable height ranges from 123cm to 130cm, while the seat is 55cm wide and 48cm deep. The backrest measures 85cm in height and 52cm in width. The armrest height adjusts between 30cm and 38cm, and the seat height from the ground ranges from 43cm to 51cm. The base has a diameter of 69cm.

The Legion C7 Pro is available in three color options: Ice White, Carbon Black, and Flame Red. All variants feature the Legion brand identity and design language.

In related news, Lenovo recently announced the Legion Y700 gaming tablet powered by the Snapdragon 8s Gen 3, and has also introduced the Legion M5000 mountain bike featuring a 24-speed Shimano gear system.

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Apple enters the megapixel race, testing a 200MP sensor for main camera

Apple is reportedly experimenting with a groundbreaking 200-megapixel camera sensor, potentially revolutionizing iPhone photography in the coming years. According to a recent leak, this high-resolution sensor could redefine the capabilities of future iPhone models, with whispers of significant design changes on the horizon. As anticipation builds for Apple’s next big release, these developments hint at a transformative era for iPhone enthusiasts.

Weibo tipster Digital Chat Station revealed that Apple is actively testing a 200-megapixel sensor, most likely intended for the main camera of an upcoming iPhone. While the iPhone 17 series, set for release in 2025, has its design largely finalized, this cutting-edge sensor is expected to debut in the iPhone 19 (2027), Apple’s 20th anniversary iPhone.

The blogger also hinted at major design shifts over the next three years, including a hole-punch screen with under-screen Face ID for the iPhone 18 and a true full-screen display with both Face ID and front camera embedded under the screen for the iPhone 19. These advancements suggest Apple is pushing toward sleeker, more immersive designs.

Meanwhile, details about the iPhone 17 series have surfaced, showcasing incremental yet notable updates. The iPhone 17 Air, rumored to be just 5.5mm to 5.6mm thick, will feature a “horizontal runway” camera design, emphasizing a slim and stylish profile. The iPhone 17 Pro and Pro Max will retain a familiar look to the iPhone 16 Pro but introduce a distinctive “camera bar” on the rear.

The fact that Apple is testing a 200MP sensor and exploring futuristic display solutions points to a future where photography and design converge in exciting new ways.

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Moto G Play (2024) vs Moto G 5G (2024): Which offers superior value for your money?

Moto G Play 2024 vs Moto G 5G 2024

The Moto G Play and Moto G series have always been about budget phones that offer excellent value for the money, and the Moto G Play (2024) and Moto G 5G (2024) are no different. The two Motorola phones bring solid hardware for their prices, including a smooth screen, a long-lasting battery, and Snapdragon chips for smooth performance. However, deep down, there are many differences that could change your decision.

In this detailed comparison, we’ll dive into all the important aspects you should know to make a better purchase decision.

Moto G Play (2024) vs Moto G 5G (2024): A detailed breakdown

Let’s look at what differentiates these two.

Pricing and availability

The Moto G Play (2024) only comes in a single variant with 4GB RAM and 64GB storage, currently priced at $130.

The Moto G 5G (2024) has a slightly higher price tag of $170. It also has 4GB memory, but the storage is doubled to 128GB. There’s more to this Motorola phone than just bigger storage. We’ll get to them as we go through the remaining sections.

Both Motorola phones come in a single color option — ‘Sapphire Blue’ for Moto G Play and ‘Sage Green’ for Moto G 5G. They are widely available in the US and Canada.

Design and build

Both Motorola phones resemble typical budget phones, featuring thick bezels on all sides. However, it’s good to see hole-punch selfie cameras rather than a waterdrop style that takes more space to fit in the camera.

The rear designs are also similar, except that the Moto G 5G (2024) has an eco-leather back instead of a plastic one on the Moto G Play (2024). This provides better grip and protection against accidental drops, and it’s also less prone to fingerprint smudges.

Display

The Moto G Play has a 6.5-inch LCD screen with 90Hz refresh rate support. The Moto G 5G is narrowingly taller, at 6.6 inches, and offers a higher 120Hz refresh rate. However, both phones have the same HD+ screen resolution.

The Moto G Play does have better screen protection. It’s rocking a Corning Gorilla Glass 3, while the other Motorola phone doesn’t have any.

Performance and software

Qualcomm processor

The Moto G Play (2024) is powered by a Snapdragon 680 chipset. The chipset offers smooth performance with regular day-to-day tasks. However, it lacks a 5G modem, which is why the Moto G Play doesn’t have 5G connectivity.

On the other hand, the Moto G (2024) has a more powerful Snapdragon 4 Gen 1 chipset with an integrated 5G modem.

Here are the benchmark results:

AnTuTu v10 performance

Moto G Play (2024)Moto G 5G (2024)
AnTuTu score310,844411,965
CPU103,739141,933
GPU40,08172,835
Memory92,16289,092
UX74,862108,105

In the AnTuTu benchmark, the Moto G 5G (2024) delivers a 32% overall performance boost compared to the Moto G Play (2024). The biggest leap comes from the GPU, where it scores over 81% higher, suggesting much better performance in gaming and graphics-heavy tasks.

CPU performance is up by 36%, and the UX score is 44% higher, which translates to faster app launches, smoother multitasking, and a more fluid and responsive user experience.

Both Motorola phones offer clean software, but the update policy is a big letdown — just one Android update. This has been one of the weakest areas of Motorola phones, and the company really needs to take care of it.

Geekbench v6 performance

Moto G Play (2024)Moto G 5G (2024)
Single Core416825
Multi Core1,4521,878

In Geekbench tests, the Moto G 5G (2024) shows a dramatic 98% boost in single-core performance compared to the Moto G Play (2024). This means everyday tasks like app launches, browsing, and UI responsiveness would feel a lot faster.

There’s a 29% improvement in multi-core performance, which helps with heavier workloads like multitasking, background processes, or using more demanding apps.

Camera

The Moto G Play features a single 50MP camera on the back. It produces decent shots in bright conditions with good details and color accuracy. The quality drops dramatically in low light, and photos generally appear blurry.

The 8MP selfie camera does a fairly good job for its price. Sometimes, the images may appear inconsistent because there’s no autofocus. The video quality is particularly exciting from all cameras. Also, there’s no 4K recording.

The Moto G 5G (2024) also has a 50MP primary camera that does an excellent job for its price. It produces natural-looking photos during the day, with good color accuracy, white balance, and dynamic range. The low-light performance is much improved compared to previous generations, with faster capture and better control over noise and dynamic range.

There’s also a 2MP macro camera on the rear side that doesn’t add much value to the device. The shots lack much detail and appear pixelated. The Moto G 5G can record up to 1080p videos from both sides with acceptable quality.

Connectivity

Both phones have all the necessary connectivity options, such as Wi-Fi 5, Bluetooth 5.1, and multiple positioning systems. However, there’s something that creates a significant difference between the two, and that’s 5G support. The Moto G 5G (2024) supports 5G, but the Moto G Play (2024) doesn’t.

Battery and charging

Moto G Play (2024) battery

Both Motorola phones have excellent battery life, easily lasting more than a day on regular usage. Battery-conscious users might be able to stretch it to two days on a single charge. By the way, the phones come with a 5,000mAh battery.

The Moto G Play’s charging peaks at 15W, while the Moto G 5G offers a slightly better 18W charging over a USB-C cable. Neither has wireless charging support.

Moto G Play (2024)Moto G 5G (2024)
AnnouncedJan 2024Mar 2025
Dimensions
Weight
163.8 x 75 x 8.3mm
185g
164.4 x 75 x 8.2mm
194g
Display6.5″ IPS LCD
720 x 1600 pixels resolution
90Hz refresh rate
Corning Gorilla Glass 3
6.6″ IPS LCD
720 x 1612 pixels resolution
120Hz refresh rate
ProcessorSnapdragon 680 4G (6nm)
Adreno 610 GPU
Snapdragon 4 Gen 1 (6nm)
Adreno 619 GPU
SoftwareAndroid 13
1 OS update
Android 14
1 OS update
Rear camera50MP – f/1.8, PDAF
Video: 1080p/30fps
50MP (main) – f/1.8, PDAF
2MP (macro) – f/2.4
Video: 1080/30fps
Front camera8MP (wide) – f/2.0
Video: 1080p/30fps
8MP (wide) – f/2.0
Video: 1080p/30fps
Battery
Charging
5,000mAh
15W (wired)
5,000mAh
18W (wired)
ConnectivityWi-Fi 802.11 a/b/g/n/ac
Bluetooth 5.1
USB Type-C 2.0
Wi-Fi 802.11 a/b/g/n/ac
Bluetooth
USB Type-C 2.0
MiscStereo speakers
3.5mm headphone jack
Fingerprint (side-mounted)
Stereo speakers
3.5mm headphone jack
Fingerprint (side-mounted)

Moto G Play (2024) vs Moto G 5G (2024): Which is a better deal?

The Moto G Play (2024) and Moto G 5G (2024) both deliver impressive value for their price, staying true to Motorola’s goal of offering budget-friendly smartphones with dependable performance. They share many key features like large 5,000mAh batteries, HD+ displays, and clean software — making them both solid picks for casual users.

However, the Moto G 5G (2024) clearly pulls ahead in several important areas. It offers a significantly faster chipset with nearly double the single-core performance and 81% better GPU scores, which translates into smoother multitasking, better gaming, and a longer-lasting experience overall. It also gives you double the storage, a higher 120Hz refresh rate, eco-leather back, improved camera capabilities, and faster 18W charging — all for just $40 more.

If your usage is light and you’re looking for the most affordable option with great battery life and smooth everyday performance, the Moto G Play (2024) won’t disappoint. But for anyone wanting a more future-proof phone with 5G support and meaningful performance upgrades, the Moto G 5G (2024) is the better deal by far.

Realme GT 7 and GT 7T debut globally with Dimensity 9400e/8400 chips, 7000mAh battery, 120W fast charging

Realme has officially launched the GT 7 and GT 7T smartphones in India and global markets. The two devices mark the company’s next major step in its performance-focused GT series. Both phones come equipped with large AMOLED displays, MediaTek Dimensity chipsets, and massive 7000mAh batteries. Realme also introduced a limited Dream Edition of the GT 7, developed in collaboration with the Aston Martin Formula One Team.

Realme GT 7
Realme GT 7

Realme GT 7 and GT 7T Specifications

The Realme GT 7 features a 6.78-inch AMOLED display with a 1.5K resolution (2780×1264 pixels), 120Hz refresh rate, 360Hz touch sampling rate, and up to 6000 nits peak brightness. It supports 2600Hz high-frequency PWM dimming, DC dimming, and 100% DCI-P3 color gamut. The GT 7T shares a similar 6.80-inch AMOLED panel with the same 1.5K resolution and 6000 nits peak brightness, offering ultra-narrow bezels for an immersive viewing experience.

Realme GT 7
Realme GT 7

Realme GT 7 is powered by MediaTek’s latest 4nm Dimensity 9400e processor with an Immortalis-G720 MC12 GPU. It claims an AnTuTu score of over 2.4 million and uses IceSense Graphene with a 7700mm² vapor chamber for advanced cooling. The GT 7T uses the Dimensity 8400-MAX SoC, clocked up to 3.25GHz, and also includes the same cooling setup. Both phones come equipped with LPDDR5X RAM and UFS 4.0 storage for fast memory and data access.

Both phones ship with Android 15 out of the box, layered with Realme UI 6.0. Realme promises 4 major Android OS updates and 6 years of security patches.

Coming to the optics, the Realme GT 7 sports a triple camera setup on the rear with a 50MP Sony IMX906 main sensor (OIS), an 8MP ultra-wide camera, and a 50MP 2x telephoto lens. The front has a 32MP shooter. It supports 4K 60fps Dolby Vision recording, AI glare removal, AI landscape mode, and underwater photography. The GT 7T has a 50MP Sony IMX896 main sensor with OIS, an 8MP ultra-wide camera, and the same 32MP front camera.

Realme GT 7T
Realme GT 7T

Both models house a large 7000mAh battery with support for 120W SuperVOOC wired fast charging. Realme claims the phones can charge from 0 to 50% in just 14-15 minutes and reach full capacity in 40 minutes. They also support bypass charging to avoid heat during gaming.

Both phones include an in-display fingerprint scanner, IR blaster, stereo speakers, USB Type-C audio, NFC, Wi-Fi 6, and Bluetooth 5.4. They are also IP66, IP68, and IP69 certified for dust, water immersion, and high-pressure water resistance.

Realme GT 7 Dream Edition
Realme GT 7 Dream Edition

Realme has also introduced a special GT 7 Dream Edition, designed in collaboration with the Aston Martin Aramco Formula One Team. This exclusive variant features the signature Aston Martin Racing Green finish, aerodynamic flow lines, and an engraved Silver Wings emblem. It ships in a collector’s box that includes a Silver Wing case and a racecar-inspired SIM ejector pin, targeting enthusiasts who want both performance and luxury in a single package. Meanwhile, the GT 7T also includes racing-themed designs with vegan leather options.

Pricing and Availability

The Realme GT 7 starts at Rs. 39,999 for the 8GB + 256GB model, Rs. 42,999 for 12GB + 256GB, and Rs. 46,999 for 12GB + 512GB. The GT 7 Dream Edition, with 16GB + 512GB, is priced at Rs. 49,999. Globally, the GT 7 is priced at €749.99 for 12GB + 256GB, €799.99 for 12GB + 512GB, and €899.99 for the Dream Edition.

The Realme GT 7T is priced at Rs. 34,999 for 8GB + 256GB, Rs. 37,999 for 12GB + 256GB, and Rs. 41,999 for 12GB + 512GB. In global markets, it is priced at €649.99 for 12GB + 256GB and €699.99 for 12GB + 512GB.

Both phones will be available starting May 30 via Amazon, realme.com, and retail outlets. The Dream Edition will go on sale from June 13. Pre-booking starts May 27, with launch offers including screen protection, no-cost EMIs, and discounts up to Rs. 6,000 or €100 depending on the region.

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Realme Buds Air 7 Pro announced with new dual DAC drivers & improved ANC

Back in April, Realme unveiled the Realme Buds Air 7 Pro as its latest gen truly wireless earbuds. These brought improved Active Noise Cancellation (ANC), dual DAC drivers, and much more. Now, the new Realme Buds Air 7 Pro has made its debut in India, alongside the Realme GT 7 and Realme GT 7T, so here’s everything you need to know.

Realme Buds Air 7 Pro: What does it offer?

The Chinese smartphone maker’s latest earbuds aren’t its premium offering, but they still offer some high end specs and features. It packs dual drivers (6mm tweeter + 11mm woofer) and Dual DAC audio processing for improved sound quality and deeper bass. One of its other upgrades is with the ANC, with the Buds Air 7 Pro featuring up to 53 decibels of noise cancellation (over 50 decibels on the Buds Air 6 Pro).

Realme Buds Air 7 Pro
Realme Buds Air 7 Pro

Apart from these upgrades, the Realme Buds Air 7 Pro has a new charging case design that shifts from the pebble case on its predecessor to a new OnePlus Buds 2 Pro-like squarish design. On a single full charge, the Buds Air 7 Pro promises up to 48 hours of battery life when paired with this charging case. Other notable features include an IP55 rating for water and dust resistance, AI tools with real time conversation translation (supports 34 languages), 45ms ultra low latency mode, 3D spatial audio support, and dual device connection support with Swift Pair.

Pricing and Availability

The Realme Buds Air 7 Pro was announced in four colors options, namely Fiery Red, Racing Green, Glory Beige, and Metallic Gray. It has an official price tag of 5,499 INR. However, the Glory Beige and Fiery Red has a special launch price of just 4,999 INR. The hearables are available via the brand’s official website, Amazon India, Flipkart, Myntra, and popular retail chains.

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OnePlus Ace 5 Ultra, Ace 5 Racing Edition unveiled with Dimensity 9400+/9400e & massive batteries

OnePlus has just expanded its Ace 5 series of budget flagship lineup. The two new models are the Ace 5 Ultra and Ace 5 Racing Edition, which feature high end specs and features like flagship Dimensity 9000 series chipsets, huge batteries, and more. So here are all the details.

OnePlus Ace 5 Ultra, Racing Edition
OnePlus Ace 5 Ultra (Left) and OnePlus Ace 5 Racing Edition (Right)

1. OnePlus Ace 5 Ultra

The OnePlus Ace 5 Ultra is the more expensive of the two and features more advanced features. It sports a tall 6.83-inch AMOLED display with a 1.5K resolution, 144Hz refresh rate, and 1400 nits of peak brightness. Under the hood, the Ultra is equipped with MediaTek’s latest and greatest Dimensity 9400+ SoC, which is apired with up to 16GB of LPDDR5X RAM and 1TB of UFS 4.0 storage.

The rear packs a 50MP (Main) + 8MP (Ultrawide) dual camera setup, while the front houses a 16MP shooter for selfies and video calls. A massive 6,700mAh battery pack powers this device, which supports 100W wired fast charging. The new OnePlus Ace 5 Ultra runs on the Android 15 OS based ColorOS 15 custom skin out of the box. Other notable features include an optical in-display fingerprint scanner, an Infrared sensor, Bluetooth 5.3, WiFi 7, and stereo speakers.

2. OnePlus Ace 5 Racing Edition

The OnePlus Ace 5 Racing Edition has been announced for a more affordable price tag, but still offers some next gen hardware. It sports a 6.77-inch AMOLED display with an FHD+ resolution, a 120Hz refresh rate, and up to 1300 nits of peak brightness. This model is equipped with the Dimensity 9400e, which is basically a cut down version of the Dimensity 9400 (faster than Dimensity 9300+). OnePlus pairs this with up to 16GB of LPDDR5X RAM and 512GB of UFS 4.0 storage.

For optics, the rear has a 50MP Main camera and a 2MP monochrome sensor, while the front houses a 16MP selfie shooter. While most of these specs fall short of the Ultra, the battery department is a different story. The OnePlus Ace 5 Racing Edition is powered by a humongous 7,100mAh battery pack, which is paired with 80W wired fast charging. Other notable features include an optical in-display fingerprint sensor, an Infrared sensor, stereo speakers, Bluetooth 5.4, and WiFi 7.

3. Pricing and Availability

Both devices are currently open for sale in the Chinese market. The Ace 5 Racing Edition is available in a Wave White, Wild Green, and Rock Black color option. Meanwhile, the Ace 5 Ultra can be purchased in Burning Titanium, Phantom Black, and Breeze Blue. These are also listed in multiple storage configurations, so here is their pricing:

OnePlus Ace 5 Ultra

  • 12GB + 256GB – 2499 yuan (~346 USD)
  • 16GB + 256GB – 2799 yuan (~388 USD)
  • 12GB + 512GB – 2999 yuan (~416 USD)
  • 16GB + 512GB – 3299 yuan (~457 USD)
  • 16GB + 1TB – 3799 yuan (~527 USD)

OnePlus Ace 5 Racing Edition

  • 12GB + 256GB – 1799 yuan (~249 USD)
  • 16GB + 256GB – 2099 yuan (~291 USD)
  • 12GB + 512GB – 2299 yuan (~319 USD)
  • 12GB + 512GB – 2499 yuan (~346 USD)

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The Best Camera Phone Battle: vivo X200 Ultra vs OPPO Find X8 Ultra vs Xiaomi 15 Ultra

Ever wondered which Ultra phone takes the best photos? Join me as we compare the latest camera-focused phones from Vivo, Oppo, and Xiaomi! In this story – we’ll cover four main camera sections: main camera, ultra-wide, telephoto, and ultra-telephoto.

Meet Our Camera Competitors

Let’s check out the three phones we’re comparing! Each one comes with impressive camera hardware, but as we’ll soon see, specs on paper don’t tell the whole story.

Interestingly, while Xiaomi and Oppo boast four cameras each, Vivo takes a different approach. Their fourth lens? It’s actually available as a separate $233 photography kit, almost like downloadable content for a premium game!

Since we want a fair fight, we won’t be discussing it in this comparison.

WHERE TO BUY

Curious about telephoto capabilities? Let’s start with those specs first.

Xiaomi and Oppo both have two telephoto lenses, while Vivo has just one 200MP 85mm telephoto that crops the image to zoom in further. Does this put Vivo at a disadvantage? With its smaller aperture and sensor, low-light performance might not be as good as its rivals—but let’s see what the actual photos show!

What about main cameras? Vivo zigs where others zag with a straight-up 35mm F1.7 lens, while Xiaomi and Oppo offer versatile 23mm defaults that can shift to 28mm and 35mm. This creates an interesting dilemma for our comparison: at 35mm, Vivo enjoys its native focal length advantage, while the others must crop. The same applies when we test 50mm and 70mm focal lengths—Vivo’s camera has to crop less from its 35mm starting point.

For wide-angle enthusiasts, Vivo provides a slightly wider 14mm view compared to the 15mm offered by competitors. Is one millimeter really noticeable? Take a look at these comparison shots from the Vivo X200 Ultra at 14mm versus 15mm:

When it comes to the wide-angle lens, Vivo offers a 14mm angle of view. Though it doesn’t seem like much of an advantage compared to the others’ 15mm, I’ll use Vivo to take a 14mm and 15mm view and simply compare the integrity of the object at the edges. It becomes clear that even though there is only a 1mm difference, the difference in viewing angle is still significant.

But in terms of pixels and aperture, the three competitors are identical.

The final spec here is still missing a focus distance. Unfortunately, most of the competitors didn’t mention it. So we placed a hard disk at the end of the tape measure to test the focus distance. It can be noticed that although Vivo didn’t say they support macro, the wide-angle and telephoto can still achieve some macro effect. But with Oppo’s periscope telephoto, the focusing distance is very long, so sometimes when you use 6x, you have to turn on macro mode to get it in focus.

Lets Test the Main Camera and Ultra-Wide

We shot the photo of the building using a 35mm focal length during the daytime. Overall, the difference between them is not too significant. Each phone can provide high definition and rich details, with natural color reproduction and moderate contrast. Only the Vivo X200 Ultra uses the native focal length, while Xiaomi and Oppo use a cropped 1-inch main camera. Overall, all three phones meet high standards during the day.

What happens if it’s pure greenery? In the first group, Xiaomi has the highest saturation and more layers. It stands out when put together with the other two photos. But if you observe some out-of-focus greenery around the periphery, it can be a bit eye-catching. This also happens with the Vivo photos, but Oppo doesn’t have this problem. But overall, every photo is excellent. It’s three different styles. So, which one would you prefer? Feel free to share your thoughts in the comments section.

Let’s take a normal shot. Xiaomi’s image still clearly shows the plant details, with natural colors but a bit yellowish. The layering from the background bokeh is still as rich as ever, but it’s not as easy on the eyes as before. Vivo maintains the plant details while keeping the noise under better control, and the color performance is soft. Oppo offers clear plant details and good color reproduction, and the background bokeh is more pronounced, but the layering is still a bit weak.

When we switch to wide-angle, we can see bigger differences between the phones. Oppo’s photos look most like what I saw with my own eyes. But when you look at tree branches against the bright sky, you can see some unwanted green and purple edges, which makes the photo look less natural. Vivo’s photos have patches of green that look artificial and change too suddenly from one shade to another.

Xiaomi does the best job here, avoiding these problems.

In the Golden Hour, the native 35mm of Vivo’s has an obvious advantage. The picture performance is very solid, basically restoring the scene as I saw it with my eyes. The noise control is also very good. Xiaomi’s image, on the other hand, is very bright and unnatural, with the most serious smearing. Oppo, which also has a 1-inch sensor, is much more normal. But it also has varying degrees of flare, just like Xiaomi.

If you also switch to wide angle, everyone is different again. The best performer here is Oppo, with the image brightness in the middle of the three phones. Xiaomi is fairly good, but not as blue. Vivo has eliminated the presence of blue light. Also, notice that Vivo’s overall image is on the saturated side, but with the greenish white balance, it makes the whole image look very dirty.

If we go a little wider, things look a little different. Xiaomi is a little less bright overall, with the crowd below in pitch black and a bit of flare. However, the color reproduction is good, highlighting the main body of the building. Vivo maintains the details of the building while providing better brightness and clarity, but its white balance is still a little greenish. Oppo uses the same sensor as Xiaomi, but its overall performance is a little better than Xiaomi’s. The flare control is weaker than Xiaomi’s, with a bit of flare in front of each step light.

Ultra-Wide

In daylight, all the three models perform well. But if the YouTube image quality is sharp enough, it’s still obvious that Vivo is the sharpest and Xiaomi is the worst. It’s because at 85mm, only Xiaomi is not using a native focal length. But I’m not very satisfied with all three of them here. Oppo is clear enough, but its picture is a little yellowish. Oppo is relatively good at reproducing the scene I saw when I was shooting, but the contrast is not enough.

Next, let’s switch to another scene with contrasting lighting to check it out. The Xiaomi 15 Ultra shows excellent detail capture and background bokeh, with its larger aperture and lower ISO. But it still suffers from the same problem of color dispersion with the heavy tree roots above. The Vivo, on the other hand, has high color saturation but is slightly lacking in detail performance and foreground bokeh. In contrast, Oppo strikes a good balance between color reproduction, detail sharpness, and background bokeh, showing balanced imaging performance.

If we get to nighttime, all three don’t perform too well, in my opinion. It’s similar to the previous wide-angle photos at night. The difference is that Xiaomi is still using cropping here, which results in some degradation of image quality. Vivo, on the other hand, is affected by the white balance and a highly saturated filter, which makes the image look very dirty.

If we go longer to 135mm, Xiaomi and Vivo use cropping, while Oppo uses a native lens. The situation is a bit surprising. I like Vivo the most in this set of photos. The whole image is quite sharp, and the brightness is well balanced. Xiaomi still doesn’t do so well here, with a lot of dead blacks, off-color issues, and the island in front is also black.

Both Vivo and Oppo can see the green lawn on the island, but Vivo seems to have captured something else on the strip of lights, with a patch of yellow and orange.

If we start getting AI involved in the telephoto processing, most people will prefer Xiaomi’s high-contrast images if we don’t look closely. But let’s zoom in a bit, and we’ll see that although the strolling phones don’t see much noise, they all have some smearing. Vivo’s performance here is average. Although it retained the details of the office below, its contrast is the lowest. Oppo’s sharpness is a little worse, but it is balanced in brightness and color.

Portrait Test

Let’s move on and try to shoot portraits. Indoors, we used professional lighting and shot in the portrait mode that comes with the phone. The first was a telephoto shot. The sharpness of all three shots is very good. Among them, the Vivo’s effect may look more eye-catching at first glance, but a closer comparison will reveal that the eyes of the characters shot by the Vivo are missing some vividness, making Holly look a bit dull and robot-like. Although we did not intentionally create eye light when lighting, in the final shooting effect, Oppo handled the best.

Observing the transition between the background and the edges of the character again, we can see that both Xiaomi and Oppo transitioned naturally. The vivo, on the other hand, is not fine enough to deal with the hair details, and is directly defocused. After enlarging the photo, we can find that the three phones are different in skin detailing. Xiaomi adds more shine and brightening effects to the skin, but I’m a bit puzzled as to why it sharpens the flawed details of the skin. Vivo’s skin has too much of a matte look, but instead, it balances out the brightness of the original left and right sides, and lacks a sense of three-dimensionality. It even hides quite a bit of detail.

After switching to 85mm, the three shots are similar to the telephoto. The Xiaomi still retains the same CCD-like color and contrast. But there are some more problems encountered with the processor on the edges of the background and people. After we adjusted the aperture to the same F1.4, we found that the background bokeh of all three phones is not quite right. Vivo and Xiaomi look like that, but Oppo has too much force, showing not very natural.

By the time we get to mid-focus here, Xiaomi has some more problems with edge transitions. As with the 85 in the previous set, there is a very obvious raw transition. But compared to the previous set of images, this set of images can more directly see the three phones’ styles of portrait processing: the waxing Xiaomi, the AI sense of vivo, and Oppo is the most consistent in terms of character detail and color. However, the algorithm in the background of Bokeh still shows some problems.

But when we shoot in a poor lighting environment, the result seems to be a little different. Xiaomi performs the best here instead, with a prominent subject and natural color reproduction. Vivo counts something strange on the edges of the clothes and hair, Oppo is relatively restored to the scene, separating the subject from the background very well compared to the first two.

Telephoto Macro and Wide-Angle Macro

All three phones can render the spines and texture of the cactus, but the color and contrast performance vary. Xiaomi’s more vivid colors and higher contrast make the details of the cactus more prominent. Vivo’s colors are more natural, and the details are more balanced. Oppo looks more realistic in color reproduction, and the detail capture is equally good.

In terms of macro performance, all three phones managed to capture more details of the cactus, such as the texture on the leaves and the jagged edges. Xiaomi still stands out in terms of detail. Vivo maintains its natural color style. Oppo is quite balanced in terms of both detail and color.

Summary: Which phone has the worst camera?

That’s actually not a fair question! Each of these phones has strengths and weaknesses. During daylight, all three take excellent photos – you really have to look closely to spot the differences. It’s more about which phone’s style you prefer rather than which one is objectively better or worse.

Vivo shows its great ability in low-light situations in terms of photography, especially in telephoto shooting, with proper noise control and natural color reproduction. Its 35mm native lens delivers crisp and colorful images in daytime shots. While the white balance may be on the cool side in some cases, overall, Vivo offers a soft and appealing color style. The wide-angle only offers a 14mm viewing angle, but it offers a subtle advantage in terms of viewing angle width compared to the competition.

Oppo delivers a balanced and well-rounded performance in photography, both in terms of color reproduction and detail definition. When dealing with high-contrast scenes, Oppo can maintain a good balance of detail and color, especially in street and city architecture shots. Its wide-angle can reproduce the brightness and colors of the scene well, although slight flare is sometimes present. At the telephoto end, the native lens delivers sharp images and balanced brightness at 135mm focal length, showing Oppo’s prowess in telephoto shooting.

The Xiaomi excels in detail capture and background bokeh, especially when using large apertures and low ISO. Its wide-angle offers an angle of view between Vivo and Oppo, with good color reproduction. At the telephoto end, while there may be a drop in image quality in crop mode, contrast and detail performance improve with AI intervention. The Xiaomi performs well in scenes with high saturation and contrast, but sometimes suffers from yellowish or cool white balance issues. Overall, the Xiaomi Mi 15 Ultra is a phone that delivers high-quality images in a wide range of shooting scenarios.

Unfortunately, none of these phone cameras are perfect – they all have some weaknesses. But the good news is that these three options give you choices based on what matters most to you.

You might have also noticed we didn’t talk about video recording in this comparison. That’s because Oppo doesn’t have a proper video LOG profile yet (claimed to be updated soon), so it wouldn’t be a fair comparison. Would you be interested in seeing how these phones compare for video? Let us know in the comments under the video, and we might make a follow-up article just on video capabilities.

OnePlus Ace 5 Ultra, Racing Edition battery sizes confirmed and they are massive

OnePlus is set to launch its Ace 5 series in China today (May 27). But ahead of the official unveiling, Li Jie, the president of OnePlus China, has confirmed the battery sizes for both devices. If you’re a mobile gamer and are looking for a new phone, the Racing Edition could be an appealing option.

Battery sizes confirmed

As per the president, the Racing Edition is coming with a jaw-dropping 7,100mAh battery. That’s bigger than the 6,415mAh in the Ace 5 and even the 6,260mAh in the compact OnePlus 13T. The Ace 5 Ultra? It’s no slouch either, rocking a 6,700mAh battery. For context, that’s some serious juice—perfect for marathon gaming sessions or binge-watching without sweating the battery bar.

However, the Ace 5 Racing Edition isn’t just about the battery. According to previous rumors, it has a 6.77-inch 1080p display, and runs on MediaTek’s Dimensity 9400e chip, paired with up to 16GB of RAM and 512GB of storage. Camera-wise, we could be looking at a 50MP main rear camera, a 2MP secondary one, and a 16MP front camera for your selfies or video calls.

Meanwhile, the Ace 5 Ultra steps it up with a 6.83-inch screen that’s got a higher 2800 x 1272 resolution and a smooth 144Hz refresh rate. This model is powered by the beefier Dimensity 9400+ chip. It also offers up to 16GB of RAM and a whopping 1TB of storage. Its cameras? A 50MP main, an 8MP secondary, and the same 16MP front shooter – this part is not too impressive.

Rumor has it the Ace 5 Ultra or the Racing Edition might hit global markets as the OnePlus Nord 5, but with a slightly tweaked Dimensity 9400e and a 7,000mAh battery. Honestly, OnePlus is going all-in on power and performance, and I’m stoked to see how these beasts hold up.

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ASUS ROG Zephyrus G6X Gaming Desktop Launched with Intel Ultra 7-265F and RTX 5060Ti

ASUS has launched the ROG Zephyrus G6X gaming desktop in China, and it’s now available on JD.com. The desktop comes in a mecha-style chassis with front RGB lighting and a transparent side panel. Lighting effects can be adjusted using the ASUS Ultra Center.

ASUS ROG Zephyrus G6X desktop

ROG Zephyrus G6X specs

It runs on the Intel Ultra 7-265F processor with 20 cores and 20 threads, reaching speeds up to 5.3GHz. The system includes 32GB DDR5 RAM and a 1TB PCIe 4.0 SSD. Graphics options include the NVIDIA GeForce RTX 5060Ti with either 8GB or 16GB of GDDR7 memory. Power is supplied through an 80 PLUS Platinum-certified 500W unit.

ASUS ROG Zephyrus G6X desktop

The desktop supports Wi-Fi 6 and Bluetooth 5.4. It ships with Windows 11 Home (Chinese version) pre-installed. Cooling is handled by dual RGB fans, and lighting sync is supported via ASUS Aura Sync and Armoury Crate.

Front I/O ports include two USB 2.0 Type-A, two USB 3.2 Gen 2 Type-A, one USB 3.2 Gen 2 Type-C, a 3.5mm headphone jack, and a 3.5mm mic combo jack. The back has two USB 2.0 Type-A, two USB 3.2 Gen 1 Type-A, one HDMI 1.4, one DisplayPort 1.4, one RJ45 LAN port, and three standard audio jacks for mic-in, line-in, and line-out. It also includes three HDMI 2.1 ports and three DisplayPort 2.1 outputs.

Pricing & availability

Pricing is set at 10,499 yuan ($1,457) for the model with the RTX 5060Ti 8GB GPU and 10,999 yuan ($1,527) for the 16GB version. With early discounts applied, prices drop to 8,499 yuan ($1,180) and 8,999 yuan ($1,249), respectively.

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Oppo Reno 14 series India launch by July first week, Pearl White variant revealed

The Oppo Reno 14 series is inching closer to its global debut, and it looks like India will be among the first markets to receive it. A report by SmartPrix has revealed the launch timeframe of the Reno 14 series for the Indian market. In addition, the report includes a live shot of the Pearl White variant of the device that will be heading to India.

Oppo Reno 14 series launch timeframe for India (rumored)

Oppo Reno 14 Pro live image by SmartPrix
Oppo Reno 14 Pro live image by SmartPrix


According to the publication, which cites tipster Yogesh Brar as the source, the Reno 14 series will be launched in India in the first week of July and will be available in two shades. While official details are yet to be shared, the live shot of the Pearl White edition shared by Brar showcases a 3D pattern design on the back along with a premium build featuring a metal frame.

Gemini AI integration

Oppo has already confirmed that the Reno 14 series will come with Gemini AI integration, courtesy of Oppo’s new partnership with Google. This AI feature will connect seamlessly with Oppo apps and services like Notes, Calendar, and Clock, enabling users to complete tasks within supported chats.

Oppo Reno 14 series specifications

For the unversed, the Oppo Reno 14 series went official earlier this month in China. The Reno 14 features a 6.7-inch OLED display with a 1.5K resolution. It is powered by the MediaTek Dimensity 8350 chipset, while the Reno 14 Pro variant runs on the more powerful Dimensity 8450. In China, the series ships with up to 16GB of LPDDR5x RAM and up to 1TB of UFS 3.1 storage.

The Reno 14’s triple rear camera array consists of a 50-megapixel main camera with OIS, a 50-megapixel telephoto lens offering 3.5x optical zoom, and an 8-megapixel ultra-wide lens. The Pro model’s camera setup swaps the 8-megapixel ultra-wide sensor for a 50-megapixel ultra-wide camera. On the front, both Reno 14 models feature with autofocus-enabled 50-megapixel camera for high-quality selfies.

Both models are equipped with a 6,000mAh battery with 80W fast charging support. The Pro model also supports 50W wireless charging. However, it is unclear whether the Pro variant heading to markets outside of China will retain the wireless charging feature. The series comes with other features, such an in-screen fingerprint sensor, dual speakers, and ColorOS 15-based Android 15. The entire series features an IP68/69-rated dust and water-resistant body.

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