Vivo’s next flagship lineup is starting to show up online. Fresh entries spotted in the GSMA IMEI database have now confirmed the existence of the Vivo X500, X500 Pro, and X500e. That also means Vivo appears to be skipping the X400 branding entirely.

The listings suggest the phones are moving closer to launch and international certification. Leaks surrounding the lineup point toward Vivo continuing its usual formula: strong cameras, premium displays, and a heavy focus on imaging features.

The standard X500 is rumored to feature a 6.37-inch display, while the X500 Pro could use a 6.83-inch 2K LTPO OLED panel with high refresh rates. That would make both devices slightly larger than last year’s X300 (6.31-inch) and X300 Pro (6.78-inch). The lineup is expected to retain the ultrasonic in-display fingerprint sensors.

On the chipset side, Vivo is reportedly sticking with MediaTek again. Early reports suggest the series could debut the Dimensity 9600 family, which is expected to use TSMC’s newer 2nm process. If that ends up being accurate, efficiency and sustained performance could see a pretty noticeable jump compared to current-generation chips.

Cameras, unsurprisingly, remain the bigger talking point. The Pro models are rumored to feature newer LOFIC sensor technology, which is designed to improve highlight handling and dynamic range in difficult lighting conditions. There’s also talk of a 200MP periscope telephoto camera, something Vivo has been gradually pushing toward over the last few generations.

Nothing here is official yet, but the IMEI listings are usually a good sign that development is moving along steadily. Vivo is expected to unveil the X500 lineup in China sometime around September or October before expanding availability to other regions later on. For now, though, the X500 series already looks like Vivo doubling down on the areas it’s become known for: cameras, battery life, and increasingly ambitious hardware.

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(Source)

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DJI has officially launched the Osmo Mobile 8P globally, and this time, the biggest upgrade is the new detachable remote. Announced on May 7, the Osmo Mobile 8P builds on the previous model with better tracking and a few smarter shooting tools, but the main focus is clearly giving solo creators more control when filming themselves.

The new remote, called Osmo FrameTap, comes bundled with every version of the gimbal. It’s a small magnetic touchscreen controller weighing around 29g, and it connects over Bluetooth with a range of up to 10 meters.

What makes it interesting is that it can display a live preview from the connected phone, letting users adjust framing remotely instead of constantly walking back to check shots. You can switch tracking subjects, control zoom and gimbal movement through an on-screen joystick, and even tweak fill light settings directly from the remote.

For Android users, DJI is also supporting direct phone screen mirroring on the controller itself. In practical terms, it means creators can use the rear camera for selfies or position the phone farther away while still keeping control of the shot. That kind of setup usually requires much more expensive gear, so it’s a fairly useful addition for vloggers and solo shooting.

Tracking has also been upgraded. DJI says the new ActiveTrack 8.0 system handles crowded environments more reliably, even when subjects move quickly or get briefly blocked from view. The optional Multifunctional Module 2 takes things further by expanding tracking beyond humans and pets to objects like vehicles or landmarks.

For iPhone users, there’s also Apple DockKit support, which allows native tracking directly inside compatible apps including the stock Camera app, YouTube, and Blackmagic Camera.

Outside of the new remote features, the Osmo Mobile 8P keeps most of the things people already expect from DJI’s smartphone gimbals. You still get 3-axis stabilization, a built-in extension rod, foldable tripod, and up to 10 hours of battery life under certain conditions.

The DJI Mimo app also adds a few extra shooting modes like DynamicZoom, Slow Shutter, and Action Shot, alongside 360-degree spin support for more stylized clips.

Pricing and availability

Pricing starts at €159 for the standard bundle, while higher-end kits with the Multifunctional Module 2 and microphone accessories go up to €219. One thing worth noting is that, similar to the previous generation, the Osmo Mobile 8P isn’t launching in the US.

DJI

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DJI is getting ready to launch its next robot vacuum, the ROMO 2, on May 11. The biggest hints so far revolve around navigation and low-clearance cleaning.

An official teaser video suggests the ROMO 2 can slide under beds and sofas with very little space underneath, something many robot vacuums still struggle with. Another teaser suggests the vacuum can move around objects placed on the floor, without bumping into them. That likely points to improvements in obstacle detection and movement precision.

There are also hints at better mopping performance this time around, including quicker floor drying after cleaning, though DJI hasn’t officially detailed how that system works yet. For context, DJI only entered the robot vacuum space relatively recently with the first-generation ROMO lineup, which launched in China last year. Unsurprisingly, the company leaned heavily on its drone experience for things like navigation and sensing.

The original ROMO models used a combination of dual fisheye cameras and solid-state LiDAR for mapping and obstacle avoidance, helping them move through crowded spaces with very little manual intervention. Some versions even came with transparent design elements, giving them a more futuristic look than most robot vacuums on the market.

On the cleaning side, DJI advertised suction power up to 25,000Pa, alongside dual robotic arms for edge cleaning and anti-tangle roller brushes aimed at handling long hair more effectively. The docking station was also fairly ambitious, supporting self-cleaning and long maintenance intervals of up to 200 days. The ROMO 2 will likely build on most of that rather than completely changing direction.

At this point, full specs are still under wraps, but the quick follow-up launch suggests DJI is moving aggressively in this category. The company is clearly trying to position itself against established names like Roborock and Ecovacs, especially in the premium smart cleaning segment.

As usual, China will probably get the device first, with wider availability coming later if DJI follows the same rollout strategy as before.

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Sources: DJI on Weibo (1), (2)

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iQOO has officially launched the new Z11 and Z11x in Malaysia, bringing the standard model outside China for the first time. And looking at the specs, battery life is very clearly the main focus here.

iQOO Z11 specifications:

The regular iQOO Z11 is the more premium of the two, and honestly, the first thing most people will notice is the massive 9,020mAh battery. That’s unusually large even by current standards. What’s interesting is that iQOO still managed to keep the phone relatively slim at 8.25mm and reasonably manageable at 213g. Charging goes up to 90W, and there are a few extra battery-related features as well, including bypass charging and long-term battery health protection.

The phone also gets a large 6.83-inch AMOLED display with 1.5K resolution and a 144Hz refresh rate. Brightness can apparently hit 5,000 nits in certain conditions, though as usual, that number likely applies to small HDR highlights rather than full-screen use.

Under the hood is Qualcomm’s Snapdragon 7s Gen 4 chip, replacing the Dimensity 8500 used in the Chinese variant, paired with up to 12GB RAM and 256GB storage. Benchmark comparisons from NanoReview suggest the Dimensity 8500 delivers noticeably stronger CPU and GPU performance.

iQOO is also using a fairly large vapor chamber cooling setup here, likely because the phone is being positioned partly toward mobile gamers. The cameras are decent on paper, though clearly not the main selling point. You get a 50MP Sony IMX882 primary camera, a 2MP depth sensor, and a 32MP front camera with 4K recording support.

iQOO Z11x specifications:

The Z11x sits lower in the lineup but keeps a surprisingly similar overall approach. It swaps the AMOLED panel for a 6.76-inch LCD display with a 120Hz refresh rate and uses MediaTek’s Dimensity 7400-Turbo chipset instead. Battery capacity drops to 7,200mAh, though that’s still a large capacity for a smartphone in 2026.

Charging is reduced to 44W, but the phone still keeps the IP68 and IP69 ratings. Camera hardware includes a 50MP Sony IMX852 main sensor, a 2MP depth camera, and a 32MP selfie shooter.

Pricing and availability:

Pricing in Malaysia for the standard Z11 starts at RM1,899 for the 8GB + 256GB version, while the 12GB + 256GB model is priced at RM2,199. The Z11x starts at RM1,299 for the 8GB + 128GB variant, while the 256GB version comes in at RM1,599.

Both phones are already available through the company’s official website in Malaysia. As part of a limited 10-day launch offer, the base variants are currently discounted to RM1,599 for the Z11 and RM1,099 for the Z11x.

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(Sources: iQOO Z11 | iQOO Z11x)

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Realme looks set to add another model to its growing 16 series lineup in India. The upcoming Realme 16x has now surfaced on the BIS certification website, which usually means an official launch isn’t too far away.

The certification was reportedly approved on May 6, 2026, suggesting Realme is already wrapping up regulatory formalities for the Indian market. Tipster Abhishek Yadav also recently mentioned the Realme 16x on X, claiming the phone will launch soon in India. According to the leak, the device could arrive in two color options: Endurance Brown and Glory White.

Storage variants are expected to include:

4GB + 128GB

6GB + 128GB

6GB + 256GB

That setup makes it pretty clear Realme is targeting the affordable 5G segment again. The phone is expected to succeed the Realme 15x 5G, which launched last year with a starting price of ₹16,999 for the 6GB+128GB variant. The 8GB + 128GB and 8GB + 256GB configurations were priced at ₹17,999 and ₹19,999, respectively.

That phone focused heavily on battery life and everyday performance, offering a 144Hz display, 6-nm based Dimensity 6300 mid-range chipset, and a large 7,000mAh battery with 60W charging.

At the moment, specs for the new model are still under wraps, but the overall positioning likely won’t change too much. Expect the Realme 16x to land somewhere in the ₹15,000 to ₹18,000 range, competing with the usual crowd of budget 5G phones.

It’ll also expand the broader Realme 16 lineup, which already includes the standard Realme 16, Realme 16 Pro, and Realme 16 Pro Plus.

With the BIS certification now live, an official announcement could happen within the next few weeks. And considering how competitive the affordable 5G segment has become in India, Realme will probably continue focusing on the same formula that worked well before: big batteries, high refresh rate displays, and decent day-to-day performance.

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(Sources: 1, 2)

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Huawei looks like it’s bringing back something most smartphone brands have quietly moved away from: true long-range optical zoom. Fresh leaks surrounding the upcoming Mate 90 Pro Max suggest the phone could feature a dedicated 10x optical periscope camera, alongside a second telephoto lens.

If accurate, it would mark a pretty significant shift at a time when many Android flagships are leaning more heavily on high-resolution sensors and digital cropping instead of native long-range optics. For context, the Mate 80 Pro Max already features a fairly capable dual-telephoto setup, combining a 50MP periscope camera with 4x optical zoom and a second 50MP periscope lens offering 6.2x optical zoom.

The leak comes not too long after Oppo showed what a modern 10x setup can do with the Find X9 Ultra. That phone uses a 50MP sensor paired with a 230mm-equivalent periscope lens and a complex prism arrangement, allowing it to maintain surprisingly good detail even at higher zoom levels. Oppo also pushed the idea of “lossless” 20x zoom through sensor cropping.

Huawei seems to be taking a somewhat similar direction. The Mate 90 Pro Max is rumored to pair the 10x periscope camera with a large 1-inch-type main sensor and Huawei’s XMAGE imaging system.

Exact details about the telephoto hardware are still unclear, but Huawei has experience in this area. The P40 Pro+ from 2020 was one of the first phones to offer proper 10x optical zoom in a relatively compact body, using a folded light-path design to make it work. In a way, the upcoming Mate series could be seen as Huawei revisiting that idea with newer hardware and smarter image processing.

The wider Android market has largely shifted away from this approach. Samsung, for instance, brought back 10x optical zoom on the Galaxy S21 Ultra using a dual fixed-focus telephoto setup, matching the zoom range of the experimental Galaxy S4 Zoom from 2013. However, the company later moved to a 5x optical zoom setup on the Galaxy S24 Ultra to accommodate a larger 50MP sensor.

Huawei’s current Pura 90 Pro Max already pushes zoom pretty far with its 200MP telephoto, especially for video at higher magnification levels. The Mate 90 Pro Max is expected to build further on that foundation, pairing a larger sensor inside a 10x periscope module with AI-powered image enhancement.

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(Source: Smart Pikachu on Weibo)

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Google’s next Pixel lineup is starting to leak in detail. A large spec dump has now revealed information across the entire Pixel 11 lineup. The focus this time seems to be a few hardware changes that are a little unexpected.

The biggest shift is probably the new Tensor G6 chip

Google is moving to TSMC’s 2nm process for the chipset, which should help quite a bit with efficiency and sustained performance, two areas Pixel phones have been criticized for in the past. The chip itself uses a 1+4+2 CPU setup, combining ARM’s newer C1-series cores with a PowerVR GPU. There’s also a refreshed TPU for AI tasks, the Titan M3 security chip, and notably, a switch to the MediaTek M90 modem.

That last part is important because it means Google may finally be moving away from Samsung’s Exynos-based modem setup, something Pixel users have complained about in the past due to heat and connectivity issues. The MediaTek M90 itself is a newer 5G-Advanced modem introduced in early 2025, and appears to succeed the M80 modem found in the Dimensity 9100.

Google Pixel 11 series specs (rumored)

The regular Pixel 11 is expected to feature a 6.3-inch OLED display with a 60-120Hz refresh rate, HDR brightness up to 2,000 nits, and peak brightness reaching 3,100 nits. Battery capacity is listed at 4,840mAh rated. For comparison, the current Pixel 10 has a rated capacity of 4,835mAh, while the marketed typical capacity sits at 4,970mAh. Camera-wise, the phone is tipped to get a new 50MP main sensor, along with 8GB or 12GB RAM options.

Moving up the lineup, the Pixel 11 Pro and Pixel 11 Pro XL are expected to bring sharper displays with resolutions of 1280×2856 and 1344×2992, respectively. Both panels are also tipped to reach up to 2,450 nits HDR brightness and 3,600 nits peak brightness. RAM options reportedly go up to 16GB, while the camera setup sees upgrades to both the main and telephoto sensors.

As for battery capacity, the Pixel 11 Pro is listed with a 4,707mAh rated cell, while the Pro XL is expected to pack a 5,000mAh battery. The capacities themselves are fairly close to the Pixel 10 series, but the move to the 2nm Tensor G6 chip could still help improve overall battery life and efficiency.

Google is reportedly removing the infrared thermometer and replacing it with a small RGB LED setup called “Pixel Glow.” From what’s being described, it works somewhat like a smaller version of Nothing’s Glyph interface. The previously rumored IR face unlock apparently still isn’t ready for this generation.

Taken together, the Pixel 11 lineup looks less like a dramatic redesign and more like Google refining the experience in areas where previous Pixels fell short: better thermals, improved cellular connectivity.

(Source: Mystic Leaks)

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Sony looks like it’s changing direction a bit with the next Xperia flagship, especially when it comes to zoom photography. Fresh leaks surrounding the upcoming Xperia 1 VIII suggest Sony is moving away from the variable telephoto system used on the Xperia 1 VII.

The details come from listings spotted on Amazon Germany and Amazon UK, reported by NotebookCheck. According to ITHome, the Xperia 1 VIII swaps the previous continuous optical zoom lens for a fixed 70mm telephoto camera with 3x optical zoom.

On paper, that sounds like a downgrade. The Xperia 1 VII could smoothly shift between 85mm and 170mm focal lengths (roughly 3.5x-7.1x), something no phones offer as of early 2026. But Sony seems to be compensating in another area that arguably matters more for everyday use: sensor size.

A much larger telephoto sensor (rumored)

The new telephoto camera is said to use a much larger 48MP 1/1.56-inch sensor, replacing the older 12MP 1/3.5-inch unit. That’s a pretty big jump, and it should help with light capture, detail, and low-light performance. There’s a chance the trade-off could actually work in Sony’s favor.

While the extreme long-range zoom from the older model may be gone, most users could end up getting better-looking photos in the focal lengths they actually use more often. The main and ultra-wide cameras reportedly stay familiar, sticking to 24mm and 16mm equivalents.

Outside the camera system, benchmark listings show the Xperia 1 VIII (Sony XQ-GE54) running Qualcomm’s Snapdragon 8 Elite Gen 5 chip paired with 12GB RAM. Geekbench scores floating around online point to flagship-level performance.

There also seem to be a few design tweaks this time around, including what looks like a more squared-off camera module. At the same time, Sony is apparently keeping some of the things Xperia fans tend to care about, including the 3.5mm headphone jack and the tall cinematic-style display.

Nothing is official yet, but the overall direction is becoming clearer. Sony doesn’t seem interested in chasing the highest zoom numbers anymore. Instead, it looks like the company is trying to improve the kind of shots people take most often, while still keeping that enthusiast-focused Xperia identity intact.

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(Sources: 1, 2, 3)

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