Samsung Galaxy A37 and Galaxy A57 are reportedly launching much earlier next year. In line with this, the two phones have appeared on multipleplatforms so far, confirming ongoing development.
Now, a new report has revealed the possible camera specifications of both the Galaxy A37 and A57. And there’s not much new to the story.
According to the report, the Galaxy A37 will feature a Sony IMX906 main camera, an 8MP Samsung GC08A3 ultrawide sensor, and a 5MP macro lens. The phone will also offer a 12MP camera for selfies and video calls.
Sasmsung Galaxy A56 (left) and Galaxy A36 (right)
As for the Galaxy A57, the model is rumored to come with a 50MP Sony IMX906 main camera, a 13MP ISOCELL S5K3L6 ultrawide sensor, and a 5MP macro shooter. Interestingly, the report mentions that some regions might instead get a 50MP ISOCELL GNJ main camera. Regardless, both sensors share the same 1/1.56-inch size. Selfies are said to be handled by a 12MP ISOCELL S5K3LC sensor.
So, what’s actually changing?
Honestly, not much. The Galaxy A57 has a more or less similar camera setup to last year’s. And while this isn’t necessarily a bad setup, we were hoping Samsung would finally introduce a telephoto lens on its most expensive A-series phone in 2026. Based on this report, though, it doesn’t look like that’s changing anytime soon.
The Galaxy A37, on the other hand, does bring a meaningful ultrawide upgrade, jumping from 8MP to 12MP. The main sensor is also larger, measuring 1/1.96-inch, which should help improve light intake.
Samsung is known for being slow to introduce major hardware upgrades, outside of generational processor changes. The Galaxy S26, for instance, is said to retain the same camera setup Samsung has been using since the Galaxy S23 series.
Anyway, the Galaxy A37 and A57 are expected to launch sometime in January 2026.
For more daily updates, please visit our News Section.
The Snapdragon 8 Gen 5 was announced in November, and the major highlights were the Oryon cores, which were previously exclusive to “Elite” chips. It’s a slightly toned-down version of the Snapdragon 8 Elite Gen 5 chip, but still a flagship SoC with plenty of power and capabilities.
The Snapdragon 8s Gen 4, on the other hand, is also a flagship-grade chipset and the last Snapdragon 8-series chipset to feature ARM cores, at least at the time of writing this post. From the name itself, it’s clear that the 8s Gen 4 sits under 8 Gen 5, but we’re more interested in learning about the performance gap and other major differences. So, let’s dig further to find out.
Let’s begin with the spec sheet:
Snapdragon 8 Gen 5
Snapdragon 8s Gen 4
Announced
November 2025
April 2025
Process node
TSMC’s 3nm (N3P)
TSMC’s 4nm (N4P)
CPU cores
8-core
8-core
CPU cores
2 x 3.8GHz — Oryon (3rd gen) 6 x 3.32GHz — Oryon (3rd gen)
1 x 3.21GHz — Cortex-X4 3 x 3.0GHz — Cortex-A720 2 x 2.8GHz — Cortex-A720 2 x 2.02GHz — Cortex-A720
GPU
Qualcomm Adreno 840 GPU Ray tracing support Snapdragon Elite Gaming features
Qualcomm Adreno 825 GPU Ray tracing support Snapdragon Elite Gaming features
NPU
Qualcomm Hexagon NPU Agentic AI support
Qualcomm Hexagon NPU
Memory
LPDDR5x, up to 4.8GHz
LPDDR5x, up to 4.8GHz
Storage
UFS 4.1
UFS 4.0
Camera
Qualcomm Spectra triple AI ISP (20-bit) Up to 320MP single camera up to 108MP single camera with zero shutter lag up to 48MP triple cameras with zero shutter lag real-time semantic segmentation (limitless) 4K/120fps video recording 1080p/480fps slow-mo video recording
Quacomm Spectra triple AI ISP (18-bit) up to 320MP single camera up to 108MP single camera with zero shutter lag up to 36MP triple cameras with zero shutter lag real-time semantic segmentation (up to 250 layers) 4K/60fps video recording 1080p/480fps slow-mo video recording
Note: The benchmark tests were performed on the OnePlus 15R (powered by the Snapdragon 8 Gen 5) and the iQOO Neo 10 (powered by the Snapdragon 8s Gen 4)
Snapdragon 8 Gen 5 vs 8s Gen 4: Geekbench score
Thanks to powerful Oryon cores, the Snapdragon 8 Gen 5 achieves significantly higher scores on Geekbench than the 8s Gen 4. The single-core score is 2,837, which is 31% higher than the 8s Gen 4’s 2,164 points.
The gap widens further in multi-core performance, with the 8 Gen 5 achieving 9,352 points, while the 8s Gen 4 only manages 6,931 points. That’s an impressive 34% boost for the Gen 5 chipset.
Snapdragon 8 Gen 5
Snapdragon 8s Gen 4
Single core
2,837
2,164
Multi core
9,352
6,931
Snapdragon 8 Gen 5 vs 8s Gen 4: AnTuTu score
The Snapdragon 8 Gen 5 on AnTuTu almost reaches the 3 million mark, whereas the 8s Gen 4 couldn’t surpass 2.4 million in total AnTuTu score. That gives the 8 Gen 5 a 25% boost in the overall score.
The breakdown reveals that the 8 Gen 5’s CPU achieves a 32% higher score (914,878 vs. 688,724) and the GPU performance receives a 22% uplift (799,818 vs. 974,402). The memory and user experience performance also favor the newer chip.
Snapdragon 8 Gen 5
Snapdragon 8s Gen 4
AnTuTu score
2,961,236
2,368,330
CPU
914,878
688,724
GPU
974,402
799,818
Memory
382,729
359,695
UX
689,228
520,093
So, the Snapdragon 8 Gen 5 easily outperforms the 8s Gen 4 on synthetic benchmarks. In the real world, the results are mostly the same.
Beyond performance, these benchmarks do not reveal many details. So, let’s look at the major differences to get a better picture.
The newer 8 Gen 5 uses the advanced 3nm (N3P) process node from TSMC, which offers better performance and power efficiency compared to TSMC’s 4nm (N4P) node used for 8s Gen 4. The chip also benefits from powerful third-gen Oryon cores, the same cores from the top-tier Snapdragon 8 Elite Gen 5 flagship.
The 8 Gen 5’s octa-core CPU has two prime cores clocked at 3.8 GHz and six performance cores at 3.32 GHz. In contrast, the 8s Gen 4 features one prime Cortex-X4 core at 3.21 GHz, five performance Cortex-A720 cores (three at 3.0 GHz and two at 2.8 GHz), and two power-efficient Cortex-A720 cores at 2.02 GHz. The 8 Gen 5 not only benefits from higher CPU speed, but the Oryon cores are also more powerful and power-efficient than 8s Gen 4 cores, which also reflects in the benchmark score.
The two Snapdragon chips also differ in terms of GPU capabilities. For instance, the 8 Gen 5 rocks an Adreno 840 GPU, offering smoother gaming performance and better power efficiency compared to the Adreno 825 GPU on the 8s Gen 4. Furthermore, the chip offers newer versions of the gaming features as part of Snapdragon Elite Gaming suite.
The Snapdragon 8 Gen 5 and 8s Gen 4 feature dedicated Qualcomm Hexagon NPUs and Qualcomm AI Engine for advanced AI capabilities. The 8 Gen 5 also offers agentic AI capabilities and integrates hardware matrix acceleration.
The newer Snapdragon chip also excels in network and connectivity, as it features a newer modem with higher download and upload speeds. It also leads the camera aspect with advanced video recording capabilities and limitless semantic segmentation.
Snapdragon 8 Gen 5 vs 8s Gen 4: Which chip should you choose?
Whether big or small the differences are, the Snapdragon 8 Gen 5 outperforms the 8s Gen 4 in almost every aspect. So, if you’re a power user with gaming being a primary concern, the 8 Gen 5 is a no-brainer pick. That said, the 8s Gen 4 isn’t bad for gaming, but the newer chip offers better performance.
If extensive gaming sessions aren’t your thing, the Snapdragon 8s Gen 4 won’t disappoint you. In fact, most users wouldn’t even notice a performance gap on day-to-day tasks like browsing the internet, scrolling through social media apps, and playing videos.
A fresh concept design called the Pixel Duo imagines a smartphone that ditches the usual. Instead of a single display on the front, this model features two distinct screens that deliver different visual experiences. So here’s what makes this phone so unique.
Pixel Duo: New Concept Phone With Dual Front Displays
Even with a typical dual display smartphone, one screen is the primary panel with a secondary one usually being housed on the outside/back as a cover panel. But with the Pixel Duo concept, both displays have moved to the front, creating a unique dual screen layout. However, this isn’t even the wackiest bit yet. One of the screen is a conventional LCD panel, although it is the smaller of the two (3.5 inches). The much larger 5.2-inch screen is an E-ink display.
Pixel Duo Concept Smartphone with Dual Front Displays
The 3.5-inch IPS panel carries a 1280 x 800 pixel resolution and a 120Hz refresh rate. Meanwhile, the 5.2-inch E-ink has a 1300 x 838 pixel resolution. If you’re unfamiliar with the E-ink tech, this screen only shows content in the grayscale. You’ll often find this display technology being used in e-books.
So this will offer a more natural reading experience to the users. On the other hand, the LCD panel allows a better experience when using the camera (as a viewfinder and to view the captured pictures and images). We can expect an impressive battery life experience as well considering how the E-ink display is more energy efficient compared to typical screens. Keep in mind that this is still just a concept phone, so it’s unclear if such a device will ever see a commercial release.
For more daily updates, please visit our News Section.
Samsung is reportedly preparing a notable shift in its foldable strategy for 2026. New leaks suggest the company could align some of its upcoming Galaxy Z Fold designs with Apple’s long-rumored foldable iPhone.
According to reports, Samsung plans to launch two Galaxy Z Fold models next year. One of them is said to feature a noticeably wider form factor, similar to what Apple is expected to use for its first foldable iPhone.
This alleged Galaxy Z Fold Wide is tipped to use a near 4:3 aspect ratio when unfolded. The inner display is said to measure around 7.58 inches, offering a more square, tablet-like experience. The wider layout could make multitasking and app scaling more comfortable, especially for productivity-focused users.
When closed, the device would also be wider than current Galaxy Z Fold models. This approach is closer to designs seen on the original Pixel Fold and Oppo Find N, rather than Samsung’s tall and narrow Fold series so far.
Reports also suggest Samsung could introduce a third foldable in 2026. This version may feature a 7.6-inch inner display with a similar 4:3 ratio and a much wider outer screen, potentially around 5.4 inches. If accurate, it would be significantly broader than the cover display on the upcoming Galaxy Z Fold 8.
All three foldables are expected to arrive in the second half of 2026, possibly around the same time Apple debuts its own foldable device.
Design changes may not be the only overlap. Samsung is also rumored to be upgrading wireless charging speeds across its premium lineup. The Galaxy Z Fold Wide is said to support upgraded 25W wireless charging, which would be the fastest seen on a Galaxy foldable so far.
This would bring Samsung in line with Apple’s current wireless charging speeds, already supported by recent iPhones using Qi2-compatible chargers. The Galaxy S26 Ultra is also expected to receive the same 25W wireless charging upgrade.
For now, these details point to a more aggressive strategy from Samsung as it prepares for increased competition in the foldable market—especially if Apple enters the space in 2026.
Mini PCs are evolving rapidly. The category is no longer limited to compact, office-focused systems, with upcoming designs aiming at gaming, AI workloads, and modular computing.
Over this year, several companies have previewed next-generation mini PCs through early showcases, technology summits, and brand presentations, revealing bold form factors, powerful chipsets, and unconventional cooling approaches. Some concepts prioritize extreme compactness, while others push raw performance closer to full-size desktops.
Based on confirmed specifications, official previews, and early disclosures, these are the most promising mini PCs you can wait for in 2026.
Qualcomm revealed two experimental Snapdragon X2 mini PC reference designs during the Snapdragon Summit. The first is a circular model that looks like a frisbee. It features the new Snapdragon X2 Elite Extreme chip, with 12 Prime cores clocked up to 5.0GHz and six performance cores at 3.6GHz. The total 18-core configuration supports up to 228 GB/s memory bandwidth.
This saucer-shaped PC is milled from metal, finished in Snapdragon red, and includes USB-C, a headphone jack, and barrel power input. It also runs fanless thanks to Frore Systems’ AirJet cooling technology, which uses piezoelectric membranes instead of fans.
Image credit: Future
The second model is a square-shaped module that docks directly into a monitor base. It uses the same chipset and includes two Type-C ports and a 3.5mm jack. This all-in-one design allows users to swap out the computing module while keeping the monitor.
Qualcomm confirmed that at least three Taiwanese OEMs are working on Snapdragon X2-based systems. These reference designs may never become retail products, but they showcase what ARM PCs could look like in the near future.
2. Thunderobot Mix G2
Thunderobot plans to launch the Mix G2 mini PC globally at CES 2026. This compact 3.2-liter system includes Intel’s Core Ultra 9 275HX processor and Nvidia’s GeForce RTX 5090 Laptop GPU. The processor supports 24 cores and 24 threads, while the GPU brings 24GB of GDDR7 memory and up to 1824 TOPS of AI performance.
Thunderobot targets gamers and content creators with this high-end configuration. The Chinese version already launched with up to 64GB RAM and prices starting at around $3,800. Global pricing and region availability will be announced during CES.
The AtomMan G1 Pro is a vertical gaming mini PC powered by AMD’s Ryzen 9 8945HX processor and a 145W GeForce RTX 5060 GPU. The system has a 3.8-liter chassis and features a built-in 350W power supply and a high-efficiency dual-fan Glacier cooling system.
The G1 Pro supports up to 96GB of DDR5 memory, two PCIe 4.0 SSD slots, and up to four 4K displays. It includes dual HDMI, DisplayPort 2.1, 5GbE LAN, USB-C, Wi-Fi 7, and Bluetooth 5.4.
The mini PC is currently available for pre-order, with prices starting at $1,430. Shipments are expected to begin in early January.
Gmktec showcased the Evo-T2 at Intel’s 2025 conference in China. The system is powered by Intel’s Panther Lake H 12Xe3 chip, which uses the 18A process and includes 12 Xe3 GPU cores. It also delivers up to 180 TOPS of AI performance.
The Evo-T2 supports up to 128GB of LPDDR5X-10677 memory and 16TB of total storage across two M.2 slots. It includes front-facing USB-A and USB-C ports along with a 3.5mm jack. Full I/O and pricing are expected to be announced in Q1 2026.
FEVM already launched its FAEX1 mini PC in China with the Ryzen AI Max+ 395 processor. The 16-core chip supports 128GB of LPDDR5X-8533 memory and integrates the Radeon 8060S GPU, which performs similarly to an RTX 4070 Laptop GPU.
The FAEX1 includes three M.2 PCIe 4.0 SSD slots, a 10 GbE and a 2.5 GbE Ethernet port, and external GPU support via OCuLink and USB4. It also includes HDMI 2.1, DisplayPort 2.0, an SD card reader, stereo speakers, and Wi-Fi 7.
The base model, which comes with 64GB of RAM, is priced at 10,999 yuan in China, roughly $1,550. There is no word yet on global availability, though it may appear on AliExpress later on.
6. Minisforum MS-02 Ultra
Minisforum MS-02 Ultra is a relatively recent launch, so we are adding this to the list as well. It is a compact 4.8-liter desktop that supports up to 256GB of DDR5 ECC memory, four M.2 SSDs, and three PCIe expansion slots. The system is powered by an Intel Core Ultra 9 285HX mobile processor, featuring 24 cores and a boost clock of up to 5.5GHz.
The system includes a 350W internal PSU and a slide-out chassis for easy upgrades. The cooling system features six heatpipes and dual fans. Networking includes dual 25 GbE SFP+ ports, 10 GbE and 2.5 GbE RJ45, and Wi-Fi 7.
Models start at $1,199 for barebones and go up to $2,899 for 192GB RAM and 2TB SSD configurations. The 192GB variant will start shipping from December 25th this year.
Yesterday, the upcoming OnePlus Turbo smartphone surfaced on Geekbench, and it has now appeared on AnTuTu as well. As expected, the latest listing sheds light on key hardware specifications while also revealing the phone’s overall performance output. At the same time, reliable tipster Digital Chat Station has shared additional information, which also hints at the existence of another OnePlus Turbo-series device currently in development.
The AnTuTu listing of the OnePlus Turbo (model number PLU110) reveals that the device will be powered by the Snapdragon 8s Gen 4 chipset and paired with LPDDR5X RAM and UFS 4.0 storage. It also confirms the presence of a high-refresh-rate display, with the phone expected to support up to a 165Hz refresh rate.
In terms of benchmark results, the OnePlus Turbo managed to achieve an overall AnTuTu score of 2,609,327. Breaking this down, the score is made up of individual results across different tests, including strong numbers in CPU, GPU, memory, and user experience evaluations. In other words, the final tally reflects combined scores of 847,590 for CPU performance, 846,597 for graphics, 347,105 for memory, and 568,035 in UX-related tests, highlighting balanced performance across all areas.
According to Digital Chat Station, the OnePlus Turbo will feature a 6.78-inch flat LTPS OLED panel supplied by BOE, offering a 1.5K resolution and a 165Hz refresh rate. The phone is said to arrive in multiple configurations, ranging from 12GB RAM with 256GB storage to a top-end 16GB RAM and 512GB storage variant. It is also expected to launch in China in colour options such as Unique Black, Ocean Green, and Light Chaser Silver.
Other reports suggest that the device will house a massive 9,000mAh battery with fast charging support, a metal middle frame, and an ultrasonic in-screen fingerprint sensor. Despite the large battery, the phone is tipped to weigh around 217 grams.
Interestingly, DCS has also hinted at another OnePlus Turbo-series phone with V-branding. This model is expected to feature a Snapdragon 7-series chipset, a 165Hz display, and a large battery, with colour options likely to include Unique Black, Nova White, and Fearless Blue. More details on this variant are expected to surface soon.
The OnePlus Turbo is expected to hit the Chinese market in January 2026. A recent report claims that it will also release globally.
For more daily updates, please visit our News Section.
OnePlus has begun rolling out OxygenOS 16.0.2.400 for the OnePlus 13s in India through an incremental deployment, with broader availability expected within days.
OnePlus 13s
AI and Storage Management
The update integrates storage cleanup tools into Smart Sidebar, enabling users to manage device storage without navigating through settings menus.
Interface and Customization Improvements
Users gain enhanced control over home screen organization. Resized app icons and shortcuts can now be rearranged through drag-and-drop functionality. App clone icons support resizing and shortcut additions. The update introduces 2×1 widget stacking, maximizing home screen space efficiency.
Circle to Search activation has been refined in gesture navigation mode, allowing feature access even when the gesture guide bar is hidden by touching its typical location.
Camera and Photos Enhancements
The Camera app adds a “Neon” filter replicating CineStill 800T film characteristics, designed for atmospheric night portraits. The Photos app introduces new filtering options for Motion Photos, screenshots, screen recordings, and edited content. Thumbnail loading speeds have improved through updated parsing methods.
Security and Privacy Updates
Private Safe now supports direct editing of images and videos without requiring unlocking. Phone Manager introduces automatic blocklist updates over Wi-Fi and mobile data through opt-in prompts, enhancing spam detection and protection efficiency.
The update incorporates December 2025 Android security patches.
Indian users can submit device issues through the OnePlus Community App’s Bug Report section or by dialing *#800# to access the feedback tool. Users can check for updates through Settings > System > System updates if they haven’t received the installation notification.
Oppo has started teasing the Reno 15 series of smartphones. In a new press release, the brand has revealed that the country will be treated with Reno 15 models, such as the Reno 15 Pro, Reno 15 Pro Mini, and Reno 15. Continue reading ahead to know the official about their design, build, durability, and display.
Oppo Reno 15 Pro, Reno 15 Pro Mini design and display details
Oppo Reno15 Pro – Sunset GoldReno15 Pro – Cocoa Brown
The Oppo Reno 15 Pro is positioned as the most premium offering in the lineup, featuring a one-piece sculpted glass rear enhanced by HoloFusion technology. It will be available in Sunset Gold and Cocoa Brown shades and features a Dynamic Stellar Ring camera layout. Despite its slim 7.65mm profile, the phone weighs around 205 grams and uses an aerospace-grade aluminium frame combined with Oppo’s All-Round Armour Body and Sponge Bionic Cushioning for improved drop resistance.
The front houses a 6.78-inch AMOLED panel with ultra-thin 1.15mm bezels, a 95.5 percent screen-to-body ratio, FHD+ resolution, 10-bit color depth, and an adaptive refresh rate of up to 120Hz. Brightness levels go up to 3,600 nits at peak, while Corning Gorilla Glass Victus 2 protects the display.
Oppo Reno 15 Pro – Mini Glacier WhiteOppo Reno15 Pro Mini – Cocoa Brown
The Reno 15 Pro Mini caters to users looking for a more compact device without compromising on premium materials. It comes in Cocoa Brown and Glacier White, with the latter featuring a 3D ribbon texture created using HoloFusion. The device measures 7.99mm thick, weighs about 187g, and retains the same reinforced internal structure and aluminium frame as the Pro model. Its 6.32-inch AMOLED display offers FHD+ resolution, 10-bit color, up to 120Hz adaptive refresh rate, and peak brightness reaching 3,600 nits. Protection is handled by a combination of Corning Gorilla Glass 7i and AGC DT-STAR D+, while ultra-slim bezels as narrow as 1.6mm help achieve a 93.35 percent screen-to-body ratio.
The standard Oppo Reno 15 focuses on balanced proportions and nature-inspired aesthetics. It will be offered in Glacier White, Twilight Blue, and Aurora Blue color options, with thickness varying slightly depending on the finish. The phone weighs roughly 197 grams and carries forward the same reinforced chassis, cushioning system, and aluminium frame used across the series. On the front, it sports a 6.59-inch AMOLED screen with FHD+ resolution, 10-bit color, and an adaptive refresh rate reaching 120Hz. The display supports brightness levels of up to 1,200 nits in bright outdoor conditions and is protected by Corning Gorilla Glass 7i.
Across the lineup, Oppo has prioritized durability and long-term reliability. All three models feature IP66, IP68, and IP69 ratings for dust and water resistance, along with a platinum-coated USB port designed to resist corrosion. The all-round armor body and sponge bionic cushioning are standard, aiming to improve impact absorption without adding excessive bulk.
While Oppo has not officially confirmed the launch timeline, the Reno 15 series is widely expected to debut in multiple Asian markets, including India, in January 2026. In India, it will be sold through Amazon, Flipkart, Oppo India’s online store, other leading online platforms, and offline stores.
For more daily updates, please visit our News Section.
The Xiaomi 17 Ultra is all set to be unveiled on Dec. 25 in China. Ahead of the launch, the brand has been busy confirming key details about the upcoming flagship. Today, Xiaomi shared official information about its 200-megapixel periscope telephoto camera, which is positioned to deliver a standout optical zoom experience and redefine smartphone telephoto photography.
Leica 200MP continuous optical zoom explained
Xiaomi 17 Ultra – 200MP periscope telephoto camera
At the centre of the Xiaomi 17 Ultra’s camera system is a Leica-engineered 200-megapixel periscope telephoto lens that supports a continuous focal range from 75mm to 100mm. Unlike conventional smartphone telephoto cameras that rely on digital cropping between fixed focal lengths, this solution delivers full 200-megapixel optical output throughout the zoom range.
Xiaomi says this is the first smartphone lens to achieve this while also securing Leica APO optical certification, which focuses on advanced colour correction and reduced chromatic aberration. The lens uses a complex 3G plus 5P dual floating lens structure, allowing internal lens groups to move with precision to achieve true optical zoom in a compact form factor.
According to Xiaomi executives, this design follows the same optical principles seen in professional camera zoom lenses rather than standard periscope implementations, helping preserve detail and colour accuracy across commonly used telephoto focal lengths.
Xiaomi 17 Ultra camera samples
Xiaomi has shared camera samples comparing the Xiaomi 17 Ultra with rival smartphones at focal lengths such as 75mm, 85mm, 90mm, and 100mm. The samples suggest improved sharpness, richer fine detail, and more natural color reproduction, with reduced reliance on aggressive image processing. This approach also benefits portrait photography by delivering consistent background compression without digital interpolation.
Alongside the telephoto camera, the Xiaomi 17 Ultra will feature a new Leica one-inch primary sensor known as the OmniVision Light Fusion 1050L. It introduces LOFIC ultra-high dynamic range technology to better handle highlights and shadows in high-contrast scenes. Xiaomi has also confirmed that this will be its slimmest Ultra phone yet at 8.29mm. Pricing is expected to rise due to higher component costs, though the company maintains that the overall experience will justify it.
For more daily updates, please visit our News Section.
Samsung’s upcoming Galaxy S26 series could see another chipset split, and one detail about the Exynos option is already drawing attention. The Galaxy S26 and S26+ models are already expected to ship with Samsung’s new Exynos 2600 processor, at least in South Korea. It’s notable for being Samsung’s first 2nm smartphone chip, but it reportedly comes with a trade-off: an external modem.
Tipster Erencan Yilmaz claimed that the Exynos 2600 does not include an integrated cellular modem. Instead, it is said to rely on a separate modem, believed to be the Exynos 5410. A Samsung Semiconductor official has already confirmed to Android Authority that the 2nm-based chip indeed uses an external modem.
Most modern smartphone chips, including the Exynos 2400 and Exynos 2500, use integrated modems. Keeping the modem on the same die reduces data travel and helps limit power draw and heat, especially during mobile data use.
External modems are typically less efficient. Qualcomm’s Snapdragon 865 in 2020 followed a similar approach, and it was often criticized for higher power consumption during connectivity-heavy tasks. If the same applies here, Exynos-powered Galaxy S26 models could see slightly higher battery drain when using mobile data, calls, or hotspot features. Whether this external solution will behave differently from the integrated solution of the Snapdragon variants—especially in weak signal conditions—remains to be seen.
The Exynos 2600 is based on Samsung’s new 2nm process node, and opting for an external modem instead of integrating it into the main chip is seen as a potential cost-saving move. As Android Authority notes, the external design may help Samsung manage yields while freeing up space for other components.
Samsung hasn’t detailed how this setup will affect real-world battery life. That will only become clear once Exynos-equipped Galaxy S26 devices hit the market early next year. For now, Snapdragon variants may remain the safer choice for users who prioritize connectivity efficiency.
As usual, final judgments will depend on execution, not just specifications.
Samsung has quietly hired a senior executive with a long background at AMD and Intel, signaling a renewed push to improve its in-house Exynos processors.
John Rayfield, previously a Corporate Vice President at AMD, recently updated his LinkedIn profile to confirm that he joined Samsung about two months ago. He is now serving as Senior Vice President of the Advanced Computing Lab (ACL) at the Samsung Austin Research Center (SARC) in Texas.
Rayfield brings decades of experience in chip design and system architecture. Before joining Samsung, he held senior roles at AMD, Intel, Arm, Imagination Technologies, and NXP Semiconductors. At AMD, he worked closely with Microsoft on Copilot+ PCs powered by the Ryzen AI 300 series. Earlier, he led Intel’s Client AI and Visual Processing Unit (VPU) IP divisions, focusing on graphics, AI acceleration, and compute architecture.
Samsung’s Exynos chips have faced criticism in recent years. Models like the Exynos 990 and Exynos 2200 often lagged behind Snapdragon alternatives in performance and efficiency, particularly in graphics and sustained workloads. The company has since increased investment in internal silicon development to narrow that gap.
Rayfield’s role will reportedly involve overseeing GPU development, SoC architecture, and system IP research—areas that have traditionally been weaker points for Exynos. The ACL team under his leadership is focused on delivering practical improvements in gaming performance, AI workloads, and power efficiency.
The move comes as Samsung prepares future flagship chips, including the recently announced Exynos 2600, built on a 2nm process. While Rayfield’s impact will likely take time to materialize, the hire suggests Samsung is serious about strengthening Exynos and reducing its reliance on Qualcomm over the long term.
For Galaxy users, that could eventually mean more consistent performance across regions—but meaningful results are likely still a few product cycles away.
Some Galaxy A34 owners are reporting an unusual streaming bug following a recent security update, with high-definition video playback breaking when USB-C audio accessories are connected.
The issue appears to affect users mainly in parts of Latin America, including Brazil. According to user reports, video quality drops sharply when streaming content through apps like Netflix while using USB-C headphones or adapters. Without anything plugged into the USB-C port, playback works as expected.
Several affected users say the problem only occurs when audio is routed through the wired connection. Once headphones are connected, video becomes heavily compressed or pixelated, even when the internet connection is stable. Switching to Bluetooth headphones reportedly avoids the issue.
The bug may be linked to Widevine DRM
Early investigation suggests the bug may be linked to Widevine DRM, which controls whether a device can stream content in HD or Full HD. When the system fails to verify Widevine L1 support, playback falls back to Widevine L3, limiting streams to standard definition. In this case, the verification process appears to fail when USB-C audio is in use.
The Galaxy A34 is powered by a MediaTek chipset, and similar Widevine-related issues have been documented in the past on other MediaTek-based devices. A GitHub report referencing a comparable bug points to a possible certification or handshake problem introduced by a recent software update.
For now, there is no permanent fix. Users are either avoiding wired headphones or accepting lower-quality video playback. The issue will likely require a software update to restore proper Widevine L1 functionality. Until then, affected users are encouraged to report the bug through Samsung Members to help push the issue higher on Samsung’s priority list.
The Galaxy A34 remains a popular mid-range phone, but this bug is a reminder that even routine security updates can sometimes bring unintended side effects.
Samsung may be stepping back from the ultra-thin smartphone trend sooner than expected. According to recent reports, the company has halted development of a follow-up to the Galaxy S25 Edge. The reason is said to be weak sales and limited consumer interest in the ultra-thin design.
Earlier rumors suggested Samsung was considering replacing the Galaxy S26+ with a refreshed Edge model in 2026. Those plans later shifted to a more cautious wait-and-see approach. Now, sources indicate the project has been scrapped altogether.
The Galaxy S25 Edge focused heavily on achieving an ultra-slim profile. That design choice came with major trade-offs. Battery life from the 3,900mAh unit drew criticism for falling short in day-to-day use.
Another compromise of the slim design is camera versatility. The S25 Edge lacks a telephoto lens, while the iPhone Air only manages to pack a single rear sensor. Taken together, additional lenses, full-day battery life, and better heat dissipation appear to matter more to buyers than an ultra-slim and lightweight design.
According to a report from October, Apple scaled back production of the iPhone Air by one million units. With no strong push from its main rival, Samsung may see little reason to invest further in a niche category with limited demand.
While a larger battery was said to be under consideration for a next-generation Edge model, it remains unclear whether that would have been enough to offer full-day battery life and change buyer sentiment. For now, Samsung is expected to focus on more balanced flagship designs.
The situation points to a broader industry shift. While ultra-thin phones attract attention, consumers continue to prioritize battery life, performance, and overall usability. If current trends hold, 2026 could mark a pause—or an end—to the ultra-thin flagship experiment for both Samsung and Apple.
Caviar, the luxury customization brand known for turning tech into extravagant art pieces, has unveiled a new conceptual holiday gift set called Billionaire’s Surprise. The company has designed this limited-edition item as a high-end collectible for wealthy buyers, combining premium Belgian chocolate with a custom gold smartphone, mostly iPhones. The set starts at $12,000.
The centerpiece of the set is a large handcrafted chocolate egg made with whole Trebizond hazelnuts and coated in an edible gold glaze. Inside the egg is a solid gold key that unlocks a separate case containing a personalized Caviar smartphone from its Gold Collection.
Caviar says the concept focuses on anticipation and surprise. The recipient cracks open the egg without knowing the exact phone model inside the case. The company presents this experience as a luxury ritual, where the suspense and reveal matter more than the product itself.
Each Billionaire’s Surprise set includes the chocolate egg, a box with the gold key, a custom gold smartphone, and Caviar’s signature packaging in dark blue. The exterior packaging uses textured surfaces and a heavy design to emphasize exclusivity. The smartphone model is chosen in advance but remains hidden during the unboxing experience.
Caviar says the chocolate eggs are not mass-produced and will only be available in three units globally. The brand previously released gold-covered gadgets and modified iPhones, but this marks its first attempt at combining gourmet elements with technology in a single gift set.
The price of $12,000 covers the entire experience, including the chocolate egg and the custom. Final pricing may vary depending on the phone model selected. Caviar has positioned this creation as a holiday gift for affluent collectors or individuals looking for a highly curated luxury experience.
Chinese telco operator China Unicom has launched a new tablet called the Cloud AI Pad. It’s a 5G tablet that runs both Android and Windows environments, but with a catch.
At first glance, the Cloud AI Pad has fairly standard hardware. It features a 12.2-inch LCD screen with a resolution of 2160 × 1440. The front also has an 8-megapixel camera, while the back houses a 13-megapixel shooter.
Under the hood, the tablet runs on the Unisoc T9100. The T9100 is built on TSMC’s 6nm process and uses an eight-core CPU with a 1+3+4 tri-cluster layout. That includes one 2.7GHz Cortex-A76 core, three 2.3GHz A76 cores, and four 2.1GHz Cortex-A55 efficiency cores. Graphics are handled by a Mali-G57 MC4 GPU running at 850MHz.
The chip supports LPDDR4X memory, UFS 3.1 storage, and an integrated 5G full-mode baseband, which pairs with the tablet’s 5G eSIM that can be activated online. There’s also a built-in NPU rated at 8 TOPS for AI features.
China Unicom ships the Cloud AI Pad with 6GB of RAM and 128GB of storage, an 8000mAh battery, and 18W wired charging. The company claims up to 10 hours of continuous video playback.
The dual OS system
Among all, what makes the tablet unique is its software. The tablet boots on Android by default. However, you can switch to a Windows environment in the cloud by pressing the F9 button on the keyboard accessory. And yes, that’s where it gets its name, Cloud AI Pad.
It’s effectively two systems on one device, stitched together by cloud computing. The keyboard also has a dedicated AI key to wake up an AI assistant powered by Unicom’s Yuanjing large model.
The Cloud AI Pad is listed on JD.com for 1,799 yuan.
Casio’s G-Shock continues to be one of the most beloved watch families for its durability, design diversity, and collector appeal. As we look toward 2026, several fresh models and collaborations are already being teased or revealed in fresh leaks, ranging from full-metal premium timepieces to fun limited editions tied to global brands. So if you’re looking forward to Casio’s new 2026 watch lineup, here are a few upcoming models to look out for.
Casio is rumored to be working on a premium new watch that could get a multicolored hue to its metallic shine. Following the launch of the GMW-BZ5000, the popular watch maker is reportedly preparing to release a new GMW-BZ5000RC-1 model, which could be a rainbow ion plated version. This limited edition will add a bold gradient finish to the already modern classic silhouette of the 5000 series, blending premium materials with eye-catching style.
It will also bring a full metal case with premium features that likely include Tough Solar power, Bluetooth connectivity, and Multi-Band 6 radio timekeeping. The original GMW-BZ5000D came with a black and gold ion plated variant recently, so the new limited edition model adds a bold new finish, which is likely aimed at collectors and enthusiasts.
2. G-Shock x Coca-Cola CasiOak
Casio x Coca-Cola G-Shock Watch Collaboration
For collectors and fans of quirky collaborations, one of Casio’s 2026 lineup might be the perfect fit. Casio and Coca-Cola previously teamed up on limited editions, and leaked info suggests a follow-up model. Reportedly, the next model in the series is the GA-2100CC-3A with design cues inspired by Coca-Cola’s classic branding and the iconic green glass bottle aesthetic for the popular CasiOak watch. These kinds of collaboration models generally focus on eye-catching design details, co-branded packaging, and collectible appeal rather than major technical upgrades. But this helps it stand out from a traditional watch.
3. Japanese shochu meets Casio G-Shock
Casio x iichiko Super (GM-5600U)
The Coca-Cola edition CasiOak isn’t the only collaboration in the works, as a recent leak hints at another partnership for a special edition G-Shock watch. Casio is apparently joining hands with Japanese shochu label iichiko Super, which is built on the GM-5600U square. Based on the leaked images, there is a stainless steel bezel, a negative digital display and a custom strap with a red stripe and blue tip with iichiko Super’s bottle colors. The strap even carries the Japanese spirit makers’ logo. Expect limited quantities and a distinct design that celebrates both brands’ identities.
4. Speed meets precision with Casio x Honda
Casio Edifice x Honda ECB-2300HR-1AJR
While not strictly G-Shock, the Edifice x Honda collaboration (ECB-2300HR-1AJR) is part of Casio’s broader 2026 wristwear lineup and worth mentioning for its premium build and racing-inspired design. Officially listed in Japan with a March 2026 release and a price tag around ¥66,000 (~$426), this limited edition draws on the story of Honda’s historic motorsport achievements. Edifice models blend precise chronograph functionality with bold aesthetic nods to automotive heritage, making them a strong choice for fans of performance-inspired timepieces.
For more daily updates, please visit our News Section.
Samsung is about to become Apple’s go-to memory supplier again, and yes, the ongoing memory shortage is to blame here.
According to a report from South Korea, Apple is reportedly placing a massive order for Samsung memory chips for the iPhone 18 series because Apple’s current suppliers (SK Hynix and Micron) are focusing more on high-bandwidth memory (HBM) production used in data centers rather than the LPDDR memory it uses for iPhones.
If you are unaware, high-bandwidth memory is in huge demand thanks to AI accelerators from companies like NVIDIA. And it’s not just demand, but these AI companies are also paying extra to secure the deal of HBMs to be used in their data centers.
As a result, memory makers are shifting production away from low-power LPDDR memory and toward HBM that goes into servers. And that shift is now squeezing Apple and every other smartphone maker, for that matter.
Samsung to the rescue
That leaves Samsung as Apple’s most reliable option. According to the report, Samsung is expected to secure around 60 to 70 percent of Apple’s memory chip orders for the iPhone 18 lineup.
Apple ships roughly 230 million iPhones every year and demands both price stability and guaranteed supply at scale. With SK Hynix and Micron prioritizing higher-margin AI memory, Samsung is now the only supplier with the capacity and willingness to meet those requirements.
There’s also a hint of déjà vu here. More than a decade ago, during Apple and Samsung’s high-profile patent battles, Apple deliberately reduced its dependence on Samsung and shifted more memory orders to SK Hynix. Now, with market dynamics flipped, Samsung is once again emerging as Apple’s go-to partner.
That doesn’t mean Samsung will handle everything. Around 30 to 40 percent of Apple’s memory orders are still expected to be split between SK Hynix and Micron, allowing Apple to maintain its long-standing multi-supplier strategy.
For more daily updates, please visit our News Section.
Realme has officially confirmed the launch of its 16 Pro series in India on January 6, 2026. The company revealed camera specifications and design details for the lineup today, positioning the 16 Pro+ as a “200MP Portrait Master.”
Official Design Details
According to realme, the series features Urban Wild Design created in collaboration with designer Naoto Fukasawa. The company states this design blends natural textures with modern urban aesthetics to help users find their “field of freedom” in city life.
Realme confirms the phones use industry-first bio-based organic silicone material with handcrafted curves and luxury finishing techniques. The company is offering four colors: Master Gold, Master Grey, Camellia Pink, and Orchid Purple.
Camera Specifications Announced
Realme revealed the series includes a 200MP LumaColor Camera designed for high-definition portraits with clarity, depth, and natural color expression. The company says the camera handles detailed group shots, solo portraits, and stage photography across multiple focal lengths with refined bokeh and accurate skin tones.
The brand is debuting its proprietary LumaColor IMAGE technology globally on this series. Realme describes it as a self-developed portrait imaging system that intelligently balances light and color for natural, expressive portraits across diverse environments.
Realme announced it has established the LumaColor IMAGE LAB in collaboration with TÜV Rheinland to ensure consistent and accurate color performance.
The company states the 16 Pro series continues its Number Series legacy by combining premium design with advanced imaging experiences for young users. Full specifications, pricing, and availability will be announced at the official launch event on January 6, 2026.
For more daily updates, please visit our News Section.
While the iPhone 17 series only recently hit the market, early leaks around Apple’s 2026 flagships are already starting to surface. A recent leak hinted at an unconventional hole-punch camera placement for the iPhone 18 Pro models. However, the latest leak suggests fans hoping for a dramatic redesign may want to temper their expectations.
According to Chinese leaker Fixed Focus Digital, the iPhone 18 Pro and Pro Max are unlikely to see any major exterior changes. The rear design, in particular, is said to remain largely unchanged, with Apple sticking to a familiar camera layout and overall look.
As for the rumor surrounding the introduction of under-display tech and the removal of the Dynamic Island, the latest report casts doubt on the timeline. Realistically, Apple is likely to preserve something “groundbreaking” for its 20th anniversary iPhone, set to arrive in 2027. So, if the 2026 iPhones appear as a minor refresh over the newly redesigned iPhone 17 lineup, it wouldn’t be too surprising. Apple is likely to continue using the current pill-shaped cutout design for at least another generation, while the UDC tech it’s known to have been working on for a while gets some final refinement.
That said, this is still very early in the product cycle. There’s still plenty of time before the 2026 iPhones enter mass production, a phase when supply chain details typically become clearer. Until then, plans could still change.
For now, the leak points to another evolutionary update rather than a visual overhaul—something Apple has leaned on repeatedly in recent years.
Xiaomi is set to launch the Xiaomi 17 Ultra on December 25th in China. It’s the company’s top-of-the-line phone and will compete with the iPhone 17 Ultra and the upcoming Samsung Galaxy S26 Ultra. And this year, Xiaomi is doing everything it can to stay ahead in the competition.
Here’s everything you need to know about the Xiaomi 17 Ultra ahead of its launch this Thursday.
Xiaomi 17 Ultra launch teaser
A new phase of Xiaomi × Leica
Xiaomi has worked with Leica for several years, but the Xiaomi 17 Ultra is the first phone built under what the company calls a “strategic co-creation model.” In simple terms, Leica now participates in the earliest stages of development instead of stepping in at the end to tune colors and image profiles.
According to Xiaomi, this deeper collaboration has influenced sensor selection, lens design, and the overall camera system layout. The company says its goal is to deliver noticeable improvements in night photography and telephoto performance.
A new 1-inch main camera sensor
At the center of the Xiaomi 17 Ultra’s camera system sits a new 1-inch main sensor called the OmniVision OV50X. This flagship sensor, developed in China, includes third-generation LOFIC (Lateral Overflow Integration Capacitor) technology.
Xiaomi 17 Ultra camera samples
LOFIC improves dynamic range by handling bright and dark areas more effectively within the same frame. Xiaomi says this will be especially useful in challenging scenes such as fireworks, night cityscapes, or indoor shots with harsh lighting. In theory, it should reduce blown-out highlights while preserving shadow detail.
A single, more capable telephoto camera
The biggest change, however, comes to the telephoto system.
Instead of using two separate telephoto lenses like the Xiaomi 15 Ultra, the Xiaomi 17 Ultra switches to a single 200-megapixel periscope telephoto camera. Samsung supplies the sensor, which measures 1/1.4 inches and pairs with Leica APO-certified optics and a lens module that is 35 percent larger than before.
What makes this camera particularly interesting is its continuous optical zoom capability. A camera app screenshot revealed in a previous report shows that the phone can perform smooth optical zoom between 3x and 4.3x, covering focal lengths of roughly 70mm to 100mm.
Xiaomi 17 Ultra camera UI
Rather than switching between fixed lenses or relying on digital zoom in between, the system appears to physically adjust its optics to deliver true optical zoom across that range. That’s a meaningful improvement.
Sony has experimented with similar technology in its Xperia lineup, but most manufacturers still rely on multiple fixed telephoto lenses because they are easier to engineer.
The Leica APO certification also matters here. APO lenses minimize chromatic aberration, which reduces color fringing around edges. Xiaomi says this should result in sharper images with cleaner color separation, even at higher zoom levels.
A cleaner, flatter design
The Xiaomi 17 Ultra doesn’t radically change the Ultra design language, but it does refine it.
The phone keeps the centered circular camera island with Leica branding in the middle. This time, however, Xiaomi has slightly reduced the camera bump, which the company says improves grip comfort.
On the front, the phone now features a flat 2D display with large, rounded corners. By comparison, the 15 Ultra uses a curved panel. The flat screen should make the phone easier to handle and reduce accidental touches.
Xiaomi 17 Ultra in Starry Green
Xiaomi has also redesigned the buttons. The volume controls now use separate circular keys, which the company says provide better tactile feedback.
The phone measures just 8.29mm thick, making it the slimmest Ultra model Xiaomi has released so far. Despite that, it still includes a large battery and a complex camera system, which is no small engineering feat.
Alongside the standard black and white options, Xiaomi has introduced a new “Starry Green” variant of the 17 Ultra. The company describes it as its most visually striking Ultra phone to date.
The green model features a textured finish made with mineral-like particles. Xiaomi also uses a wraparound frame design, which helps the large device feel more balanced in the hand.
Performance, battery, and charging
Under the hood, the Xiaomi 17 Ultra is expected to run on Qualcomm’s latest Snapdragon 8 Elite Gen 5 processor. Xiaomi will likely pair it with up to 16GB of LPDDR5x RAM and up to 1TB of UFS 4.1 storage.
Powering the phone is a rumored 6,800mAh battery that supports 100W wired and 80W wireless charging. The device also includes dust and water resistance, ultra-wideband support, and satellite connectivity on higher-end variants.
Pricing and the reality of rising costs
Xiaomi is being unusually transparent about pricing this year. The 17 Ultra will almost certainly see a price increase over the 6,499-yuan launch price of the 15 Ultra. It is expected to start at around 6,999 yuan (roughly $999).
According to Xiaomi Group president Lu Weibing, rising component costs, including memory, are the main reason for the hike. Lu further warned that 2025 through 2027 will be especially challenging years for hardware pricing across the industry.
For more daily updates, please visit our News Section.
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