Baseus has introduced a new portable charger in China that tries to solve a common annoyance: carrying both a wall charger and a power bank.
The new EnerGeek GT 21 combines the two into a single device. It’s a 67W charger with built-in AC prongs, but it also packs a 10,000mAh battery inside. So you can plug it directly into a wall like a normal adapter, or toss it in a bag and use it as a power bank later. It includes a retractable USB-C cable built into the body, which extends up to about 80cm.
In addition to the built-in cable, there’s a USB-C port and a USB-A port. You can charge up to three devices at once, though power is shared when everything is plugged in.
When used as a power bank with all three outputs active, the built-in cable can deliver up to 45W, while the remaining two ports share a combined 15W.
There’s also a small digital display on the front. It shows remaining battery percentage and output details.
On the battery side, the capacity is rated at 10,000mAh, which should provide at least one full charge for most modern smartphones in real-world conditions. It supports common fast-charging standards like PD, PPS, AFC, UFCS, and SCP, so compatibility shouldn’t be an issue either.
The foldable prongs make it easier to carry, and the size appears compact enough to replace both a wall brick and a power bank in a travel bag. For frequent travelers, that kind of consolidation can actually make a difference.
The EnerGeek GT 21 is currently priced at CNY 399 (around $58) in China. There’s no word yet on international availability, but Baseus typically brings its products to other markets, so a wider launch wouldn’t be surprising.
It’s not a revolutionary device, but it does feel practical. If the build quality holds up, it could be a solid option for people who want fewer cables and fewer chargers to think about
Casio has launched the MRGB2100D-2A in the United States. The premium G-Shock MR-G timepiece had previously been released in Japan, Europe, and the UK. It is priced at $4,700 and now joins the brand’s US catalog as part of the flagship MRG-B2100 series.
Casio MRGB2100D-2A Specifications
The MRGB2100D-2A has a silver-toned case with a blue dial inspired by the Japanese hanada-iro shade. The dial features a horizontal texture, bold metallic hour markers, a framed date window at 3 o’clock, and a small day sub-dial at 7 o’clock, creating a balanced, highly legible layout.
Casio builds the MRGB2100D-2A using premium materials. Its octagonal bezel is made of Cobarion, a Japanese alloy four times harder than titanium with a platinum-like shine. The case and crown use Ti64 titanium, while the bracelet is crafted from DAT55G, another titanium alloy prized for its durability and wear resistance. Each of the 27 bezel components is individually polished for precision, and a titanium carbide coating further improves scratch resistance.
The watch features solar-powered timekeeping, Multi-Band 6 radio calibration, and Bluetooth connectivity via Casio’s Mobile Link app, which enables auto time adjustment, watch status updates, and a phone finder. It offers 200-meter water resistance, magnetic resistance, a screw-lock crown, and sapphire crystal glass with an anti-reflective coating.
Casio includes additional design elements inspired by traditional Japanese woodworking techniques. The dial’s latticework structure, known as kigumi, allows light to pass through and power the solar panel. The 12 o’clock marker features a precision-assembled two-part structure that reflects Yamagata Casio’s advanced manufacturing technology.
The MRGB2100D-2A weighs 122 grams and measures 49.5 x 44.4 x 13.6 mm. It supports a full-auto calendar, LED Super Illuminator light, and power-saving mode. The watch is available now through the official Casio store and select retailers.
Apple has reportedly acquired Israeli AI startup Q.ai for ~$2 billion.
Future AirPods could enable silent, lip-based interaction.
The move signals Apple’s deeper push into AI-powered wearable interfaces.
Apple is reportedly exploring a future where users can interact with devices without speaking. According to reports from Financial Times and Reuters, the company has acquired Israeli startup Q.ai for approximately $2 billion, its largest deal since acquiring Beats Electronics.
Q.ai specializes in machine learning systems that analyze micro-movements in facial skin, lip motions, and subtle muscle activity. The technology can detect silently mouthed words, emotional expressions, and even physiological indicators like heart rate and breathing patterns.
Industry analyst Ming-Chi Kuo has previously predicted camera-enabled AirPods could launch in 2026, potentially featuring infrared sensors similar to Face ID’s depth-mapping system. Combined with Q.ai’s algorithms, such hardware could allow users to send messages, activate Siri, or control music without saying a word.
The technology may also extend beyond earbuds to devices like Apple Vision Pro and future smart glasses. Q.ai’s founder, Aviad Maizels, previously co-founded PrimeSense, whose 3D sensing technology later evolved into Apple’s Face ID system.
If implemented, silent facial input could mark a shift from voice commands to discreet, sensor-based interaction, reshaping how users engage with wearable AI while raising new privacy questions.
Privacy Questions:
Silent facial tracking raises significant privacy considerations. Continuous monitoring of lip and muscle movements could generate highly sensitive biometric data. If stored improperly, such data might reveal emotional states, health indicators, or private communications. There are also concerns about potential misuse, including unauthorized tracking or remote intent detection.
If implemented, silent facial input could redefine human-computer interaction, while intensifying the debate over how much data wearable devices should be allowed to observe.
Lenovo has officially started teasing its upcoming Legion Y700 (2026), which is set to launch in March. The company claims the device features a new AI-powered network acceleration system that can reduce game latency by 54.8% in complex network conditions. The tablet also lowers in-game stutter rates by 42.7% compared to rival models, according to Lenovo’s internal data.
The Legion Y700 (2026) introduces a dedicated acceleration channel for gaming. Lenovo says the AI engine detects congested or unstable network environments and prioritizes real-time gaming traffic to reduce packet loss and jitter.
Lenovo also teased that the tablet supports a 2640Hz touch sampling rate. The display is tuned for ultra-fast response, allowing for near-instant input detection. The company describes it as “instant touch, instant response,” reinforcing the tablet’s focus on performance gaming.
In an earlier teaser, Lenovo confirmed that the Legion Y700 will feature an 8.8-inch 3K+ LCD display with a resolution of 3040 x 1904 pixels, a 165Hz refresh rate, and 12-bit color depth. The screen supports up to 800 nits of peak brightness and the DCI-P3 wide color gamut.
Lenovo also explained that the 165Hz refresh rate reduces the refresh interval to 6.06ms, compared to 6.94ms at 144Hz and 16.67ms at 60Hz, resulting in lower input latency and improved motion clarity during gameplay.
According to a leak from Digital Chat Station, the Lenovo Legion Y700 (2026) will be powered by Qualcomm’s Snapdragon 8 Elite Gen 5 chipset. The tablet is expected to launch in multiple variants, including 12GB + 256GB, 16GB + 512GB, and 24GB + 1TB configurations.
It will feature a 50MP rear camera with an RGB ring light and pack a roughly 9,000mAh battery. The retail box will include a 68W fast charger, and the device is also said to come with dual USB-C ports.
While it’s not Lenovo’s first AI-enabled product, this is its most aggressive attempt to blend AI into the gaming tablet experience. The Legion Y700 (2026) will be available in black and white colors.
For more daily updates, please visit our News Section.
Memory prices have been climbing for a while, largely because of strong demand from AI infrastructure and data centers. That usually spells trouble for smartphone pricing. But if recent analyst notes are accurate, Apple isn’t planning to pass those increases directly to buyers of its next Pro iPhones.
According to GF Securities analyst Jeff Pu, Apple intends to keep the starting prices of the iPhone 18 Pro and iPhone 18 Pro Max in line with their predecessors. That would mean $1,099 and $1,199 respectively for base 256GB configurations, assuming no last-minute changes.
The information comes from supply chain checks shared in a note reviewed by MacRumors. Pu suggests Apple has been negotiating aggressively with memory suppliers, including Samsung and SK Hynix, to soften the impact of rising DRAM and NAND prices. Similar negotiations are reportedly taking place around display panels and camera modules.
In short, Apple appears willing to absorb some of the pressure.
Apple has also shifted to quarterly memory contract negotiations instead of semi-annual agreements, giving it more flexibility, though that could also mean exposure to further price bumps later in 2026.
Even so, Kuo believes Apple’s strategy is clear: keep entry pricing stable for the Pro models, even if that trims margins slightly in the short term.
That wouldn’t be surprising. Apple’s Services business continues to grow steadily, bringing in over $30 billion in a single quarter recently. A stable hardware price helps protect market share, and any margin pressure on devices can be offset over time through ecosystem revenue.
The broader industry isn’t quite as insulated. IDC has warned that smartphone prices could rise by 6–8% this year due to component shortages. Meanwhile, Samsung executives have already hinted at cost pressures ahead of upcoming launches.
For now, the iPhone 18 Pro lineup is expected to arrive in September 2026. Nothing is official yet, and pricing decisions often come down to late-stage market conditions. But if these reports hold true, Apple seems prepared to lean on its scale.
The original Snapdragon 8 Elite was introduced in 2024 as the company’s first mobile chipset featuring an Oryon CPU, then came the Snapdragon 8 Elite Gen 5 next year as its successor, which was earlier supposed to launch as Snapdragon 8 Elite Gen 2, but Qualcomm had a different plan.
A few weeks after the Snapdragon 8 Elite Gen 2’s announcement, Qualcomm followed up with the Snapdragon 8 Gen 5 as an affordable flagship alternative for premium mid-range devices. While it appears to be a successor to Snapdragon 8 Elite, the latter actually delivers better performance. The inconsistent naming scheme from Qualcomm is confusing many people, so we’ve created this detailed post explaining how the Snapdragon 8 Elite Gen 5, Snapdragon 8 Gen 5, and Snapdragon 8 Elite stack up against each other.
Here’s the spec sheet for a quick overview:
Snapdragon 8 Elite Gen 5
Snapdragon 8 Gen 5
Snapdragon 8 Elite
Announced
September 2025
November 2025
October 2024
Process node
TSMC’s 3nm (N3P)
TSMC’s 3nm (N3P)
TSMC’s 3nm (N3E)
CPU cores
8-core
8-core
8-core
CPU cores
2 x 4.61GHz — Oryon (3rd gen) 6 x 3.63GHz — Oryon (3rd gen)
2 x 3.8GHz — Oryon (3rd gen) 6 x 3.32GHz — Oryon (3rd gen)
2 x 4.32GHz — Oryon (2nd gen) 6 x 3.53GHz — Oryon (2nd gen)
GPU
Adreno 840 Ray tracing support Snapdragon Elite Gaming features
Adreno 829 Ray tracing support Snapdragon Elite Gaming features
Adreno 830 Ray tacing support Snapdragon Elite Gaming features
NPU
Qualcomm Hexagon NPU Agentic AI support
Qualcomm Hexagon NPU Agentic AI support
Qualcomm Hexagon NPU
Memory
LPDDR5X, up to 5.3GHz
LPDDR5X, up to 4.8GHz
LPDDR5X, up to 5.3GHz
Storage
UFS 4.1
UFS 4.1
UFS 4.0
Camera
Qualcomm Spectra ISP (Triple AI-ISPs, 20-bit) up to 320MP single camera up to 108MP single camera (MFNR, ZSL, 30fps) up to 48MP triple camera (MFNR, ZSL, 30fps) up to 4K/120fps video recording real-time semantic segmentation (limitless) Advanced Professional Video (APV) codec
Qualcomm Spectra ISP (Triple AI-ISPs, 20-bit) up to 320MP single camera up to 108MP single camera (MFNR, ZSL, 30fps) up to 48MP triple camera (MFNR, ZSL, 30fps) up to 4K/120fps video recording real-time semantic segmentation
Qualcomm Spectra ISP (Triple AI-ISPs, 18-bit) up to 320MP single camera up to 108MP single camera (MFNR, ZSL, 30fps) up to 48MP triple cameras (MFNR, ZSL, 30fps) real-time semantic segmentation (limitless) up to 8K/30fps video recording
Snapdragon 8 Elite Gen 5 vs 8 Gen 5 vs 8 Elite: Benchmark numbers
Note: The benchmark tests were performed on the iQOO 15 (Snapdragon 8 Elite Gen 5), OnePlus 15R (Snapdragon 8 Gen 5), and OnePlus 13 (Snapdragon 8 Elite).
Geekbench performance
The Snapdragon 8 Elite Gen 5, unsurprisingly, achieves the highest score in both single-core and multi-core tests (3649, 10682), followed by the Snapdragon 8 Elite, which gets about 7% higher single-core score than the Snapdragon 8 Gen 5, while the multi-core scores for the two chips don’t have a big difference.
Single core
Multi core
SD 8 Elite Gen 5
3,649
10,682
SD 8 Gen 5
2,837
9,352
SD 8 Elite
3,026
9,306
AnTuTu performance
The Snapdragon 8 Elite Gen 5 is far ahead of the other two, with a total score above 3.7 million. The Snapdragon 8 Elite almost touches the 3 million mark, while the Snapdragon 8 Gen 5 is just below it, scoring 2.96 million points.
AnTuTu score
SD 8 Elite Gen 5
3,751,084
SD 8 Gen 5
2,961,236
SD 8 Elite
2,994,563
3DMark performance
The result isn’t any different on 3DMark than AnTuTu and Geekbench. The Snapdragon 8 Elite Gen 5 pulls off the best high score in the Wild Life Extreme test, followed by the Snapdragon 8 Elite and then the Snapdragon 8 Gen 5.
High score
Low score
SD 8 Elite Gen 5
7,240
3,219
SD 8 Gen 5
5,009
3,321
SD 8 Elite
6,628
4,155
However, things get interesting when you look at low scores. The Snapdragon 8 Elite Gen 5 has the worst low score of 3,219. In contrast, the Snapdragon 8 Gen 5 scores 3,321 points, and the Snapdragon 8 Elite scores 4,155 points. This could mean a higher gaming stability on a Snapdragon 8 Elite-powered device than on devices powered by the other two chipsets. However, that also depends on the software tuning, gaming optimizations, and cooling solution of a device.
The benchmarks focus solely on performance and don’t address other important aspects, such as connectivity and camera capabilities. Let’s talk about them and other important stuff in the following section to get the complete picture.
Snapdragon 8 Elite Gen 5 vs 8 Gen 5 vs 8 Elite: Key differences
CPU, GPU, and NPU
The Snapdragon 8 Elite Gen 5 and 8 Gen 5 have been manufactured using TSMC’s 3nm (N3P) node, which offers slightly improved performance and efficiency over the N3E node used for the Snapdragon 8 Elite.
All three Qualcomm chips have the same 2+6 core configuration. The Snapdragon 8 Elite Gen 5 and 8 Gen 5 feature third-generation Oryon CPU, while the Snapdragon 8 Elite has a second-generation Oryon CPU. Despite a generation older CPU, the 8 Elite beats the 8 Gen 5 on benchmarks because its cores run at higher clock speeds.
As for graphics rendering, the Snapdragon 8 Elite Gen 5 features the powerful Adreno 840 GPU with excellent ray tracing capabilities, along with a full suite of Snapdragon Elite Gaming features to enhance the gaming experience further. In contrast, the 8 Gen 5 has an Adreno 829, and the 8 Elite has Adreno 830. Both GPUs support ray tracing and offer Snapdragon Elite Gaming features.
Now, coming to AI capabilities, the Snapdragon 8 Elite Gen 5 features the largest and most capable NPU with agentic AI support. The NPU performance of the two other chips is nearly identical, but the Snapdragon 8 Gen 5’s official page mentions agentic AI support, whereas the Snapdragon 8 Elite doesn’t.
Camera and Imaging
The camera capabilities of the Snapdragon 8 Elite Gen 5 and 8 Gen 5 are nearly identical, except that the latest Elite chip features Advanced Professional Video (APV) codes for near-lossless, pro-grade capture and limitless real-time semantic segmentation. The Snapdragon 8 Elite features a lower-bit ISP, while the rest of its specs are mostly the same as those of the Snapdragon 8 Gen 5.
Connectivity
While all three Qualcomm chips offer robust connectivity features, the Snapdragon 8 Elite Gen 5 excels by delivering higher download and upload speeds over 5G. The rest of the connectivity specs are almost the same.
Elon Musk proposed building a Moon factory to produce AI-powered satellites.
The plan includes launching satellites using an electromagnetic “Mass Drive” system.
The proposal comes as xAI faces leadership exits and possible IPO pressure.
AI- generated image for representation only
Elon Musk has proposed building a factory on the Moon to manufacture AI-powered satellites, according to a February 10 report by The New York Times. Musk shared the idea during an internal xAI meeting, suggesting that lunar infrastructure could unlock computing power far beyond today’s limits.
The concept includes a giant electromagnetic catapult, often described as a “mass driver,” that would launch satellites into space from the Moon’s lower-gravity environment. Musk reportedly argued that future AI systems will require unprecedented computing capacity and that Earth alone may not be enough.
The proposal expands on Musk’s broader space-AI strategy following the merger of xAI and SpaceX. The long-term vision includes building a self-sustaining Moon city, then moving toward Mars colonization and eventually interstellar exploration. However, no timeline or construction roadmap was shared.
The timing is notable. xAI, founded in 2023 and known for its Grok chatbot integrated into X, is reportedly facing internal leadership changes. Investors are said to be focused on near-term growth and a potential IPO within 18–24 months. Meanwhile, SpaceX is also preparing for a possible public offering.
Musk recently claimed X has about 600 million monthly active users, though the number has not been independently verified.
While supporters see bold innovation, critics question whether now is the right moment for such an ambitious lunar pivot.
Why Moon Has Advantages for an AI Factory?
Lower gravity makes it easier and cheaper to launch satellites into space.
No atmosphere means fewer weather delays during launches.
Abundant solar energy with long periods of sunlight.
Large open space for building massive facilities.
Fewer environmental regulations compared to Earth.
Potential access to lunar resources for construction materials.
Cooler space environment could help with heat management for data systems.
Less risk of natural disasters like earthquakes or storms.
Strategic position for launching satellites into deep space.
Last year, Xiaomi unveiled the Xiaomi 18 series in the same month as the first phones powered by the Snapdragon 8 Elite Gen 5 in China. On the other hand, Vivo introduced the Vivo X300 and X300 Pro as the world’s first phones featuring the Dimensity 9500 chip in China. It appears both brands could once again be among the first to launch flagship phones equipped with next-generation flagship chipsets this year.
September launch window and chipset plans
Snapdragon 8 Elite Gen 6, Dimensity 9600 phones to launch in September, claims DCS
According to tipster Digital Chat Station, new smartphones powered by the Snapdragon 8 Elite Gen 6 series and the MediaTek Dimensity 9600 series are currently scheduled for a September debut. Interestingly, the tip suggests that brands planning to introduce these next-generation chipsets are preparing to offer three versions as standard practice, namely a regular model, a Pro variant, and a Pro Max edition.
To recall, the Xiaomi 17 lineup, which debuted in September 2025, included three models: Xiaomi 17, 17 Pro, and 17 Pro Max. These models are likely to be succeeded by the Xiaomi 18, 18 Pro, and 18 Pro Max in the same month this year.
While Vivo announced the Vivo X300 and X300 Pro in September last year, it appears that this year’s lineup may launch earlier and is likely to include three models, such as the Vivo X500, X500 Pro, and X500 Pro Max. Rumors suggest that the X400 branding may be skipped, as the number 4 is considered an unlucky number in some Asian countries.
Readers should note that the tipster has not specified any device names in the leak. The Oppo Find X10 series is also expected to include the Find X10, X10 Pro, and X10 Pro Max powered by the Dimensity 9600. So, it remains unclear whether the tipster was referring to Oppo or Vivo as the other brand alongside Xiaomi. However, in recent years, Vivo has often been the first brand to launch MediaTek’s latest flagship chipsets, so the second brand mentioned in the leak could be Vivo. Readers are advised to treat this information cautiously.
In today’s leak, DCS also cautions that the company expected to debut the new chip in September is unlikely to ship its device with the SM8975, also referred to as the Snapdragon 8 Elite Gen 6 Pro, as a standard configuration. The reason cited is the extremely high cost of the 2nm chipset, which could significantly impact pricing.
Here, the tipster may be suggesting that Xiaomi will not launch a Snapdragon 8 Elite Gen 6 Pro-powered phone in September. Previous leaks have claimed that this chip is designed for ultra-premium devices and is likely to power the Xiaomi 18 Ultra, which may debut by the end of this year in China.
For more daily updates, please visit our News Section.
ByteDance launches Seedream 5.0 with advanced image editing and lower pricing.
Alibaba unveils Qwen-Image-2.0, supporting 1K-token prompts and 2K images.
Both models directly challenge Google’s Nano Banana Pro amid rising US-China AI rivalry.
AI-generated image for representation only
China’s tech giants are accelerating the global AI race. ByteDance and Alibaba Cloud have introduced new image-generation models designed to compete with Google’s Nano Banana Pro.
The launches highlight growing competition between China and the United States in creative AI tools. Both companies aim to lower costs while improving performance for businesses and individual creators.
ByteDance’s Seedream 5.0 is now available for beta testing on Jimeng in China and on CapCut globally. The company says the model has stronger reasoning skills and a better understanding of complex prompts.
It allows users to edit specific parts of an image without regenerating the entire design. In one test, a “snowy night” scene was created and later modified by switching lights on and off, while keeping the rest unchanged.
The launch follows ByteDance’s recent Seedance 2.0 AI video model, which focuses on realistic AI-generated videos.
Alibaba Cloud’s Qwen-Image-2.0 combines image generation and editing in a single system. It supports up to 1,000-token prompts and produces 2K-resolution images.
The model can handle structured layouts, multi-panel designs, and consistent characters across scenes. It also performs strongly in rendering Chinese text and complex calligraphy.
Together, these launches position both firms as serious global competitors in AI-powered creative tools.
Major Features Compared:
Feature
ByteDance Seedream 5.0
Alibaba Qwen-Image 2.0
Google Nano Banana Pro
Developer
ByteDance
Alibaba Cloud (Qwen team)
Google DeepMind (Gemini)
Core Function
Text-to-image generation + editing
Unified image generation + editing
Image generation + advanced editing
Native Output Resolution
Supports 2K and 4K outputs
Native 2K (2048×2048) output
Up to 4K resolution output
Prompt Handling
Designed for detailed prompt understanding
Supports long prompts (up to ~1K tokens)
Advanced prompt-based generation (no official token limit stated)
Text Rendering
Generates legible text within images
Strong typography and structured text rendering
Advanced multilingual text rendering
Generation + Editing Integration
Supports selective image edits
Generation and editing integrated in one model
Integrated image creation and editing tools
Availability
Beta testing via Jimeng (China) and CapCut (global)
Available via Qwen platforms
Available through Gemini apps and Google AI tools
Model Base / Engine
Proprietary Seedream model
Qwen multimodal architecture
Built on Gemini 3 Pro Image
Disclaimer: Feature details are based on publicly available data and may be subject to updates or changes.
In January, well-known tipster Evan Blass shared the key specifications of the Motorola Edge 70 Fusion. Later, another report surfaced to showcase the phone in Silhouette (Black) and Country Air shades. Now, Blass is back again with a fresh set of images that showcase the phone in as many as five color options.
New renders highlight design and colour options
Motorola Edge 70 Fusion color options
The latest set of images showcases the Motorola Edge 70 Fusion in other paintjobs, such as Blue Surf, Orient Blue, and Sporting Green. The renders indicate a familiar design language as the Edge 70, including Motorola’s signature rear camera layout and a textured back panel inspired by nylon and linen materials. The device appears relatively slim despite housing a large battery, suggesting that Motorola may be focusing on balancing ergonomics with endurance.
Promotional images accompanying the leak provide a clearer look at the curved edges and quad-curved display profile. While the overall aesthetic resembles earlier Edge series models, the updated finishes and materials give the device a slightly refreshed appearance. The smartphone is also expected to retain a premium design approach without moving into flagship pricing territory.
Readers can checkout the source link for more images.
Motorola Edge 70 Fusion specifications (rumored)
Motorola Edge 70 Fusion color options
The Motorola Edge 70 Fusion is rumoured to feature a 6.78-inch quad-curved AMOLED display with 1.5K resolution, 144Hz refresh rate, HDR10+ support and peak brightness reaching up to 5,200 nits, protected by Gorilla Glass 7i. It could be powered by the Snapdragon 7s Gen 3 chipset paired with up to 12GB RAM and 256GB storage.
The handset may include a 50-megapixel primary camera using a Sony LYTIA sensor alongside a 32-megapixel front camera. It will house a large 7,000mAh battery with 68W charging support, Android 16 out of the box, IP68 and IP69 ratings, and MIL-STD-810H certification for durability.
Although pricing details remain unclear, the emergence of marketing materials indicates that the Edge 70 Fusion could be unveiled in the near future, likely targeting markets where previous Fusion models were available.
For more daily updates, please visit our News Section.
Bluetooth audio has evolved far beyond simply connecting earbuds to smartphones. In 2026, it powers televisions, cars, laptops, gaming systems, and home entertainment setups. What was once a convenience feature is now the backbone of modern wireless sound. As this shift accelerates, brands that deliver practical and affordable solutions like Faster Speakers are becoming increasingly important.
From Wires to Wireless Living
Traditional audio systems came with long cables, complicated installations, and limited flexibility. Rearranging a room meant rearranging wires. Adding speakers required effort and compatibility checks. Bluetooth eliminated these everyday frustrations.
Today, users expect seamless pairing, automatic reconnection, and clean setups without clutter. Faster Speakers fit directly into this lifestyle by offering simple, user-friendly wireless audio designed for everyday use, not technical complexity.
2026: A Major Upgrade in Bluetooth Technology
Recent improvements such as Bluetooth LE Audio, the LC3 codec, multi-stream audio, and broadcast audio have significantly improved sound efficiency and clarity. These upgrades allow better audio quality at lower power consumption while enabling multiple device connections at once.
For brands like Faster, these advancements mean delivering reliable performance, strong battery life, and stable connectivity at accessible price points, making modern Bluetooth benefits available to more users.
Wireless Sound at Home, in Cars, and at Work
Bluetooth is now standard in cars for hands-free calling and music streaming. In homes, it allows wireless TV-to-headphone connections and clutter-free speaker setups. In hybrid work environments, stable Bluetooth audio ensures smoother meetings and easy device switching.
Faster Speakers align with this multi-device world. Designed for portability, travel, outdoor use, and home entertainment, they provide practical solutions without overwhelming users with unnecessary features.
Real-World Reliability Over Technical Specs
Today’s buyers prioritize quick pairing, consistent connection strength, long battery life, easy controls, and dependable after-sales support. Technical bitrate numbers matter less than real-world performance.
This is where Faster stands out. By focusing on everyday reliability and affordability, the brand addresses what users actually need, wireless sound that works consistently.
The Bigger Picture
Global Bluetooth device shipments crossed 5 billion in 2023 and continue to rise. The Bluetooth speaker market alone sold hundreds of millions of units recently, proving that wireless sound is now the default choice.
As Bluetooth becomes invisible, seamless infrastructure, brands like Faster Speakers play a key role in making that technology accessible. Wireless audio is no longer optional, and practical, reliable speakers are at the center of this transformation.
How to Choose the Right Bluetooth Device?
Bluetooth Version 5.2 or newer – Better stability, range, and efficiency.
Support for modern codecs (like LC3) – Clearer sound with lower battery usage.
Multi-device pairing – Easy switching between phone, laptop, and tablet.
Strong battery life – Longer playback and fewer charging interruptions.
Stable connectivity – Performs well even in crowded wireless environments.
Low latency support – Important for gaming and video streaming.
Comfort and build quality – Especially for earbuds and headphones.
Simple controls – Easy buttons or touch controls for daily use.
Reliable warranty & support – Ensures long-term peace of mind.
Infinix has started teasing the arrival of the Note 60 series for the global market. The Note 60 Pro will be the company’s first smartphone to feature a Snapdragon chip, but this will not be the case for the standard Note 60. A Geekbench listing that surfaced today reveals it will feature a MediaTek chip.
Infinix Note 60 Geekbench listing
A forthcoming Infinix smartphone with the model number X6879 has appeared on Geekbench. This device was previously spotted on an Indonesian certification platform with the Infinix Note 60 branding.
The Note 60’s Geekbench listing reveals that its MediaTek chip comprises four cores running at 2.0GHz and four cores operating at 2.60GHz. For graphics, it features the Mali-G615 MC2 GPU. These details strongly suggest that the Note 60 is powered by the Dimensity 7400, which is likely to be marketed as the Dimensity 7400 Ultimate.
The Geekbench listing also shows 8GB of RAM and Android 16. In Geekbench 6.5’s single-core and multi-core tests, the device scored 1,055 and 3,097 points, respectively.
The inclusion of the Dimensity 7400 Ultimate will be an upgrade as the previous generation featured the Dimensity 7300 Ultimate. For those who don’t, the predecessor was called the Note 50s 5G as the brand skipped the Note 50 model.
The Infinix Note 60 is likely to borrow some specifications from the Note 60 Pro. It may feature a 144Hz AMOLED screen and a 6,500mAh battery, but it may not include the dot-matrix rear display, which is expected to remain exclusive to the Pro variant.
At present, there is no additional information about the Note 60 series. Since the brand has already begun teasing the lineup, it appears that the launch could take place within the next few weeks.
For more daily updates, please visit our News Section.
Redmi is reportedly working on the Redmi K90 Ultra for China. It will succeed the Redmi K80 Ultra, which debuted in June 2025. A previous report claimed that the K90 Ultra would launch much earlier than its predecessor. Now, a new Weibo post by a reliable tipster has emerged supporting this claim.
Redmi K90 Ultra launch timeframe (rumored)
According to Experience More, a sub-series performance-focused smartphone powered by the Dimensity 9500 is currently in development. While he did not mention the name of the device, it appears that he could be referring to the Redmi K90 Ultra.
He added that the device, carrying the model number 2604FRK1EC, is said to feature an ultra-high refresh rate display along with a built-in cooling fan, indicating a strong focus on gaming and sustained performance. This model number, along with its Redmi K90 Ultra branding, was spotted in the GSMA IMEI database back in December 2025.
The numbers “2604” indicate that the Redmi K90 Ultra may debut as early as April in China. The device will be powered by the Dimensity 9500, not the Dimensity 9500 Plus chip as previously speculated. The D9500+ is expected much later in the second half of the year.
Redmi K80 Ultra
As per reports, the K90 Ultra is expected to feature a massive 6.8-inch display offering a 1.5K resolution and a 165Hz refresh rate. Under the hood, it may pack an 8,500mAh battery with 100W charging. Other rumored features include a metal frame, an ultrasonic in-display fingerprint sensor, and full water resistance.
The Xiaomi 17T Pro is said to be a tweaked version of the K90 Ultra designed for the global market. This device, which is said to carry the model number 2602EPTC0G, may lack a few features, including the cooling fan. The model number for the 17T Pro also hints at an early launch, but since the Xiaomi 17 and 17 Ultra have not yet launched globally, it appears that the 17T Pro may debut within the first half of this year.
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Xiaomi has quietly introduced a refreshed version of its affordable 27-inch QHD monitor. The original A27Qi arrived in Europe last year and positioned itself as a solid budget option for work and general use. The 2026 version doesn’t reinvent the formula, but it refines it in areas that actually matter.
At its core, this is still a 27-inch IPS monitor with a 2560 × 1440 resolution. Brightness is rated at 300 nits, response time sits at 6ms (GtG), and viewing angles remain the typical 178 degrees you’d expect from an IPS panel.
Color coverage is also familiar: 100% sRGB and 95% DCI-P3, with 8-bit color depth. TÜV Rheinland-certified low blue light support and DC dimming are included for more comfortable long sessions. So far, very similar to the previous model.
What’s actually improved
The 2026 model now offers ΔE <1 factory calibration, which is a notable upgrade. For photo editing, design work, or content creation, tighter color accuracy out of the box is a welcome improvement.
Contrast has also been bumped to 1,300:1, which should translate to slightly deeper blacks and better separation in darker scenes. It’s not a dramatic shift, but it’s measurable.
The panel now runs at 120Hz, up from 100Hz on the previous version. It will make scrolling, UI animations, and light gaming feel smoother.
Pricing and availability
The monitor has launched in Thailand at THB 4,990, which converts to roughly $159 at current exchange rates. That’s about THB 100 more than the previous generation, an increase for the added features.
Xiaomi hasn’t confirmed broader availability yet, but given how the original model rolled out, it’s reasonable to expect a wider release later.
This isn’t a flashy upgrade. There’s no OLED panel or ultra-high brightness claims here. But for under $200, getting QHD resolution, 120Hz refresh rate, strong color coverage, and sub-ΔE 1 calibration is genuinely competitive.
In 2026, USB-C hubs continue to serve as critical accessories for laptops, tablets, and hybrid workspaces. The best hubs now combine fast charging, high-speed data transfer, 4K displays, and multi-device compatibility into compact packages.
The market includes streamlined options for travel and powerful docks for desktop use. Here are five top-rated USB-C hubs of 2026 that stand out in performance, reliability, and value.
The 555 USB-C Hub from Anker remains a reliable choice for users who need basic expansion without clutter. It adds eight ports, including a 4K HDMI output, 100W USB-C Power Delivery (with 85W pass-through), two USB-A 3.2 ports, a USB-C data port, Ethernet, and dual SD card readers.
The USB-C data port supports 10Gbps transfers, but it does not support video output. The hub is compatible with most MacBook Pro and Air models, Dell XPS laptops, and iPad Pro. It delivers dependable performance for general productivity, video streaming, and media transfer. The build feels solid, and its compact form factor makes it ideal for mobile users who don’t need advanced display setups.
2. Baseus 12-in-1 USB-C Hub
Baseus takes a more feature-rich approach with its 12-in-1 USB-C hub. It includes dual HDMI (both supporting 4K@60Hz), DisplayPort, three USB-A 3.0 ports, a USB-C data port, SD/TF card readers, Ethernet, a 100W PD port, and a 3.5mm headphone jack. This hub can support three extended displays on Windows laptops with AMD graphics and DP 1.4 support.
The hub sits beneath the laptop and raises it slightly for improved typing ergonomics. Its wide compatibility list includes MacBooks, Surface devices, Dell and HP ultrabooks, and many Android tablets and phones. It targets users who rely on multiple monitors and wired accessories. macOS display mirroring limitations still apply, but for Windows productivity users, this hub delivers impressive flexibility.
3. Hiearcool 7-in-1 USB-C Hub
The Hiearcool 7-in-1 USB-C hub remains one of the most affordable and best-reviewed compact hubs. It costs under $30 and includes 4K HDMI, dual USB-A 3.0 ports, SD and microSD slots, a 100W charging-only USB-C port, and plug-and-play setup.
Transfer speeds reach up to 5Gbps, and its aluminum body is durable for travel use. However, it lacks Ethernet and does not allow simultaneous SD and TF card use. For casual users, students, and those who travel light, it remains a dependable choice.
4. Ugreen Revodok Pro 210
The Revodok Pro 210 is built for creators and professionals who need multiple high-resolution displays. It supports dual HDMI output at 4K@60Hz or single HDMI at 8K@30Hz. The 10-in-1 port layout includes USB-C and USB-A 3.0 for 5Gbps transfers, USB-A 2.0 for peripherals, Gigabit Ethernet, SD/TF readers, and 100W PD charging.
The Revodok weighs more than others on this list, but its premium build and extended compatibility make it a reliable choice for creative professionals who depend on color-accurate displays and fast media transfers. It fits into complex workstation setups with ease.
5. Plugable 9-in-1 USB-C Hub
The 9-in-1 USB-C hub from Plugable includes features that target power users. It supports 140W USB-C PD 3.1 input and delivers up to 125W charging to laptops. The port layout includes 4K@60Hz HDMI, a USB-C 10Gbps port, two USB-A 10Gbps ports, a USB 2.0 port, SD/microSD card slots with UHS-II support, and a Gigabit Ethernet port.
Its built-in 7.5-inch cable simplifies cable management, and its compatibility list covers almost all modern USB-C laptops. This hub charges large MacBooks and Windows workstations quickly while handling high-speed file transfers and stable display output.
Google has just released Android 16 QPR3 Beta 2.1 to Google Pixels, and that would be the final release based on the current OS. The company has now officially confirmed that it’s working on Android 17 and that the first beta build will be released soon.
Android 17 Beta 1 releasing soon
The first public beta of Android 17 will be released soon, says Google. Notably, this won’t be a Developer Preview build. If you’ve followed the development cycles for an upcoming Android OS in the past, you’d know that first builds are generally labelled Developer Preview builds (Android 16 had two of them), and then beta builds are released, but that’s changing this year with Android 17.
Google says Android 17 Beta 1 “builds on top of Android 16 QPR platform release and includes the latest bug fixes and improvements to stability and performance.” Past leaks suggest several new features and improved gaming capabilities are coming to the upcoming Android OS, among many other improvements. We’ll learn more about the changes once the first beta build goes live, which could arrive as early as this month or next month, while the stable build of Android 17 should land around June 2026.
Google Pixel users will have the first bite, as always. Those currently on Android 16 QPR3 Beta 2.1 and choose to remain enrolled in the Android Beta Program will automatically receive the Android 17 Beta 1 update. If they don’t want to receive the beta update, they must opt out of the beta program.
As for the other brands, the Android 17 beta update may arrive on select devices a few weeks after it is released to Google Pixels. We’ll continue to track the development and update you on the same in our Android 17 section. Remember to visit the section regularly for the latest updates. Or, join our Telegram channel to get instant notifications about the latest happenings in tech.
Realme recently unveiled the Realme P4 Power in India, and the USP of the device is that it packs the largest battery ever on a Realme phone — a massive 10,001mAh unit. Now, its Chinese variant appears to be on the verge of launch, as a new Realme smartphone carrying the RMX5166 model number has surfaced on China’s TENAA certification database. It is speculated that the device may carry the Realme 16 Power branding in China, dropping the “P4” moniker. The listing reveals key specifications that appear identical to the global edition.
Realme 16 Power specifications
Realme P4 Power
According to the TENAA listing, the RMX5166 features a 6.8-inch AMOLED display with a 2800 × 1280 resolution and 1.5K clarity. The panel supports 10-bit colour depth (1.07 billion colors), suggesting a focus on vibrant visuals.
Under the hood, the device is powered by an octa-core processor clocked at 2.6GHz, which appears to be the Dimensity 7400 Ultra. The phone is listed with 6GB, 8GB, 12GB, and 16GB RAM options, paired with 128GB, 256GB, 512GB, and 1TB storage variants. In India, the device ships with 12GB of RAM and 256GB of built-in storage.
In terms of optics, the rear houses a 50-megapixel primary camera alongside an 8-megapixel secondary sensor, while the front features a 16-megapixel selfie camera. Powering the handset is a 9,750mAh rated battery, which typically translates to a slightly higher advertised capacity. Given that the Indian edition offers a 10,001mAh battery, the Chinese variant is expected to feature similar battery positioning. The TENAA listing also reveals other features like an in-screen fingerprint sensor and an IR blaster.
Dimension-wise, the device measures 162.26 x 76.15 x 9.08mm and weighs 219 grams, reflecting the trade-off for the massive battery capacity. With TENAA certification now complete, an official launch in China could be just around the corner.
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The upcoming Oppo Find X9 Ultra has appeared in a real-life image. However, since it is inside a confidentiality case, it does not reveal its design completely, but it does give a good idea about its camera layout. Also, there are two handsets shown in the image, but it is unclear whether they are two different prototypes of the X9 Ultra or if only one of them is the X9 Ultra.
Oppo Find X9 Ultra real-life image
Oppo Find X9 Ultra real-life image
The handset that can be seen on the right has more openings, which suggests that it could be the Find X9 Ultra. The image also suggests that the Ultra variant will continue to feature a round camera module, while the X9 and X9 Pro have opted for camera islands positioned at the top-left corner.
The Find X9 Ultra’s camera setup is rumored to include a Sony LYT-901 200MP main camera with OIS support, a Samsung JN5 50MP ultra-wide lens, a 200MP OmniVision OV52A periscope telephoto camera with 3x optical zoom, and a Samsung JN5 50MP periscope telephoto camera with 10x optical zoom. A previous report revealed that the brand may offer a new teleconverter accessory with a 300mm reach for the X9 Ultra.
The Find X9 and X9 Pro are powered by the Dimensity 9500 chip, whereas the Ultra variant will come equipped with the Snapdragon 8 Elite Gen 5. It is expected to feature a 6.82-inch 2K 120Hz AMOLED screen and a battery of around 7,000mAh with 80W wired and 50W wireless charging support.
Oppo is expected to hold a launch event next month (March) in China to unveil the Find X9 Ultra alongside the Find X9s and X9s Pro. The Find N6 foldable is also expected in March, but it is unclear whether it will debut alongside the upcoming X9 lineup. The X9 Ultra is also expected to hit the global market in the second quarter of this year.
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Samsung has officially announced its next Galaxy Unpacked event, confirming that the Galaxy S26 series will debut later this month. The announcement sets the stage for the company’s upcoming flagship lineup, which has been widely discussed through leaks and early teasers. While the event confirmation does not reveal complete specifications, it offers clarity on the launch timeline and highlights what users can expect from Samsung’s next phase of AI-focused smartphones.
Galaxy Unpacked event details and reservation offers
Samsung Galaxy S26 series to be unveiled on Feb. 25
The Galaxy Unpacked event is scheduled for Feb. 25, 2026, in San Francisco and will begin at 10AM PT. Samsung plans to livestream the presentation via its official website and YouTube channel, allowing global audiences to follow the announcements in real time.
Alongside confirming the launch date, Samsung has opened early reservations, allowing interested buyers to register without any purchase commitment. Customers who reserve can receive benefits such as a $30 credit for accessories, potential trade-in savings of up to $900, and a chance to win a $5,000 Samsung.com gift card. Reservations are also expanding beyond Samsung’s website, with retailers like Best Buy and AT&T expected to participate.
The Galaxy S26 lineup is expected to include three models, namely the Galaxy S26, Galaxy S26 Plus, and Galaxy S26 Ultra. Early reports suggest improvements in performance through a newer Snapdragon chipset for select regions, along with faster wireless charging capabilities. The Ultra variant may introduce a new privacy-focused display feature designed to reduce visibility from side angles, though official confirmation is still awaited.
Apart from smartphones, the event could see the launch of the Galaxy Buds 4 series, including standard and Pro versions. Software advancements are also likely to take centre stage, especially with the anticipated rollout of One UI 8.5 and enhanced Galaxy AI features. Samsung appears to be placing significant emphasis on making AI interactions more personalized and seamlessly integrated into everyday usage.
Retail availability for the Galaxy S26 series is expected around March 2026, with pricing likely to remain similar to previous generations. The return of the Unpacked event to late February also aligns with Samsung’s earlier strategy of launching flagship devices ahead of Mobile World Congress, indicating a renewed focus on setting the pace for the year’s smartphone announcements.
For more daily updates, please visit our News Section.
Aohi has introduced a new high-capacity power bank for people who carry more than just a phone. The Future Starship Pro 310W packs a 20,000mAh battery and, at least on paper, enough power to replace multiple chargers in your bag. It’s priced at 499 yuan and comes in a silver-gray and black finish with a small display on the front.
The device measures 45.6 x 57.6 x 158mm and weighs around 630g, so it’s not exactly pocket-sized. But considering what it promises, the size feels expected. On the front, there’s a 1.14-inch TFT color screen that shows battery level and real-time output information. So instead of guessing how fast your laptop is charging, you can see the numbers directly.
Aohi 310W Starship Pro Specifications
The headline feature here is power output. The Starship Pro uses a 2C + 1A port configuration: two USB-C ports and one USB-A port. Both USB-C1 and USB-C2 support up to 140W input and output individually. The USB-A port tops out at 30W. When all three ports are used at once, the combined maximum output reaches 310W (140W + 140W + 30W), with what Aohi calls “smart power distribution” to manage charging across devices.
That means it’s technically capable of charging two high-power laptops at the same time, while still topping up a phone or accessory. It supports common fast-charging protocols including PD, QC, PPS (up to 100W), and UFCS (63W), which should make it compatible with a wide range of devices.
Aohi claims the 20,000mAh capacity can charge an iPhone 16 up to 4.1 times and a 12.9-inch iPad Pro about 1.4 times. The rated energy is 72Wh, using eight 2,500mAh lithium-ion cells from DMC.
What may matter even more for frequent travelers is recharge speed. The Starship Pro supports up to 180W self-charging input. In theory, that allows the power bank to go from 0 to 100 percent in around 60 minutes.
It’s still a relatively heavy device at 630g, but for users who carry power-hungry laptops, tablets, and phones, the trade-off might make sense.
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