After the god-tier M5 Max, the first benchmark results for the Apple MacBook Neo have surfaced online. The numbers suggest that the laptop’s CPU performance is very close to that of the Apple iPhone 16 Pro.

According to Apple’s official specifications, the MacBook Neo runs on the Apple A18 Pro chip, the same six-core processor found inside the iPhone 16 Pro.

However, the laptop version ships with a slightly reduced graphics configuration. While the iPhone 16 Pro has six GPU cores, the MacBook Neo includes five. The CPU cores are 6 on both. 

MacBook Neo Geekbench

With this setup, the MacBook Neo scored 3461 in single-core, 8668 in multi-core, and 31,286 in the Metal graphics test on Geekbench. For comparison, the iPhone 16 Pro posts 3445 single-core, 8624 multi-core, and 32,575 Metal.

These scores make the two devices nearly identical on the CPU side, which isn’t surprising given that they share the same chip architecture. The small gap in the Metal graphics score likely comes from the MacBook Neo’s reduced GPU core count.

The numbers also put the new laptop in an interesting position compared to older and newer Macs. For instance, the Apple MacBook Air (M1) scored 2346 single-core and 8342 multi-core in the same benchmark, meaning the MacBook Neo noticeably improves single-core performance while only slightly surpassing the M1 in multi-core tasks.

Meanwhile, the Apple MacBook Air M4 sits in a very different performance tier with 3696 single-core and 14,730 multi-core, far ahead in workloads that rely on multiple CPU cores.

The MacBook Neo also lands below devices like the Apple iPad Air (M3) in multi-core performance, which scores 11,678 points. However, it still outperforms more entry-level hardware, such as the Apple iPad (11th generation), which achieves 6036 points in multi-core performance.

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Oppo announced the Oppo Reno 15 smartphones in China last November. Since the company typically refreshes the lineup every six months, the Oppo Reno 16 series likely isn’t too far away. A previous report has already tipped some shared specs for the upcoming devices.

A new leak now suggests Oppo could expand the lineup with a Pro Max model. According to tipster Digital Chat Station, the device is described as “super-sized,” reportedly featuring a 6.78-inch display.

Oppo Reno 16 Pro Max Specifications

The screen is said to offer 1.5K resolution and use an LTPO panel, with uniform bezels on all four sides. The most interesting detail, however, may be the chipset. The tipster claims the phone will run a flagship “N-1” Dimensity processor. While the exact model wasn’t confirmed, it could be a previous-generation flagship chip such as the MediaTek Dimensity 9400.

So far, the Reno series has typically used sub-premium processors, but if the leak is accurate, the lineup could move closer to the sub-flagship segment. 

As for cameras, the Reno 16 Pro Max is said to feature a 200-megapixel main camera alongside a 50-megapixel periscope telephoto lens. Interestingly, the Reno 16 Pro may also have a similar lens setup. The latter, however, is said to be powered by the Dimensity 8500 chip.  

If the leak proves accurate, the Reno 16 Pro Max could effectively replace the current Pro model as the lineup’s top-tier offering, bringing upgraded specs across the board. That bump in hardware may also come with a higher price tag, according to the tipster.

None of this is official yet, and Oppo hasn’t acknowledged the leak. Still, with testing already underway and a mid-year launch window hinted at, the Reno 16 series may not stay a mystery for much longer.

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Apple announced its M5 Max–powered MacBooks a couple of days ago, and its first benchmarks are finally in. A 16-inch MacBook Pro equipped with Apple’s M5 Max has appeared in the Geekbench, offering an early look at the chip’s performance.

Apple M5 Max Geekbench shows incredible multi-core performance

According to MacRumors, the tested configuration features an 18-core CPU, and it did incredibly well in the multi-core test. The chip posted a score of 29,233, which is even higher than Apple’s M3 Ultra’s 27,726 points in a 32-core CPU setup.

This result puts the M5 Max ahead of several other high-end Apple processors. The M3 Ultra in the Mac Studio scores 27,726 in Geekbench’s multi-core test, while the M4 Max inside the Mac Studio reaches 26,166. Another configuration of the M4 Max in a 16-inch MacBook Pro scored 25,702 points.

In other words, the new M5 Max delivers roughly a 5% improvement over the M3 Ultra and around 14 to 15% over the M4 Max in multi-core performance.

Single-core performance looks strong as well. The M5 Max scored 4,268 in Geekbench’s single-core test, putting it roughly in line with the standard M5 chip used in the 14-inch MacBook Pro. The result also exceeds the score of AMD’s high-end desktop processor, the Ryzen 9 9950X3D, which sits at around 3,395 in the same benchmark.

The tested M5 Max configuration includes a 40-core GPU. In Geekbench’s Metal graphics benchmark, the chip scored between 218,772 and 232,718 points. That’s roughly 20 percent higher than the M4 Max, but about 5 to 10 percent lower than the M3 Ultra.

That gap isn’t entirely surprising. The M3 Ultra is effectively two Max-class chips fused together, giving it significantly more GPU resources overall.

All told, the early benchmark results suggest the M5 Max offers around a 15 percent CPU improvement and roughly a 20 percent GPU uplift compared with the M4 Max.

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(Source)

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Xiaomi has introduced a new experimental AI project called Xiaomi miclaw. Announced today, the tool is designed to turn a smartphone into a more autonomous AI assistant that can carry out tasks across apps and system features.

The company describes Xiaomi miclaw as an early test product built on its in-house MiMo large language model. Rather than simply answering questions or generating text, the system is designed to interpret user intentions and complete tasks by interacting with different tools on the phone.

Once users grant permission, the AI can access system functions and supported third-party apps to carry out commands.

In practical terms, that means the assistant can choose which tools to use and decide how to complete a task on its own. If you remember, Honor smartphones with AI Agent can also perform similar actions.

For example, if a request requires opening an app, checking system data, or triggering a function, the AI decides the steps needed and executes them in sequence. Xiaomi says the system can also interpret less specific requests and attempt to translate them into concrete actions.

How is Xiaomi miclaw built?

At the core of the system is what Xiaomi calls an “inference-execution loop.” Here, AI first analyzes the request, which then selects a tool and parameters, executes the action, reviews the result, and continues the process until the task is finished. Each step is handled asynchronously, so the system doesn’t block other phone processes.

Xiaomi miclaw also includes a memory system intended to help the AI learn from repeated use. The assistant keeps track of important context while compressing older interactions so it can remember the original intent of longer tasks.

The assistant can also connect with Xiaomi’s broader ecosystem. Through integration with the company’s Mi Home platform, the AI can read the status of smart home devices and send control commands, provided the user allows it. 

Xiaomi is also opening the platform to developers. The system supports the Model Context Protocol (MCP), an open standard for integrating AI tools, which could allow existing AI utilities built for other platforms to work with Xiaomi miclaw. In addition, Xiaomi is releasing an SDK that lets third-party apps declare what capabilities they can offer so the AI can call them when needed.

Xiaomi miclaw is experimental and is supported by limited devices

The company says that the project is still experimental. Xiaomi says reliability, power consumption, and success rates for complicated tasks are still being improved, and some operations may fail or behave inconsistently.

As a result, the rollout is limited for the time being. Xiaomi is launching miclaw as a closed beta project where participation is by invitation only. The company advises testers not to install the experimental build on their primary phones and recommends backing up data before trying it.

The test currently supports a small set of devices, including the Xiaomi 17, Xiaomi 17 Pro, Xiaomi 17 Pro Max, Xiaomi 17 Ultra, and the Xiaomi 17 Ultra Leica Edition.

Xiaomi also says that user data from miclaw interactions won’t be used to train its AI models. According to the company, model training relies on publicly available or authorized datasets, while personal interactions are only used to process commands in real time. Sensitive information is handled locally on the device using what Xiaomi describes as “edge-cloud privacy computing.”

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Compact flagship phones have become a small but steady category in the smartphone market. Not everyone wants a 6.7-inch screen and a device that stretches pockets. That’s why we have phones like the Vivo X300 FE and the Apple iPhone 17 that offer high-end hardware while keeping the overall footprint relatively manageable.

On paper, both devices sit in a similar size class, both use 3nm chipsets, and both bring 120Hz OLED displays. And they are even priced similarly, just below $800. But if you look closely, they take noticeably different approaches to things like cameras, battery life, software, and even basic hardware priorities.

Here’s how these two phones compare.

Size and design

At first glance, the Vivo X300 FE and iPhone 17 look like they belong to the same category. The Vivo measures 150.8 × 71.8 × 8 mm, while the iPhone 17 comes in slightly smaller at 149.6 × 71.5 × 8 mm.

However, the two phones have notable differences in weight. The Vivo X300 FE weighs 191 grams, while the iPhone 17 is lighter at 177 grams. That 14-gram difference can make the iPhone feel a bit easier to hold over long periods.

Both phones use glass on the front and back with aluminum frames. Apple uses its Ceramic Shield 2 protection on the front glass, while Vivo sticks with a standard glass front. 

The iPhone 17 carries IP68 certification for immersion up to 6 meters, while the Vivo X300 FE has both IP68 and IP69, which also covers high-pressure water jets but only guarantees immersion up to 1.5 meters.

Displays are similar, but not identical

The Vivo X300 FE has a 6.31-inch LTPO AMOLED display with a resolution of 1216 × 2640 and a pixel density of around 461 ppi. Meanwhile, the iPhone 17 features a 6.3-inch LTPO Super Retina XDR OLED panel with 1206 × 2622 resolution and about 460 ppi.

Both support 120Hz refresh rates, which is notable since Apple only recently began bringing ProMotion-style refresh rates to its non-Pro lineup. Where they diverge is in brightness and display features.

The Vivo X300 FE claims up to 5000 nits peak brightness, while the iPhone 17 lists 1000 nits typical brightness, 1600 nits high-brightness mode, and up to 3000 nits peak. Apple also supports HDR10 and Dolby Vision, along with an anti-reflective coating.

Performance and chipset

Both phones are powered by new 3nm processors, but they come from different worlds. The Vivo X300 FE uses the Qualcomm Snapdragon 8 Gen 5, featuring Oryon V3 cores and an Adreno 829 GPU. Meanwhile, the iPhone 17 runs on the Apple A19 chip.

Historically, Apple’s A-series chips have focused on strong single-core performance and tight software optimization. Qualcomm’s latest flagship processors usually emphasize multi-core performance and GPU improvements for gaming.

Memory configurations include 12GB of RAM on the X300 FE, while the iPhone 17 features 8GB of RAM. Both are paired with either 256GB or 512GB storage.

Of course, raw specs rarely tell the whole story. Apple’s control over both hardware and software means the iPhone often performs smoothly even with less RAM. Meanwhile, Android flagships typically rely on larger memory pools to manage multitasking.

Software

As always, the biggest talk comes down to the software. The Vivo X300 FE runs Android 16 with Vivo’s OriginOS 6 interface on top. The company promises up to five major Android upgrades, which is a relatively long support window in the Android ecosystem.

The iPhone 17 runs iOS 26, with updates expected for many years beyond its launch. Apple’s software experience tends to emphasize consistency and ecosystem integration. Android phones, including Vivo’s, offer more customization and flexibility.

For users, the choice between the two phones will come down almost entirely to whether they prefer iOS or Android.

Cameras

The Vivo X300 FE wins in terms of optics with its triple-camera system. It has a:

• 50MP main camera
• 50MP periscope telephoto with 3× optical zoom
• 8MP ultrawide camera

The inclusion of a periscope lens means the X300 FE can offer true optical zoom beyond the main camera.

On the other hand, the iPhone 17 has a dual rear-camera setup:

• 48MP main camera
• 48MP ultrawide camera

Apple doesn’t include a dedicated telephoto camera on the base iPhone 17, which means zoom photography will likely rely more on digital cropping.

However, the iPhone supports Dolby Vision HDR recording and multiple frame-rate options up to 4K at 60fps. Vivo supports 4K recording as well, but Apple typically focuses more heavily on video features. 

For selfies, Vivo includes a 50MP front camera, while the iPhone 17 has an 18MP ultrawide camera paired with a 3D depth sensor used for Face ID.

Battery and charging

Vivo wins in hardware in this department, too. It has a 6500mAh battery, significantly larger than the 3692mAh battery inside the iPhone 17. The former charges at 90W wired, 40W wireless speed, and also supports wireless charging. 

Apple’s charging system is slower by comparison. The iPhone 17 supports wired charging capable of reaching 50 percent in around 20 minutes and 25W wireless charging through MagSafe or Qi2.

Connectivity and extra features

Both phones support modern connectivity features such as Wi-Fi 7, Bluetooth 6.0, and a wide range of global navigation systems. The Vivo X300 FE also includes an infrared port. 

On Apple’s behalf, the iPhone 17 includes Ultra Wideband support, satellite communication for emergency services, and deeper integration with Apple services like Find My. 

For biometrics, Vivo uses an ultrasonic fingerprint scanner under the display, while Apple relies on Face ID with its front-facing 3D sensor system.

Two different interpretations of a flagship

The Vivo X300 FE and iPhone 17 are roughly the same size and price, but they are two very different ideas of what a compact flagship can be.

Vivo is heavy on hardware with a larger battery, more RAM, faster charging, and a dedicated telephoto camera. The iPhone focuses more on software integration, camera processing, and ecosystem features. 

Neither approach is necessarily better. It mostly depends on what someone values more in a phone. 

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Alongside the Phone (4a) series, Nothing has officially launched the Headphone (a). As an affordable alternative to the Headphone (1), the headphones feature a similar design to the Headphone (1) and offer good battery life and customizable sound.

Nothing Headphone (a) Specifications

The Headphone (a) stands out visually thanks to its four color options: yellow, pink, black, and white. Despite being over-ear headphones, the device is relatively lightweight at 310 grams. It uses memory foam ear cushions designed to sit comfortably during long listening sessions.

Nothing has also added an IP52 rating, meaning the headphones offer protection against dust and light splashes of water.

Inside the Headphone (a) are 40mm drivers with a titanium-coated diaphragm. According to Nothing, this material provides a more rigid structure for the drivers, helping to reduce distortion and deliver cleaner audio.

The headphones support Hi-Resolution Audio Wireless and the LDAC codec. Users can also tweak the sound profile through the Nothing X app, which includes an eight-band equalizer for more precise frequency adjustments than typical bass and treble sliders.

Adaptive Noise Cancellation and Smarter Controls

The Headphone (a) includes adaptive active noise cancellation with three preset levels — low, medium, and high — depending on how much background noise users want to block out.

There is also a transparency mode that lets outside sounds in, allowing users to stay aware of their surroundings. For calls, the headphones feature a three-microphone AI system that analyzes surrounding noise and isolates the user’s voice.

The headphones also use the same physical controls introduced on the earlier Nothing Headphone (1), including a Roller, Paddle, and Button built directly into the ear cups.

Nothing is also introducing a feature called Channel Hop. Users can activate it by pressing the button, allowing them to quickly switch between apps or functions without reaching for their phone. The same button can also work as a remote camera shutter.

As for battery life, Nothing says the headphones can deliver up to five days of continuous listening on a single charge. A quick five-minute charge is said to provide up to five hours of playback.

Price and Availability

The Nothing Headphone (a) will be sold for $199, £149, or €159. Preorders begin on March 5 through Nothing’s website and selected partners.

Open sales for the black, white, and pink versions start on March 13, while the yellow limited edition model will arrive later, on April 6.

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The Nothing Phone (4a) and (4a) Pro are finally here, and unsurprisingly, both phones have their own design and character. The Phone (4a) has a cleaner profile with a pill-shaped rear camera module. Meanwhile, the Nothing Phone (4a) Pro has a bold new look, where the camera module covers the top, housing three camera lenses. 

Both phones also feature redesigned rear lighting systems and arrive with Nothing OS 4.1 based on Android 16. Nothing is promising three major OS updates and six years of security patches, matching the support window offered by the previous generation.

Here’s how the two new models differ.

Nothing Phone (4a)

The Nothing Phone (4a) retains the simpler design of its predecessor. The phone features a pill-shaped rear camera module and a new lighting system called the Glyph Bar on the back.

Glyph Bar places LEDs in a straight strip across the back. The bar is divided into six segments and contains 63 LEDs, along with the red recording indicator. The lights can reach up to 3,500 nits of brightness in three different levels, which is about 40% higher than the previous generation.

Inside, the phone runs on the Snapdragon 7s Gen 4 chipset. While it technically succeeds the Snapdragon 7s Gen 3 used previously, the performance improvement is relatively small—only about 7% per Nothing. It’s paired with 8GB or 12GB of LPDDR4X RAM and up to 256GB of UFS 3.1 storage. 

On the front, it has a 6.78-inch OLED panel with a resolution of 1,224 × 2,720 pixels and supports a 120Hz refresh rate. Peak brightness climbs to 4,500 nits, and the screen is protected by Gorilla Glass 7i.

Camera hardware is where the vanilla model slightly differs from the Pro. The main camera uses a 50-megapixel Samsung GN9 sensor with an f/1.88 lens and optical image stabilization. The rest of the camera setup mirrors the Pro model, including a 50MP 3.5x periscope telephoto lens, an 8MP ultra-wide camera, and a 32MP front camera.

The body uses a plastic frame and measures 8.55mm thick. It carries an IP64 rating for dust and water resistance and features a 5,080mAh batterywith 50W wired charging support.

Price and availability

Pre-orders for the Nothing Phone (4a) start from today, and open sales will begin on March 13. The phone will be available through the official website and select retail partners. Here’s the price breakdown for EU, UK, and India:

• 8/128GB: €350 / £350 / ₹32,000
• 8/256GB: €390 / ₹35,000 
• 12/256GB: €430 / £400 /  ₹38,000

Nothing Phone (4a) Pro

Coming to the Nothing Phone (4a) Pro, the most visible change is the Glyph Matrix. It is a circular LED display on the back of the phone made up of 137 LEDs. While that’s fewer than the 489 LEDs used in the flagship Glyph Matrix seen on Nothing Phone (3), the new version is larger and brighter. 

The circular area is also about 57 percent bigger, and the LEDs can reach up to 3,000 nits of brightness. 

The Pro also upgrades the build quality with a metal unibody design, replacing the plastic frame used on the standard model. Despite the metal switch, the phone remains relatively light and is slimmer at 7.95mm thick.

It carries an IP65 rating for dust and water resistance. Nothing says the phone can survive submersion in water up to 25cm for around 20 minutes.

Under the hood, the phone runs on the Qualcomm Snapdragon 7 Gen 4 processor. Compared to the Snapdragon 7s Gen 3 used in the previous generation, the new chip promises around 27 percent faster CPU performance, 30 percent better graphics performance, and a significant 65 percent boost in AI tasks.

The device pairs the chip with 8GB or 12GB of LPDDR5X RAM and either 128GB or 256GB of UFS 3.1 storage. To maintain sustained performance, Nothing has added a 5,300mm² vapor chamber cooling system.

The display is also larger and faster than the one on the standard model. The phone features a 6.83-inch OLED panel with a 144Hz refresh rate and a resolution of 1,260 × 2,800 pixels. Its peak brightness reaches 5,000 nits, and the panel uses 2,160Hz high-frequency PWM dimming.

Camera hardware on the Pro includes a 50MP Sony Lytia 700C sensor for the main camera with optical image stabilization. The phone also includes a 50MP Samsung JN5 periscope camera offering 3.5x optical zoom, extendable to 7x using in-sensor zoom.

The ultra-wide camera remains unchanged from the previous model with an 8MP Sony IMX355 sensor and a 120-degree field of view. On the front, the phone uses a 32MP selfie camera.

Like the standard model, the Pro includes a 5,080mAh battery with support for 50W wired charging.

Price and availability

Pre-orders for the Nothing Phone (4a) Pro begin on March 13, with open sales starting on March 27. Surprise, surprise, it will also be available in the US. Here’s the pricing breakdown for EU, UK, India, and the US:

• 8/128GB: €480 / £500 / ₹40,000 / $500
• 8/256GB: ₹43,000 (only available in India)
• 12/256GB: €550 / £550 / ₹46,000 / $600

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Apple just introduced the MacBook Neo as its most affordable laptop at $500. This is a Mac designed to reach people who might otherwise buy a Chromebook or a cheaper Windows laptop.

And at first glance, it’s really captivating. It has an aluminum chassis, weighs just 1.23kg, and comes in four bright colors. The laptop features a 13-inch Liquid Retina display, dual speakers with Dolby Atmos, a 1080p webcam, and up to 16 hours of battery life.

But once you look past the bright colors and the relatively low price, the compromises start to show. To reach this price point, Apple has trimmed back several features that users might expect from a modern MacBook. Some of those changes may not matter much for casual users, but others stand out when compared with the company’s more expensive laptops.

Here are five limitations of the MacBook Neo that you must know before buying Apple’s new entry-level laptop.

It doesn’t use a full-power laptop chip

One of the most unusual aspects of the MacBook Neo is its processor.

Instead of using one of Apple’s laptop-focused chips, like those found in the MacBook Air or MacBook Pro, Apple chose the A18 Pro, the same chip it used in the iPhone 16 Pro.

This choice alone makes it clear where Apple sees the Neo in its lineup. A-series chips are typically designed for iPhones and iPads, not laptops. While they’re powerful and efficient, they aren’t built with the same thermal headroom or performance expectations as Apple’s M-series processors.

The version of the chip used in the MacBook Neo is also slightly reduced. The iPhone version features a 6-core CPU and a 6-core GPU, while the MacBook Neo ships with a 6-core CPU but only a 5-core GPU.

For basic tasks like browsing, document editing, or streaming, the chip should still be more than capable. Apple is also using a fanless design, which means the laptop operates completely silently. But for heavier workloads like video editing, the Neo may fall short compared with laptops powered by Apple’s M-series chips.

Limited memory and slower memory bandwidth

Memory is another area where Apple has made clear compromises. The MacBook Neo comes with 8GB of RAM, and unlike many other Apple computers, users cannot upgrade it when ordering the device. That means buyers are locked into the base configuration.

By comparison, newer Mac models now start with 16GB of RAM, including updated versions of the MacBook Air.

Because Apple uses unified memory architecture — where the CPU and GPU share the same memory pool — the amount of RAM can affect multiple parts of the system at once. Lower memory limits may become noticeable when running many browser tabs, multitasking across apps, or working with large files.

There’s also a difference in memory bandwidth. The MacBook Neo offers 60GB/s, which is less than half of what the MacBook Air provides.

The display loses several premium features

Apple is still calling the screen on the MacBook Neo a Liquid Retina display, but it’s not the same type of panel used in the company’s other laptops.

The 13-inch display has a resolution of 2408 × 1506, supports 1 billion colors, and reaches 500 nits of brightness, which matches the brightness level of the MacBook Air. However, there are several missing features.

First, the display only covers the sRGB color gamut, rather than the wider P3 color space supported by the MacBook Air since it switched to Apple silicon in 2020.

The display also does not support True Tone, Apple’s technology that automatically adjusts color temperature based on ambient lighting.

And perhaps more surprisingly, the MacBook Neo doesn’t include an ambient light sensor at all. That means the system cannot automatically adjust screen brightness depending on the environment.

No Magnetic Charging

Finally, the MacBook Neo removes a few physical hardware features that are common on other MacBooks.

One of the biggest differences is charging. Unlike the MacBook Air and MacBook Pro, the Neo does not include a MagSafe magnetic charging port. 

Instead, it relies on two USB-C ports, both located on the left side of the laptop. One of these ports supports USB 3 speeds up to 10Gb/s, while the other is limited to USB 2 speeds up to 480Mb/s.

Using USB-C for charging is not unusual, but MagSafe has become a popular feature because it detaches easily if someone trips over the charging cable. Also, it clears the USB-C port for other tasks.

Keyboard without backlight

Last but not least, there are compromises in keyboard and trackpad, too.

The keyboard does not include backlighting. It been a standard for MacBooks to include a backlit keyboard, but Neo is an exception.

Meanwhile, the trackpad is a simpler physical multi-touch trackpad instead of Apple’s Force Touch design. That means it lacks pressure sensitivity, force click features, and pressure-sensitive drawing.

Even Touch ID is optional. The base 256GB model doesn’t include it, though it is available if users upgrade to the 512GB version.

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Oppo is gearing up to launch the Find N6 foldable in China, and this time, it looks like a global release is on the table, too. There’s still no official date, but a flurry of recent posts on the Chinese social media platform Weibo have spilled the full spec sheet ahead of schedule.

Here’s everything we know so far about the Oppo Find N6.

Display

According to the leak, the Find N6 may feature a 6.62-inch external display with a 1.5K+ resolution. The panel is reportedly based on BOE’s Q10 technology and supports Dolby Vision, HDR Vivid, and HDR10+. It’s also said to use an 8T LTPO panel with a variable refresh rate ranging from 1Hz to 120Hz.

The external screen is said to reach up to 1,600 nits of global peak brightness, while manual brightness tops out at 800 nits. For eye comfort, the panel reportedly combines Pulse DC-like dimming at high brightness levels with 2160Hz PWM dimming when brightness is low.

Inside, the foldable screen may measure 8.12 inches with a sharper 2K+ resolution. This internal display is expected to use a Samsung E7 panel and offer the same HDR standards and 1–120Hz adaptive refresh rate. It has 2160Hz PWM dimming at lower brightness levels.

Triple-camera system

The camera setup described in the leak includes three sensors. It has a 50MP 0.6x ultra-wide camera with a 15mm lens and an f/2.0 aperture, which is reportedly paired with Samsung’s JN5 sensor.

The main camera could use a 200MP 23mm lens with an f/1.8 aperture and optical image stabilization, reportedly based on the HP5 sensor. The 3x telephoto camera offers a 70mm focal length and f/2.7 aperture with OIS. The device is also said to feature a second-generation “Danxia” lens system.

Flagship hardware and durability

On the performance side, the Find N6 is expected to run on Qualcomm Snapdragon 8 Elite Gen 5 paired with LPDDR5X RAM and UFS 4.1 storage.

The leak mentions a titanium alloy dome hinge, along with multiple dust and water resistance certifications, including IP56, IP58, and IP59. The device is also said to include a new Shanhai communication chip, super linear dual speakers, and an infrared remote control.

Moreover, the Find N6 is rumored to include a 6,000mAh third-generation Glacier Battery, with 80W wired and 50W wireless charging. 

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Just a few days after its reveal in full, Honor has quietly introduced the Honor 600 Lite in Malaysia. The company didn’t hold an event or make a big announcement, but the new Honor 600 Lite is now officially listed and available for purchase in the country.

At a glance, the phone sticks to a fairly simple design. The front features a pill-shaped notch, while the back has a rectangular camera module with two lenses and an LED flash. 

On the right side of the frame, Honor has added a dedicated shutter button likely to wake the camera with one touch. The device is available in two color options: Velvet Grey and Desert Gold.

Honor 600 Lite Specifications

Up front, the Honor 600 Lite features a 6.6-inch AMOLED display with a 1.5K screen resolution. The panel also supports a 120Hz refresh rate and has 6,500 nits of peak brightness.

Powering the phone is MediaTek’s MediaTek Dimensity 7100 Elite processor. The chip is paired with 12GB of RAM and 256GB of internal storage. 

The camera setup is built around a 108-megapixel primary sensor. It’s accompanied by a 5-megapixel ultra-wide camera, while a 16-megapixel camera on the front handles selfies. 

Moving on, the Honor 600 Lite packs a 6,520mAh battery, and top-up is handled through 45W wired charging.

The phone also supports Bluetooth 6.0, NFC, and carries an IP66 rating for water and dust resistance. On the software side, it runs MagicOS 10 based on Android 16.

The Honor 600 Lite is now available in Malaysia with a retail price of RM1,399 (~ $355). For a limited time, Honor is offering a RM100 (~ $25) rebate along with a 1+1 year extended warranty worth RM99.

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Xiaomi introduced its in-house XRING O1 mobile processor back in May last year. Seems like the company is now gearing up for its successor.

According to well-known leaker Digital Chat Station, Xiaomi will “definitely” launch a new XRING-branded chip this year, possibly called the XRING O2.

Like its predecessor, it is said to be manufactured using TSMC’s 3nm process. While the naming has not been officially confirmed, it is expected to be the direct successor to the O1.

Xiaomi plans to launch a new mobile processor every year moving forward

The XRING O1 is Xiaomi’s first self-developed flagship SoC, built on TSMC’s second-generation 3-nanometer process. The chip later debuted inside the Xiaomi 15S Pro, where it delivered competitive benchmark scores and solid real-world performance.

In a recent interview with CNBC, Xiaomi Group President Lu Weibing said the company plans to release a brand-new self-developed mobile phone processor every year going forward.

Outside of companies like Apple and Samsung, most Android phone makers rely heavily on chip suppliers such as Qualcomm and MediaTek. Xiaomi’s entry into that small club signals a longer-term strategic shift that will give the brand greater control over its products.

However, Xiaomi’s chip ambitions are not limited to smartphones. The company is reportedly planning to expand the use of its next-generation silicon across a wider range of smart devices within its ecosystem. This could include tablets, wearables, and other connected hardware.

When Xiaomi first launched the O1, it positioned the chip as a foundational step. Founder Lei Jun previously said that self-developed chips typically require three to four years of research and development.

He explained that the first generation was more about validating the underlying technology than chasing large shipment volumes, and pre-order quantities were intentionally limited.

On paper, however, the O1 was no small experiment. Built on Arm-based CPU and GPU architectures, it achieved a multi-core benchmark score above 9,000, placing it among top-tier flagship chips. For a first attempt, that was enough to draw attention.

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(Source | Via)

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AnTuTu’s Android performance rankings for February 2026 are out, and there’s a new device at the top.

The iQOO 15 Ultra has claimed the number one spot on the flagship list, ending the recent streak of the Red Magic 11 Pro+. With an average score of 4.2 million points, the iQOO phone now sets the pace for Android performance this month. 

The Red Magic 11 Pro+, which had held onto first place in previous rankings, slips to second with an average of 4.16 million. Irrespective of numbers, both phone runs on Qualcomm’s Snapdragon 8 Elite Gen 5 processor. 

In third place is the Vivo X300 Pro Satellite Communication Edition, powered by MediaTek’s Dimensity 9500 chipset. It posts an average score of 4.08 million. Not to mention, it’s also the only MediaTek-powered phone on the list. 

It’s all Snapdragon moving forward

From the Realme GT 8 Pro at fourth to the Redmi K90 Pro Max at tenth spot, all use a Snapdragon 8 Elite Gen 5 chip at the helm.

So it’s unsurprising to say that the Snapdragon 8 Elite Gen 5 has become the mainstream choice for high-end Android devices. Multiple phones powered by the chip are now comfortably crossing the 4 million mark in AnTuTu’s scoring system. 

It’s also worth noting how AnTuTu calculates these rankings. The published score reflects the average of all benchmark results recorded for each model during the month, not the single highest score a device may achieve.

That means the numbers can differ from marketing claims or isolated screenshots circulating online. In theory, the average score should provide a more realistic reference point for day-to-day performance.

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Xiaomi is readjusting its India launch timeline for the Xiaomi Pad 8 and the Xiaomi 17 series.

The company originally unveiled the Xiaomi 17 series at MWC 2026. Soon after that, it announced that the phones, along with the tablet, would launch on March 11. However, Xiaomi has now confirmed that the India launch has been rescheduled.

According to updates shared on X, the Xiaomi Pad 8 will arrive on March 10, with the Xiaomi 17 series following a day later on March 11.

Xiaomi Pad 8

For India, Xiaomi is keeping the spotlight on the standard Pad 8. It features an 11.2-inch LCD panel with a 3.2K resolution (3200 x 2136) and a 3:2 aspect ratio, which is slightly taller than the usual 16:10 format seen on many Android tablets.

The display supports a 144Hz adaptive refresh rate and peaks at 800 nits of brightness. It also brings Dolby Vision and HDR10 support, along with 12-bit color depth.

Furthermore, the screen supports wet-touch input and carries TÜV Rheinland certifications for low blue light, flicker-free viewing, and circadian-friendly performance. 

Powering the Pad 8 is Qualcomm’s Snapdragon 8s Gen 4 chip built on a 4nm process, paired with LPDDR5X RAM. Storage options include 128GB with UFS 3.1 or 256GB/512GB with faster UFS 4.1.

The tablet runs on HyperOS 3, Xiaomi’s latest software platform, which adds split-screen multitasking, a workstation mode, PC-like drag-and-drop browsing, and AI tools such as AI Writing, AI Translate, and AI Art.

Xiaomi 17 series

On March 11, Xiaomi will launch the Xiaomi 17 and Xiaomi 17 Ultra in India. Notably, the Leica-branded Ultra variant available in some global markets won’t be making its way to India.

There’s also a battery difference depending on the region. While Chinese variants of the Ultra models feature 6,800mAh batteries, the global and Indian versions are equipped with 6,000mAh units. 

The Indian microsite confirms that the Xiaomi 17 Ultra will support 90W wired HyperCharge and 50W wireless HyperCharge. Another feature Xiaomi is highlighting is Offline Communication, which enables network-free voice calls up to 1.9 kilometers using Bluetooth and proprietary protocols.

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