Xiaomi has revealed new details about the upcoming Redmi K100 Pro series, confirming that the phones will feature a brand-new display technology designed to deliver sharper picture quality while using less battery power.

The company says the new screen combines improved OLED materials with a redesigned pixel layout to provide a better viewing experience for gaming, videos, and everyday use.

New M11 OLED Display Technology

The Redmi K100 Pro series will be the first Xiaomi phones to use the new M11 OLED light-emitting material.

According to Xiaomi, this new display technology improves brightness, color accuracy, and power efficiency compared to previous OLED panels.

The M11 OLED material is built using fourth-generation pTSF technology, which increases the efficiency of green pixels by 20%. Since green pixels consume a large amount of power in OLED displays, improving their efficiency helps reduce overall battery usage.

The company also says the new display covers 90% of the BT.2020 color gamut, allowing it to show richer and more accurate colors.

In addition, Xiaomi claims the new OLED panel has a 5.2% longer lifespan, making it more durable over time.

New Super Pixel Technology

Along with the M11 OLED material, Xiaomi has introduced its new Super Pixel technology.

Instead of using the traditional diamond-shaped pixel arrangement found in many OLED displays, Super Pixel uses a full RGB layout.

This means every pixel has its own red, green, and blue sub-pixels, which helps improve image sharpness, text clarity, and overall picture quality.

According to Xiaomi, the result is display quality similar to premium 2K screens, while using even less power than many 1.5K displays.

Redmi K100 Pro Max Display

The company has confirmed several display specifications for the Redmi K100 Pro Max.

The phone features a large 6.9-inch flat display with extremely thin bezels, giving users more screen space.

Some of the main display features include:

• 6.9-inch OLED display
• Peak local brightness of 4,500 nits
• 185Hz refresh rate
• 4,800Hz instant touch sampling rate

The extremely high refresh rate makes animations, scrolling, and gaming much smoother.

The high touch sampling rate also allows the screen to respond faster to finger movements, which is especially useful for competitive mobile gaming.

More Pixels Than Many 2K Screens

Xiaomi says the Redmi K100 Pro Max display contains around 9.389 million sub-pixels.

According to the company, this is more than many similarly sized 2K OLED displays that use a diamond-pixel arrangement.

This higher sub-pixel count helps produce sharper images and clearer text.

Built for Gaming

The Redmi K100 Pro Max is powered by Qualcomm’s latest Snapdragon 8 Elite Gen 5 processor.

The phone also includes Xiaomi’s AI D2 graphics chip.

Together, these chips support advanced gaming features such as:

• Frame interpolation for smoother gameplay.
• Super-resolution technology that improves game graphics.
• Better overall gaming performance.

Xiaomi has also included:

• A dedicated touch chip for faster screen response.
• A gaming-focused antenna design for stronger signal performance.
• Bose-tuned stereo speakers for improved audio quality while gaming, watching movies, or listening to music.

Massive Battery with Fast Charging

The Redmi K100 Pro Max is equipped with a huge 9,070mAh battery.

This large battery is designed to provide long-lasting usage even during heavy gaming or multimedia use.

The phone also supports:

• 100W wired fast charging
• 50W wireless charging

These charging speeds allow users to quickly recharge the large battery.

Powerful Camera System

For photography, the Redmi K100 Pro Max is expected to include a premium triple-camera setup.

According to current leaks, the phone may feature:

• 200MP main camera
• 50MP ultra-wide camera
• 50MP periscope telephoto camera

This combination is expected to deliver high-quality photos, wide-angle shots, and powerful optical zoom for distant subjects.

Xiaomi Yet to Announce Launch Date

Although Xiaomi has confirmed many of the Redmi K100 Pro Max’s display features, the company has not yet announced the official launch date.

If the announced specifications remain unchanged, the Redmi K100 Pro Max could become one of Xiaomi’s most advanced smartphones, offering a next-generation OLED display, high-end gaming performance, a huge 9,070mAh battery, ultra-fast charging, and a powerful triple-camera system.

Pakistan Telecommunication Authority (PTA) has asked the newly merged Ufone-Telenor company to provide complete information about its new business structure before making any major changes.

According to sources, the telecom regulator has directed the merged company to submit details about its legal, financial, administrative, and operational setup. PTA wants to review how the new company will operate after the merger and ensure that it complies with Pakistan’s telecom laws.

No New Brand Without PTA Approval

PTA has also made it clear that the merged company cannot launch a new brand name, logo, or advertising campaign without first getting official approval from the regulator.

The instructions were issued through a formal notice to Pak Telecom Mobile Limited (PTML), the company that operates Ufone and now includes Telenor Pakistan after the merger.

According to the regulator, any change in branding must be approved before it is introduced to customers.

PTA Wants Complete Records

Official documents show that PTA has requested all important records related to the merger.

The authority has asked the company to submit:

• Details of its new corporate structure.
• Legal approvals obtained under Pakistani laws.
• Financial and administrative information.
• Other relevant documents related to the merger.

The regulator wants to ensure that the newly merged company is operating according to all legal and regulatory requirements.

Merger Had to Be Reported

Sources said PTA had already instructed PTML and the merged company to inform the authority immediately after the legal merger was completed.

This notification allows PTA to review all post-merger arrangements before the company begins operating under its new structure.

The regulator says this process is necessary to protect consumers, maintain fair competition, and ensure that telecom companies continue to follow national regulations.

Company Seeks Approval for New Brand

After completing the legal merger of Telenor Pakistan into Pak Telecom Mobile Limited (PTML), the company has approached both the Securities and Exchange Commission of Pakistan (SECP) and the Pakistan Telecommunication Authority (PTA) to seek approval for a new brand identity.

The applications are currently under review by the relevant authorities.

Global “e&” Brand May Replace Ufone and Telenor

As part of its long-term integration plan, PTML has proposed adopting the global “e&” brand.

If the required approvals are granted, the company plans to gradually replace both the Ufone and Telenor consumer brands with the e& brand.

However, this change cannot take place until PTA and other regulators officially approve the new branding.

Waiting for Regulatory Approval

For now, the merged telecom operator must continue following PTA’s instructions while the regulator reviews its legal structure and branding plans.

Once all required approvals are granted, the company is expected to move forward with its post-merger integration and eventually introduce its new identity under the e& brand

DeepSeek has officially released DeepSeek V4-Flash, a new lightweight artificial intelligence (AI) model that offers strong performance while costing much less than many leading AI models.

The company has also open-sourced the model, meaning developers, researchers, and businesses can freely download, modify, and use it under the MIT open-source license, even for commercial projects.

According to DeepSeek, V4-Flash performs better than several popular AI models, including GLM 5.2, and comes close to Anthropic’s Claude Opus 4.8 in many benchmark tests—all while costing only a small fraction of the price.

Built with a Massive AI Architecture

DeepSeek V4-Flash is based on a Mixture of Experts (MoE) architecture.

The model contains 284 billion parameters, although only 13 billion parameters are activated each time it processes a request.

This design allows the model to deliver powerful performance while reducing computing costs and improving response speed.

The complete model repository available on Hugging Face is listed at 304 billion parameters because it also includes DSpark, DeepSeek’s speculative decoding system that helps generate responses faster.

Supports One Million Tokens

One of the biggest features of V4-Flash is its one-million-token context window.

This means the AI can understand and remember a huge amount of information during a single conversation or task.

It can work with:

• Long books
• Large legal documents
• Massive software projects
• Research papers
• Thousands of lines of code

without losing track of earlier information.

Better Performance Than Many AI Models

DeepSeek says the new V4-Flash-0731 version performs better than both the earlier V4-Flash Preview and V4-Pro Preview models.

According to the company, it also outperformed GLM 5.2 across all nine published benchmark tests.

The model performed especially well in coding, software engineering, AI agent tasks, and automation benchmarks.

In several tests, V4-Flash came very close to the performance of Claude Opus 4.8, including:

• Terminal Bench
• DeepSWE
• Agents’ Last Exam
• AutomationBench
• DSBench-FullStack

Claude Opus 4.8 still achieved better results in some areas such as:

• NL2Repo
• Cybergym
• Toolathlon
• DSBench-Hard

However, DeepSeek noted that all benchmark results were measured internally using its own testing methods. Independent testing may produce different results.

Costs More Than 100 Times Less Than Claude

One of V4-Flash’s biggest advantages is its low price.

DeepSeek charges:

• $0.14 per million input tokens
• $0.0028 per million cached input tokens
• $0.28 per million output tokens

According to the company, this makes V4-Flash over 100 times cheaper than Claude Fable 5 for many AI tasks.

Compared to DeepSeek’s own V4-Pro model, V4-Flash’s output is also around three times less expensive.

Designed for Developers

The API supports:

• Up to 2,500 simultaneous requests per account
• One-million-token context
• Outputs of up to 384,000 tokens
• Both reasoning and standard response modes

Developers can also use:

• Function calling
• Responses API compatibility
• Codex support
• Thinking mode
• Non-thinking mode

These features make the model useful for software development, AI agents, coding assistants, and automation tools.

Smarter AI Reasoning

V4-Flash includes three reasoning modes:

• Low
• High
• Maximum

The higher reasoning settings allow the AI to spend more time solving difficult problems before producing an answer.

DeepSeek recommends:

• Temperature: 1.0
• Top-p: 0.95 for AI agent tasks
• Top-p: 1.0 for general tasks

Faster Response Generation

The model includes DSpark, a speculative decoding system that predicts multiple words ahead before verifying them.

According to DeepSeek, DSpark improves response speed by 60% to 85% compared to the company’s previous decoding system without reducing overall performance.

Training and Efficiency

DeepSeek trained V4-Flash using more than 32 trillion tokens, making it one of the largest AI training efforts announced so far.

The company says the model is much more efficient than earlier versions.

At a one-million-token context, V4-Flash reportedly uses:

• Only 10% of the computing power
• About 7% of the memory cache

required by the previous DeepSeek V3.2 model.

This allows the AI to process huge amounts of information while using significantly fewer computing resources.

Self-Hosting Requires Powerful Hardware

Although anyone can use the hosted API without special hardware, running the model locally is much more demanding.

DeepSeek says self-hosting requires powerful servers because all of the model’s experts must remain loaded in memory.

For example:

• A reference setup uses four NVIDIA GB300 GPUs.
• The 8-bit GGUF version of the model is about 162GB.
• The 3-bit version is around 103GB.

Because of these large memory requirements, self-hosting is mainly suitable for companies, research labs, and organizations with high-end multi-GPU systems.

Open Source for Everyone

DeepSeek has released V4-Flash under the MIT license, allowing anyone to:

• Download the model.
• Modify it.
• Use it for commercial products.
• Deploy it on private servers.

This makes it one of the most accessible high-performance AI models currently available.

V4-Pro Still Coming

DeepSeek also confirmed that the final version of V4-Pro is still under development.

The company has not announced when it will be released.

A Powerful Yet Affordable AI Model

With its 284-billion-parameter Mixture of Experts architecture, one-million-token context window, low operating costs, strong benchmark performance, and open-source availability, DeepSeek V4-Flash is designed to offer powerful AI capabilities without the high costs of many commercial models.

However, DeepSeek also noted that its benchmark results are based on the company’s own testing. Developers are encouraged to evaluate the model on their own workloads before deciding whether it meets their needs.

Hisense has introduced a new budget gaming monitor called the N24 2027 Edition in China. The monitor is priced at 499 yuan, which is around $74, making it an affordable option for users who want a smooth display for everyday work, entertainment, and gaming.

At the moment, Hisense has only launched the monitor in China. The company has not announced whether it will be available in other countries.

23.8-Inch Full HD Display

The Hisense N24 features a 23.8-inch IPS display with a Full HD (1920 × 1080) resolution.

The monitor uses a 16:9 aspect ratio, which is the standard size for watching videos, browsing the internet, office work, and gaming.

One of its biggest highlights is the 180Hz refresh rate. A higher refresh rate allows the screen to update more times every second, making games look smoother and improving the overall viewing experience.

The IPS panel also provides 178-degree viewing angles, so the picture remains clear even when viewed from the side.

Bright Screen and Good Color Quality

The Hisense N24 has a 300-nit brightness, making it suitable for indoor use in homes and offices.

It also offers a 1500:1 contrast ratio, helping produce deeper blacks and better image quality.

According to Hisense, the monitor supports:

• 99% of the sRGB color space
• 90% of the DCI-P3 color space

This means it can display accurate and vibrant colors, making it suitable not only for gaming but also for watching movies, editing photos, and basic content creation.

The monitor can display 16.7 million colors, resulting in more natural and detailed images.

Built for Smooth Gaming

Hisense has included several gaming features to improve the experience.

The monitor supports AMD FreeSync, a technology that matches the monitor’s refresh rate with the graphics card. This helps reduce:

• Screen tearing
• Stuttering
• Lag during gameplay

The on-screen settings also allow users to adjust the monitor’s response time for smoother motion.

Another useful feature is Dark Scene Enhancement, which makes darker parts of games brighter. This helps players spot enemies or important objects more easily in dark environments.

Eye Protection Features

Hisense has designed the N24 to be more comfortable for long hours of use.

The monitor includes:

• DC Dimming, which reduces screen flickering.
• Hardware-level Low Blue Light technology, which lowers harmful blue light to reduce eye strain.

Unlike many software blue light filters that make the screen look yellow, Hisense says its hardware solution reduces blue light while keeping colors more natural.

The monitor has also received TÜV Rheinland Low Blue Light and Flicker-Free certifications, confirming that it meets recognized eye comfort standards.

Ports and Connectivity

The Hisense N24 includes two display connection options:

• 1 HDMI port
• 1 VGA port

This allows the monitor to work with both modern computers and older desktop systems that still use VGA connections.

Adjustable Stand

The monitor comes with a tool-free quick-release stand, making it easy to assemble without using any tools.

The stand supports tilt adjustment from -5 degrees to 20 degrees, allowing users to find a more comfortable viewing angle.

For users who prefer mounting the monitor on a wall or monitor arm, it also supports 100 × 100mm VESA mounting.

Affordable Gaming Monitor

With its 23.8-inch Full HD IPS display, 180Hz refresh rate, AMD FreeSync support, eye protection features, and affordable price of around $74, the Hisense N24 2027 Edition is aimed at users looking for a budget-friendly monitor for gaming, work, and everyday entertainment.

Hisense has not yet confirmed whether the monitor will be released in international markets.

Xiaomi is expected to launch its new Redmi Turbo 6 smartphone series in the coming months. According to recent leaks, the lineup will include two models:

• Redmi Turbo 6
• Redmi Turbo 6 Max

While Xiaomi has not officially confirmed the phones, several well-known tipsters have revealed possible details about the Redmi Turbo 6 Max. The biggest highlight is its massive battery, which could become the largest battery ever used in a Xiaomi smartphone.

Huge 10,000mAh Battery

According to tipster Smart Pikachu, Redmi is currently testing the Turbo 6 Max with a 10,000mAh battery.

If this information is accurate, the phone could offer exceptional battery life, allowing users to use the device for much longer on a single charge. It may easily last two days or more with normal use, depending on usage habits.

However, Xiaomi has not confirmed the final battery size, so the company could still make changes before the official launch.

There are also rumors that the upcoming Chinese version of the Redmi Note 17 Pro Max may include a similar 10,000mAh battery, so it is still unclear which phone will have the biggest battery in Xiaomi’s lineup.

New Camera Design

The leak also suggests that the Redmi Turbo 6 Max will have a dual rear camera setup instead of multiple camera sensors.

The phone is expected to feature a clean and simple camera design, giving it a more modern appearance.

Some reports claim Xiaomi may switch to a horizontal camera module, which would be different from the camera layout used on previous Redmi Turbo models.

Expected Launch in January

According to Smart Pikachu, Xiaomi is planning to launch the Redmi Turbo 6 Max in January.

Another well-known tipster, Digital Chat Station, has also mentioned the same launch timeframe in a separate leak, adding more support to the January launch rumor.

However, Xiaomi has not officially announced a release date.

Large 2K OLED Display

Previous leaks from Digital Chat Station suggest that the Redmi Turbo 6 Max will feature a large 7-inch flat OLED display.

The screen is expected to have a 2K resolution, offering sharper images, better colors, and improved viewing quality for videos, gaming, and everyday use.

A large OLED display combined with a huge battery could make the phone especially attractive for users who watch videos, play games, or spend long hours on their smartphones.

Powerful New Processor

The Redmi Turbo 6 Max is also expected to be powered by a 3nm MediaTek Dimensity 9-series processor.

Although MediaTek has not officially announced the chipset, reports suggest it could be called the Dimensity 9600s.

A 3nm processor would provide better performance while using less power, helping improve both speed and battery efficiency.

Premium Build Quality

Leaks suggest that Xiaomi will give the Redmi Turbo 6 Max a metal middle frame, making the phone feel stronger and more premium.

The phone is also expected to receive IP68 and IP69 ratings, which means it should offer excellent protection against dust and water.

These ratings indicate that the device could survive water splashes, heavy rain, and even temporary water immersion under certain conditions.

Ultrasonic Fingerprint Scanner

For security, the Redmi Turbo 6 Max is rumored to include an ultrasonic fingerprint scanner built into the display.

Compared to traditional optical fingerprint sensors, ultrasonic technology is generally faster, more accurate, and works better even when users have slightly wet or dirty fingers.

Xiaomi Has Not Confirmed the Details

Although the leaks suggest the Redmi Turbo 6 Max could offer a massive battery, a large OLED display, a powerful next-generation processor, and premium build quality, Xiaomi has not officially confirmed any of these specifications.

The company is expected to reveal more information closer to the phone’s launch, so for now, all of these details should be considered rumors and leaks rather than confirmed features

Microsoft has significantly increased the prices of its Xbox Series S and Xbox Series X consoles across Europe and the United Kingdom. The new prices became effective on August 1, making Xbox consoles much more expensive for customers in these regions.

The latest price hike is even larger than the increases Microsoft previously announced for the United States and several other countries.

Xbox Prices Increase Across Europe

Microsoft has updated the prices of all current Xbox console models in Europe.

The new prices are:

• Xbox Series S 512GB: €499.99 (previously €349.99)
• Xbox Series S 1TB: €599.99 (previously €399.99)
• Xbox Series X Digital 1TB: €749.99 (previously €549.99)
• Xbox Series X 1TB: €799.99 (previously €599.99)

This means:

• The Xbox Series S 512GB is now €150 more expensive.
• The other three models have each increased by €200.

According to reports, the entry-level Xbox Series S now costs the equivalent of around $575 after currency conversion, making it much more expensive for European buyers than in some other markets.

Xbox Prices Also Rise in the UK

Customers in the United Kingdom are also facing major price increases.

The new UK prices are:

• Xbox Series S 512GB: £429.99 (previously £299.99)
• Xbox Series S 1TB: £519.99 (previously £349.99)
• Xbox Series X Digital 1TB: £619.99 (previously £449.99)
• Xbox Series X 1TB: £669.99 (previously £499.99)

The increases range from £130 to £170, depending on the model.

Microsoft’s official UK online store has already updated the prices to reflect these changes.

Earlier Price Increase in Other Countries

These new European and UK prices follow Microsoft’s earlier announcement in June, when the company said Xbox console prices would increase globally.

For customers in the United States:

• The 512GB Xbox models became $100 more expensive.
• The 1TB models received a $150 price increase.

The latest European price hikes are even larger than those announced for the US.

Why Are Prices Going Up?

Microsoft says one of the biggest reasons behind the price increase is the rising cost of storage and memory components used inside modern gaming consoles.

According to the company, the cost of storage chips has already:

• More than doubled once.
• Then doubled again after that.

Microsoft also expects storage prices to rise further before the 2027 holiday shopping season.

The company added that memory chips are also becoming more expensive, increasing the overall manufacturing cost of Xbox consoles.

Other Console Makers Are Also Raising Prices

Microsoft is not the only gaming company increasing prices.

Earlier this year:

• Sony raised the prices of the PlayStation 5 in several markets.
• Nintendo also announced price increases for some of its gaming products.

These price hikes reflect the growing cost of electronic components, manufacturing, and global supply chains.

Xbox Becomes More Expensive

With the latest changes, Xbox consoles have become significantly more expensive for buyers in Europe and the UK.

Although Microsoft says rising production costs are responsible for the increases, the higher prices could make it more difficult for some gamers to buy a new Xbox console, especially as competition in the gaming market continues to grow.

Engineers at Northwestern University have created a new experimental drone that is much harder for people to see while it is flying. Instead of using camouflage, transparent materials, or special light-bending technology, the drone hides itself by spinning very quickly.

The researchers call the drone “Phantom Twist.” Its unique design takes advantage of the way the human eye sees fast-moving objects. When something spins very fast, our eyes cannot clearly see its shape. This is the same reason why the blades of a fast-spinning fan or propeller appear almost invisible.

Drone Spins 25 Times Every Second

The Phantom Twist can spin 25 times per second while flying.

Because it rotates so quickly, people cannot clearly see the drone’s body. Instead of looking like a normal drone, it appears as a faint, blurry, semi-transparent shape that blends into the background.

The drone does not become completely invisible, but it becomes much more difficult to notice, especially from a distance.

Designed for Less Disturbance

The researchers believe this technology could be useful in situations where regular drones might disturb people or animals.

For example, the drone could be used for:

• Monitoring wildlife without scaring animals.
• Surveying forests, wetlands, and natural habitats.
• Inspecting bridges, power lines, and other infrastructure.
• Conducting environmental research with less visual distraction.

Because the drone is harder to notice, animals are less likely to run away, and people are less likely to change their behavior when it is flying nearby.

A Different Drone Design

Unlike most drones, which have four propellers attached to a fixed body, Phantom Twist has a completely different design.

It uses:

• One motor
• One propeller

The propeller spins in one direction, while the rest of the drone rotates in the opposite direction.

Since there are no large stationary parts, the entire drone becomes a moving blur during flight, making it much harder to see.

AI Helped Design the Drone

Artificial intelligence played a major role in creating Phantom Twist.

The research team first used computer software to generate around 20,000 possible drone designs that could fly safely.

AI and optimization algorithms then tested different positions for important parts such as:

• The motor
• The propeller
• The batteries
• The circuit board
• The counterweight

The goal was to find a design that was both stable in the air and difficult for humans to notice.

Tested Against Real Backgrounds

After generating thousands of designs, the researchers tested the most promising ones using computer simulations.

The drones were shown spinning in front of 100 different real-world backgrounds, including natural environments and urban scenes.

The researchers used a computer model that mimics human vision to measure how noticeable each drone looked.

They selected the 500 least visible designs and continued improving them until they found the best balance between stability and low visibility.

Once the final design met all requirements, they built a real working prototype and tested it in flight.

Around 10 Times Harder to Notice

According to the research team, the finished Phantom Twist is about 10 times less visible than a traditional quadcopter.

The drone’s components are placed at different heights and angles so that, while spinning, they visually blend together instead of standing out.

This creates a motion blur effect that makes the drone much less noticeable to the human eye.

Still a Prototype

Although the Phantom Twist performs well, it is still an experimental project.

The researchers say the drone still has a few limitations.

For example:

• Its propeller is still quite noisy.
• Some wires and support rods remain visible during flight.

Future versions are expected to use:

• More transparent materials.
• Quieter motors and propellers.
• Improved designs that make the drone even harder to notice.

Research Presented in Australia

The research was presented on July 16 at the Robotics: Science and Systems 2026 conference held in Sydney, Australia.

The study was titled “Computational Design of a Low-Visibility UAV Using a Human-Aligned Perceptual Metric.”

The project was led by Michael Rubenstein, an associate professor of computer science and mechanical engineering at Northwestern University’s McCormick School of Engineering and a member of the university’s Center for Robotics and Biosystems.

Other members of the research team included Emma Alexander, Sam Kriegman, David Matthews, Jingxian Wang, and Chen Yu.

The research was supported by the National Science Foundation.

If future improvements are successful, drones like Phantom Twist could become valuable tools for wildlife research, environmental monitoring, scientific studies, and infrastructure inspections by carrying out their work while attracting much less attention than traditional drones.