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Apple’s Zero-Bezel iPhone Display Faces Delays

If you’re eagerly waiting for an iPhone with a bezel-free OLED display, it seems you may have to wait longer than initially expected. A recent industry report reveals that Apple’s highly anticipated zero-bezel iPhone display is facing delays, with no confirmed release date in sight. In this article, we’ll explain everything you need to know about the zero-bezel iPhone and why the OLED screen launch timeline remains uncertain.

According to The Elec, a South Korean news outlet known for reporting on Apple’s technology developments, the release of the zero-bezel OLED display for iPhones has been delayed. The technology is not yet ready for mass production, meaning the release of the all-screen iPhone might not happen until 2025 or even 2026.

Although The Elec did not completely dismiss the development of the zero-bezel iPhone display, it highlighted that Samsung and LG are working on potential candidates for the technology. However, due to ongoing technical challenges, these displays have not yet entered mass production, making it unlikely that the technology will be available for commercial use anytime soon.

Key Reasons Behind the Delay of the Zero-Bezel iPhone Display

The delay in launching the zero-bezel iPhone display is primarily due to a few significant technical challenges that need to be overcome:

1. Camera and Face ID Integration

One of the major obstacles is the integration of the front camera and Face ID sensors beneath the display. Samsung is reportedly facing challenges with transmittance, which refers to the camera’s ability to function effectively while hidden beneath the screen’s active pixels. Overcoming this issue is crucial for ensuring that the camera and Face ID technology work seamlessly under the OLED display.

2. Advanced Display Technology Requirements

Apple has stringent requirements for the OLED display. Specifically, Apple has requested the use of Thin Film Encapsulation (TFE), which prevents moisture from entering the organic LEDs, and Optically Clear Adhesive (OCA), which ensures near-perfect color reproduction and prevents color distortion, especially along the slightly curved edges of the screen. This advanced technology adds significant complexity to developing a zero-bezel iPhone.

3. Durability Issues

A bezel-free iPhone design could be more prone to damage compared to current iPhone models. The absence of bezels could impact the phone’s durability, making it more vulnerable to physical damage. Apple will need to address these durability concerns to ensure the device meets its high standards for reliability and longevity before it can be released to the public.

Until these technical challenges are addressed, Apple is expected to delay the launch of the zero-bezel iPhone, despite the concept being an exciting prospect for fans. While the bezel-less iPhone remains a potential game-changer, the current obstacles suggest that we may not see the first model for several more years.

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Redmi Turbo 4 Set to Debut as the First Phone with MediaTek Dimensity 8400-Ultra Chipset

The smartphone industry is buzzing as Redmi gears up to launch its latest handset, the Redmi Turbo 4, in early 2025. The device is confirmed to debut with the cutting-edge MediaTek Dimensity 8400-Ultra chipset, setting the stage for significant advancements in performance and AI capabilities. Meanwhile, Realme is also expected to enter the competition with a phone powered by the Dimensity 8400, rumored to be the Realme Neo 7 SE.

Redmi Turbo 4: A Groundbreaking Launch

Launch Details and Timing

Redmi has officially announced that the Turbo 4 will arrive in China in early 2025, likely by January, as per leaks. This marks the Turbo 4 as the first smartphone globally to feature the Dimensity 8400-Ultra chipset.

Leaked Design

render of the Redmi Turbo 4 reveals a sleek design featuring:

  • dual rear camera setup.
  • flat display with minimal, uniform bezels for a premium, immersive look.

Realme Neo 7 SE: Another Dimensity 8400 Flagship in the Pipeline

Teased Features

Realme has hinted at the launch of a smartphone powered by the recently unveiled MediaTek Dimensity 8400 chipset. While the name has not been officially confirmed, prominent tipster Digital Chat Station suggests it could be the Realme Neo 7 SE.

Sibling Model

The Neo 7 SE is expected to complement the Realme Neo 7, which launched earlier this month in China.

MediaTek Dimensity 8400-Ultra: A Chipset Built for the Future

The Dimensity 8400-Ultra chipset, an advanced variant of the Dimensity 8400, boasts impressive specifications designed for next-generation smartphones:

  • CPU Architecture:
    • Eight Arm Cortex-A725 cores, with the primary core clocked at a blazing 4.32GHz.
  • GPU:
    • Arm Mali-G720, delivering superior graphics performance.
  • AI Processing:
    • Integrated MediaTek NPU 880, designed to enhance generative AI capabilities.
  • Memory and Storage:
    • Support for LPDDR5x RAM and UFS 4.0 storage for lightning-fast speeds.
  • Camera and Display:
    • Equipped with MediaTek Imagiq 1080 ISP, enabling faster focus and better light capture.
    • Support for up to 320-megapixel camera sensors and displays with WQHD resolution at up to 144Hz refresh rates.

What to Expect from the Redmi Turbo 4 and Realme Neo 7 SE

Both smartphones are expected to leverage the powerful Dimensity 8400 chipset to deliver exceptional performance.

Redmi Turbo 4 Highlights

  • Likely to target tech enthusiasts seeking cutting-edge features and sleek design.
  • Dual cameras and slim bezels may appeal to users prioritizing photography and display quality.

Realme Neo 7 SE Predictions

  • Positioned as a slightly toned-down variant of the Neo 7 but retaining flagship-level specs.
  • Aimed at consumers who want powerful hardware at a competitive price.
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Blind and Partially Sighted People Face New AI Challenges: Advocates Call for Inclusive Design

Artificial intelligence (AI) and its associated technologies are transforming industries and daily life, yet blind and partially sighted individuals are being left behind, according to Tom Pey, the new president of the Royal Society for Blind Children (RSBC). His stark warning underscores the need for inclusive design across emerging technologies like AI agents, video games, and wearable devices.

The Growing Divide

Pey highlighted how existing challenges faced by blind children are now exacerbated by exclusion from technologies heavily reliant on visual interfaces. “They’re distanced from their non-disabled peers,” Pey remarked, “because [their peers] can experience games, alternative realities, and AI-driven visual types of technology.”

Having lost his sight as a child, Pey is an experienced advocate for accessible technology. He developed the Waymap app, which provides step-by-step audio navigation to support people with sight loss. Despite advances, he argues that much of today’s AI hardware remains visually oriented, neglecting the needs of the blind and visually impaired.

Pey has urged Peter Kyle, the UK’s technology secretary, to legislate for inclusive technology design. He called on companies to embrace accessibility as a priority rather than an afterthought.

“If we look at the hardware around AI, a lot of it is visual,” Pey stated, “and it ignores the needs of blind people.” He noted that this exclusion extends beyond blindness to people who struggle with interpreting visual information, emphasizing the pressing need for inclusive design principles.

Research by the Royal National Institute of Blind People (RNIB) highlights the digital exclusion faced by blind and partially sighted individuals:

  • Blind people are less likely to use the internet daily compared to the general population.
  • They are also more likely to lack access to smartphones or other digital devices.

However, the RNIB also found signs of progress, with digital exclusion for this group decreasing as accessible technologies emerge.

AI Technology Making Strides in Accessibility

While significant gaps remain, major tech companies like Google, Meta, and OpenAI are working on solutions to help blind and partially sighted individuals interact with AI-driven tools:

  1. Meta’s Ray-Ban Smart Glasses
    • Meta has launched glasses that enable wearers to connect with sighted volunteers. These volunteers, seeing through the glasses’ lens, provide real-time descriptions of the user’s surroundings.
  2. OpenAI’s Virtual Volunteer
    • Using ChatGPT-4, OpenAI has collaborated with the Be My Eyes app to provide audio descriptions. For instance, the system can describe objects in a user’s fridge and answer related questions.
  3. Google Lookout App
    • Google’s Lookout app assists users with low vision by reading texts, audio-describing images, and engaging in interactive Q&A sessions.

These initiatives show promise, but advocates argue they still fall short of bridging the widening experiential gap between sighted and non-sighted users.

The Road Ahead

Pey emphasized that young blind people are particularly affected by this disparity. The ability to participate in gaming, alternative realities, and other visually driven technologies is becoming a cornerstone of social interaction. Blind individuals, however, find themselves excluded from these experiences.

“This is a new level of discrimination,” Pey said, “which could be avoided by upfront thinking.” He stressed the importance of designing technologies with disabled people in mind from the outset, rather than adapting them retroactively.

To ensure equitable access, Pey and other advocates are calling for more robust action:

  • Policy Changes: Governments must legislate to mandate inclusivity in tech development.
  • Corporate Responsibility: Companies need to prioritize accessibility in product design.
  • Awareness Campaigns: Educating designers and developers about the needs of disabled users is critical.

Inclusion in AI-driven technologies not only empowers blind individuals but also enriches society as a whole by fostering diversity and innovation.

As Pey aptly concluded, “The designers need to just wake up to the fact that they should design for disabled people.”

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Xiaomi Pad 7 Launches in India on January 10: Everything You Need to Know

Xiaomi is set to expand its product lineup in India by introducing the much-anticipated Xiaomi Pad 7 on January 10. The tablet, which debuted in China in October, will bring a host of premium features to the Indian market.

Confirmed Details: Amazon Promo Teaser

Amazon India has created a promotional page for the Xiaomi Pad 7, confirming the launch date. While the page does not explicitly reveal the specifications of the Indian model, the teaser images hint that Xiaomi will also introduce accessories like the Bluetooth keyboard and stylus, making the Pad 7 a compelling option for productivity enthusiasts.

Leaked Specifications: What to Expect

According to a Geekbench listing, the Indian variant of the Xiaomi Pad 7 is expected to feature the Snapdragon 7+ Gen 3 processorAndroid 15, and 12GB of RAM—identical to the specs of the Chinese model.
If the Indian version mirrors the Chinese counterpart, here’s what you can expect:

  • Display: A stunning 11.2-inch 144Hz LCD with a resolution of 3,200 x 2,136 pixels, ideal for gaming, media consumption, and multitasking.
  • Storage Options: Up to 256GB of internal storage for ample space to store apps, files, and media.
  • Cameras: A 13MP primary camera and an 8MP selfie camera, perfect for casual photography and video calls.
  • Battery Life: A massive 8,850 mAh battery with support for 45W fast charging, ensuring uninterrupted usage.
  • AudioStereo speakers to deliver an immersive sound experience.

Will the Xiaomi Pad 7 Pro Come to India?

While Xiaomi launched the Pad 7 Pro alongside the standard Pad 7 in China, it is unlikely to make its way to India. This aligns with Xiaomi’s previous strategy of not launching the Pad 5 Pro or Pad 6 Pro in the Indian market.

With its high-end specs and productivity-focused accessories, the Xiaomi Pad 7 is poised to compete with other mid-range tablets in India. It caters to a wide range of users, from students and professionals to entertainment seekers.

Stay tuned for the official announcement and pricing details on January 10.

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Xiaomi 15 Ultra: What to Expect from the Upcoming Flagship Smartphone in February 2025

Xiaomi’s highly anticipated 15 Ultra flagship smartphone is set to launch in February 2025, with an initial release in China, as confirmed by a Xiaomi executive earlier. Now, renowned Chinese leaker Digital Chat Station has offered a more specific, albeit still somewhat vague, launch window—indicating that the official debut will occur by the end of February.

Xiaomi 15 Ultra: The Powerhouse Inside

At the heart of the Xiaomi 15 Ultra is the Snapdragon 8 Elite chipset, the latest and most powerful processor in Qualcomm’s lineup. This powerful chip promises top-tier performance, offering smooth multitasking, gaming, and AI-driven features. Whether you’re into gaming or just looking for a device that handles everything effortlessly, the Snapdragon 8 Elite will be a key player in delivering a seamless experience.

Display and Design: A Stunning OLED Experience

The Xiaomi 15 Ultra is rumored to come with a 2K OLED display, boasting a micro-quad-curve design. The screen will deliver impressive 120Hz refresh rates, ensuring smooth scrolling and a responsive touch experience. The embedded ultrasonic fingerprint scanner adds an extra layer of security and convenience, allowing for seamless unlocking.

This high-resolution display will not only provide brilliant color accuracy but will also improve media consumption, offering vibrant and crisp visuals for gaming, video streaming, and more.

Software: Android 15 with Xiaomi’s HyperOS 2

Out of the box, the Xiaomi 15 Ultra will run on Android 15, the latest version of Google’s mobile operating system. On top of that, it will feature Xiaomi’s HyperOS 2, a custom skin designed to enhance the Android experience. Expect improved customization options, smoother animations, and better integration with Xiaomi’s ecosystem of smart devices.

Battery and Charging: Speed Meets Endurance

Xiaomi’s flagship will be equipped with a 6,000 mAh battery, ensuring all-day usage without needing frequent recharges. When it’s time to power up, the Xiaomi 15 Ultra will support 90W wired charging, delivering incredibly fast top-ups. Additionally, it will feature 50W wireless charging, allowing for convenient and efficient power-ups without the need to plug in.

Camera: Quad Camera Setup with Flagship-Grade Sensors

One of the standout features of the Xiaomi 15 Ultra will be its quad-camera system, designed to capture stunning photos and videos in almost any setting.

  • Primary Sensor: The main sensor is a 1-inch Sony Lytia LYT-900, promising exceptional detail, vibrant colors, and excellent low-light performance.
  • Ultrawide: A 50 MP ultrawide camera powered by Samsung’s ISOCELL JN5 sensor, perfect for capturing expansive landscapes and wide-angle shots.
  • Telephoto: Another 50 MP telephoto camera designed to zoom in on subjects without sacrificing detail.
  • Periscope Telephoto: Finally, a 200 MP periscope telephoto sensor, capable of 100x hybrid “AI” zoom, will allow users to get incredibly close to distant objects while maintaining clarity. The exact nature of the AI zoom feature remains unclear, but it likely involves software enhancements to improve the zoom experience.

This combination of cutting-edge camera sensors will make the Xiaomi 15 Ultra a versatile device for photography enthusiasts, whether you’re capturing breathtaking landscapes, intricate details, or stunning portraits.

The Competitive Landscape

With its Snapdragon 8 Elite chip, an impressive camera array, and a sleek design, the Xiaomi 15 Ultra is shaping up to be a strong contender in the 2024 smartphone race. The flagship device combines powerful performance with standout features like fast charging, an advanced display, and an exceptional camera setup.

Xiaomi’s decision to roll out its 15 Ultra at the end of February will also put it in direct competition with other flagship smartphones expected in the early part of the year. For those looking to upgrade to a premium smartphone with top-tier specs, the Xiaomi 15 Ultra could be a game-changer.

As the February launch approaches, expect more details to emerge, and tech enthusiasts to closely watch the device’s performance in comparison to other flagship models from brands like Samsung and Apple.

The Xiaomi 15 Ultra appears poised to be a major player in the smartphone market, offering a blend of cutting-edge technology, robust performance, and advanced features. If you’re in the market for a new flagship smartphone in 2025, this is one device you’ll want to keep an eye on.

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Generative AI on Smartphones: Samsung, Google, and Apple Race to Dominate 2024

The generative AI boom has continued to gather momentum in 2024, with smartphones becoming a critical battleground for the technology’s evolution. Major players like Samsung, Google, and Apple are racing to integrate AI tools into their devices, bringing cutting-edge features to the palm of users’ hands.


As AI continues to transform industries, one major hurdle has been ensuring these advanced tools reach a wide audience. Building AI features into smartphones, which people use daily, has become the key strategy for getting generative AI into as many hands as possible. With more people using smartphones, the tech giants aim to integrate AI in ways that enhance usability, productivity, and convenience.

Samsung’s Early Lead with Galaxy AI

Samsung took the lead in January with the launch of its Galaxy AI suite, integrated into the new Galaxy S24 series. This suite included a variety of AI-powered tools designed to make users’ lives easier. The features ranged from text editing and rewriting based on different themes or moods, to advanced photo editing, transcription, and translation of audio or phone calls. One particularly impressive feature allowed users to search Google simply by drawing a circle around an object on their screen.


Samsung’s AI tools weren’t limited to just the S24; by mid-year, the company expanded these capabilities to its foldable devices. The results were striking: Samsung reported a more than 40% increase in customers switching from Apple iPhones to Samsung devices in the UK, thanks to the appeal of Galaxy AI.

Google’s Strategic Push for AI in the Pixel 9

By the summer of 2024, Google was gearing up to release its Pixel 9 series, bringing generative AI to its flagship smartphones. In a strategic move to stay ahead of Apple, Google brought the Pixel 9 launch forward, releasing it in August instead of the usual September or October slot. This allowed Google to get its AI-powered devices into consumers’ hands before Apple launched the iPhone 16 in September.


At the heart of Google’s AI pitch was its Gemini chatbot, which took center stage during the Pixel 9 announcement. Google emphasized how the new chips powering its devices, developed in collaboration with DeepMind, enabled these phones to run powerful AI models. This AI could greatly enhance the Google Assistant, improving how users interact with their devices and making Google search more intuitive by tapping into its vast database of information.

Apple’s Cautious Yet Robust AI Approach

In June, Apple previewed its new Apple Intelligence tools, offering a more cautious yet impactful entry into the generative AI space. These tools, much like those from Samsung and Google, were designed to help users edit text, transcribe conversations, and enhance or generate new images. Apple also promised significant upgrades to Siri, its virtual assistant, making it more intuitive and capable of understanding context better than ever.


Perhaps the most notable aspect of Apple’s approach was its collaboration with OpenAI, integrating ChatGPT directly into Apple devices. This partnership enabled users to process complex queries that were better suited to ChatGPT’s capabilities. On top of this, Apple emphasized Private Cloud Compute, a privacy-focused feature that ensures particularly sensitive user data is processed securely and is never stored.


While Samsung and Google rolled out their AI features quickly, Apple has adopted a more measured approach, limiting its availability to a select number of countries for now. This deliberate rollout gives Apple the opportunity to refine its technology before expanding it globally.

The Global Impact of AI Integration on Smartphones

As 2024 draws to a close, the three tech giants now offer flagship smartphones equipped with advanced AI tools. For many users, this marks the first time they’ve had direct access to generative AI on their devices. It’s clear that AI is no longer a futuristic concept but a reality that’s shaping how we interact with technology.


This rush to bring AI to the masses is having ripple effects across the industry. In December, OpenAI made waves by launching a ChatGPT version accessible via WhatsApp, enabling anyone worldwide to interact with the AI chatbot without needing to download a dedicated app or create an OpenAI account. This accessibility shows the growing trend of integrating AI into everyday platforms, reaching users regardless of their technical background.

What’s Next for Generative AI?

Looking ahead to 2025, it’s almost certain that if you haven’t yet experienced generative AI, you soon will. Whether you’re using a Samsung, Google, or Apple device, the future of smartphones is deeply intertwined with AI. From enhancing productivity to transforming creative processes, the potential for generative AI in the palm of your hand is just beginning to be realized.


With more developers and tech companies focusing on making AI tools accessible to a broader audience, the next few years promise even more innovation. As AI continues to evolve and improve, it seems likely that by 2025, AI-powered tools will be as ubiquitous as the smartphones themselves.

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Google Home User Levels: A Step Towards Smarter and Safer Home Sharing

Smart home technology eliminates the need to manually flip a light switch or adjust the thermostat. These systems are incredibly convenient for homeowners familiar with routines, voice commands, and access to the home hub. However, challenges arise when house-sitters or visiting friends and family need to perform simple tasks like turning lights on or off.

Previously, Google Home users had two imperfect options: grant full access to others, potentially risking accidental device deletion or altered settings, or rely on inconsistent responses from the voice assistant. Recognizing these limitations, Google has taken a significant step toward solving the problem by testing user levels within Google Home. This feature is currently available only to select users enrolled in Google’s Public Preview beta testing program.

Two User Levels for Smarter Control

Google’s new user levels—Admin and Member—introduce a hierarchy of permissions for shared access. While user levels are common in software, their integration into smart home systems marks an exciting development.

  • Admin Access:
    Admins retain full control, similar to the access previously available to all users. They can add or remove devices, relocate them within the app, rename them, and configure automations. Essentially, Admins have “full access.” Although there seems to be little difference between the “Admin” and “Owner” roles, certain settings might remain exclusive to the Owner, who originally set up the device or software.
  • Member Access:
    Members have more restricted permissions, focusing on basic device operation. For example, they can run devices like robot vacuums but can’t add new ones. Interestingly, Members can modify personal settings such as face and voice recognition.
    Members can also receive two optional permissions:
    • Activity Access: Allows them to view a device’s activity history.
    • Settings Access: Provides limited configuration options, including basic settings adjustments and the creation of automations.

How to Add Admins and Members

To use this feature, you must first enroll in Google’s Public Preview program. Once enrolled:

  1. Open the Google Home app and navigate to Settings.
  2. Select the new Household and Access menu.
  3. Tap the “+” icon in the upper-right corner.
  4. Enter the email address of the person you wish to invite.

The recipient will receive an email invitation. They’ll need to install the Google Home app, but they don’t need to be part of the Public Preview program themselves.

By introducing these user levels, Google Home makes smart home sharing safer and more practical. Admins maintain complete control, while Members gain essential functionality without risking accidental changes to the system. Although still in beta, this development is a promising leap toward more inclusive and secure smart home management.

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Apple Expands RCS Support for iPhone: Full List of Carriers

In late 2023, Apple introduced RCS (Rich Communication Services) support for iPhones, a much-anticipated feature that brings a significant upgrade to the messaging experience for iPhone users. RCS, a communication standard for messaging, is widely supported on Android devices, offering features like group chat, high-resolution image and video sharing, and typing indicators—functions that had previously been unavailable in messages sent to Android devices from an iPhone.

What is RCS?

RCS is a next-generation messaging standard that aims to enhance traditional SMS and MMS messaging. Unlike SMS, which is limited in functionality, RCS allows users to send high-quality images and videos, participate in group chats, see when someone is typing, and much more. For iPhone users, these features were previously available only when messaging other iPhone users using Apple’s proprietary iMessage service. When texting someone on Android, however, these features were not supported.


With the arrival of RCS support on iPhone, Apple has bridged this gap, making cross-platform messaging more seamless and feature-rich.

Initial Launch and Carrier Support

When Apple first launched RCS support on the iPhone, it was limited to a small number of carriers, mostly large providers. At that time, many users found that the feature was not widely available, which hindered the overall adoption of the technology.


However, Apple has now expanded RCS support, as noticed by 9to5Mac, which reported an updated list of carriers that support the feature. The expanded list includes a much broader range of carriers, significantly improving access to the service.

Full List of RCS-Supported Carriers for iPhone

Here’s the updated list of carriers that support RCS messaging on the iPhone:

  • AT&T
  • C Spire
  • Consumer Cellular
  • Cricket
  • FirstNet
  • H20 Wireless
  • Metro by T-Mobile
  • PureTalk
  • Red Pocket
  • Spectrum Mobile
  • T-Mobile
  • TracFone / Straight Talk
  • US Cellular
  • Verizon
  • Visible

In addition, Boost Mobile supports RCS, although it doesn’t appear officially in Apple’s list. RCS will work on iPhones running iOS 18.2 or later and only on models starting from the iPhone XS/XR onward.

Notable Missing Carriers in the U.S.

Despite the broader support for RCS, several carriers in the U.S. still do not support the messaging standard on the iPhone. Mint Mobile and Ultra Mobile, both of which were acquired by T-Mobile in 2024, are among the notable omissions from the list, leaving users on those networks without RCS messaging for the time being.

RCS Support in Europe

In Europe, RCS adoption on the iPhone is still in its early stages, and support is relatively limited. Many countries still lack RCS compatibility altogether. Here’s the current state of RCS support in some European countries:

  • Belgium: Base, Proximus, Telenet
  • Finland: SFR, O2, Telekom, Vodafone
  • Spain: Masmovil, Movistar, O2, Orange, Pepephone, Vodafone, Yoigo
  • Ukraine: BT, EE

Conclusion

Apple’s decision to bring RCS support to iPhones marks a significant step forward in making cross-platform communication more robust, especially for users who often text both Android and iPhone contacts. The update has dramatically expanded the number of carriers offering the service, particularly in the U.S. While RCS adoption in Europe is still catching up, the overall outlook is promising.


As more carriers around the world begin to embrace RCS, the messaging experience on iPhones is likely to improve, providing richer, faster, and more reliable communication for users across the globe.

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Nvidia RTX 50-Series: What to Expect from the “Blackwell” GPUs at CES 2025

AsCES 2025nears, details about Nvidia’s next-generationRTX 50-seriesgraphics cards are starting to emerge. These“Blackwell”GPUs promise exciting new features, withRTX 5080expected to be the first model to launch inJanuary 2025. Sources fromWccftechhave revealed that theRTX 5080will come with16GB of GDDR7 VRAM, which aligns with previous leaks.

Launch Timing and Expectations

TheRTX 5080is anticipated to be available shortly afterCES 2025, with a retail release likely aroundmid-January. While theRTX 5090is expected to be the flagship of the 50-series, it seems theRTX 5080will arrive first. TheRTX 5090is expected to launch a few weeks later, possibly by the end ofJanuaryorFebruary.

This timing gives theRTX 5080a head start, offering a more accessible option for gamers looking for high performance without the flagship price. However, theRTX 5090, rumored to pack a huge32GB of GDDR7 VRAM, will no doubt attract enthusiasts who demand top-tier performance.

As with previous generations, Nvidia is expected to release bothFounders Editionandthird-party variantsof theRTX 5080. These custom models from partner manufacturers may include improved cooling or factory overclocking, providing additional options for users seeking better performance or unique designs.

Looking Ahead to CES 2025

AtCES 2025,Nvidiais set to unveil theRTX 50-seriesalongside theirDLSS 4technology. Leaks from companies likeINNO3DandAsushave already given a taste of what’s to come, withNvidia 50-series laptop GPUsand potential new features on the horizon.

WithCES 2025just around the corner, theRTX 50-seriesis set to be one of the most exciting announcements in gaming hardware, and Nvidia’s next-gen GPUs are expected to deliver significant advancements in both performance and technology.

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Oppo Reno 13 Series 5G Launch in India: What to Expect

Oppo has officially confirmed the launch of its next-generation flagship smartphones, the Reno 13 series 5G, in India. Following the success of the Reno 12 series, the new lineup is expected to include two models: the Reno 13 5G and Reno 13 Pro 5G. Although the exact launch date has yet to be revealed, Oppo teased the unveiling will happen soon, sharing the news through a teaser post on X (formerly Twitter).

Design and Build

The Reno 13 series brings significant design upgrades, featuring a premium aluminium frame and a one-piece sculpted glass back. The triple-camera setup, arranged in a triangular design, includes two vertically aligned sensors and one positioned on the side. The camera module also houses an LED flash, speculated to be a ring light, which is becoming a popular trend in the smartphone industry. The devices are also expected to sport flat displays, giving them a sleek and modern look.

Display and Performance

The Reno 13 series will feature a 6.59-inch flat AMOLED display with a sharp resolution of 2760 x 1256 pixels and a smooth 120Hz refresh rate—as seen in the Chinese variant. This display will offer vibrant colors and a fluid experience, making it ideal for gaming and media consumption.

Powering the Reno 13 series will be the MediaTek Dimensity 8350 chipset, which includes an improved GPU for better gaming performance and faster app operations. A 5,600mAh battery will support 80W fast charging, ensuring long-lasting usage and quick recharges.

Camera and Selfie Capabilities

The camera setup is one of the standout features of the Reno 13 series. The rear cameras include a 50MP primary sensor with optical image stabilization (OIS) and an 8MP ultra-wide lens, providing excellent versatility for different photography styles. The 50MP front camera is designed for high-quality selfies and videos, ensuring sharp and clear results.

Software and Pricing

The Reno 13 series will run on ColorOS 15, based on Android 15, offering a refined software experience with a host of optimizations.

Pricing for the Reno 13 in China starts at CNY 2,699, which is approximately $370 USD. Although the exact pricing for India has yet to be confirmed, it is expected to be in a similar range.