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Samsung TV Market Share: Could TCL Take the Crown in 2026?

by Chief Editor
written by Chief Editor

Samsung’s TV Reign: Is the End Near? A Deep Dive into the Shifting Landscape

For two decades, Samsung has dominated the global TV market. But the tide is turning. Recent data suggests a potential shift in power, with TCL rapidly closing the gap. This isn’t just about market share; it signals a fundamental change in the TV industry, driven by aggressive competition and evolving technology.

The Rise of the Challengers: TCL, Hisense, and the Chinese Wave

Samsung’s decline, from over 26% market share a decade ago to a current 17% (as of November 2025, according to Counterpoint Research), isn’t a sudden event. It’s a consequence of the rise of Chinese manufacturers like TCL and Hisense. These brands have successfully captured market share by offering compelling TVs at significantly lower price points. Their strategy centers around LCD-based Mini-LED technology, providing a strong value proposition for consumers.

TCL, currently holding a 16% market share, is the most immediate threat. Hisense, with 10%, is also a significant player. Even Walmart’s Onn brand (selling Vizio TVs) is making inroads, securing a 5% share. This demonstrates a fragmentation of the market, moving away from the traditional dominance of Samsung and LG.

Beyond Market Share: The Software Battleground

The competition isn’t limited to hardware. The operating system powering these TVs is becoming increasingly crucial. Samsung’s Tizen OS, once a leader with nearly 34% market share in 2020, is now at around 23% and projected to fall to 20% by 2029. This decline coincides with the explosive growth of Google TV, which currently commands a 40% market share. LG’s webOS, at 15%, is also facing a potential dip below 14%.

Pro Tip: When choosing a smart TV, consider the operating system. Google TV offers a vast app ecosystem and seamless integration with other Google services. Tizen provides a streamlined experience, while webOS is known for its intuitive interface.

The Next Generation: Micro RGB – A New Hope?

While OLED TVs remain the gold standard for picture quality (primarily offered by Samsung and LG), they come with a premium price tag. The industry is now focusing on Micro RGB TVs as a potential bridge between Mini-LED and OLED. These TVs utilize micrometer-sized RGB LEDs for backlighting, promising improved picture quality compared to Mini-LED while remaining more affordable than OLED.

Samsung, Hisense, and TCL are all investing heavily in Micro RGB technology. This suggests a future where consumers have more options for high-quality visuals at various price points. The success of Micro RGB will likely determine which brands can maintain or gain market share in the coming years.

OLED’s Continued Relevance and the Premium Segment

Despite the rise of Mini-LED and Micro RGB, OLED technology isn’t going anywhere. Samsung and LG continue to innovate in OLED, offering increasingly brighter and more efficient panels. The premium TV market will likely remain dominated by OLED, catering to consumers who prioritize the best possible picture quality regardless of cost. LG’s OLED expertise, in particular, positions them strongly in this segment.

Did you know? OLED TVs offer perfect blacks and infinite contrast ratios, resulting in incredibly vibrant and realistic images.

The Impact of Economic Factors and Consumer Behavior

Global economic conditions play a significant role in TV sales. During periods of economic uncertainty, consumers often opt for more affordable options, benefiting brands like TCL and Hisense. Furthermore, changing consumer viewing habits – the rise of streaming services and on-demand content – are influencing TV features and demand. Features like HDMI 2.1 (for gaming) and advanced upscaling capabilities are becoming increasingly important.

What Does the Future Hold?

While Counterpoint Research suggests Samsung may retain its top spot in 2026, the long-term trend is clear: the TV market is becoming more competitive. The battle for dominance will be fought on multiple fronts – price, technology, software, and brand reputation. The brands that can successfully navigate these challenges will be the ones that thrive in the years to come.

Frequently Asked Questions (FAQ)

  • Will TCL overtake Samsung as the world’s largest TV brand? It’s a strong possibility, with TCL rapidly closing the gap in market share.
  • What is the difference between Mini-LED and OLED? Mini-LED uses a backlight with thousands of tiny LEDs, while OLED is self-emissive, meaning each pixel produces its own light. OLED generally offers superior picture quality.
  • What is Micro RGB TV? It’s a new technology using micrometer-sized RGB LEDs for backlighting, aiming to bridge the gap between Mini-LED and OLED in terms of picture quality and price.
  • Is Google TV better than Samsung’s Tizen? It depends on your preferences. Google TV has a wider app selection, while Tizen is known for its simplicity.

Want to learn more about the latest TV technologies? Explore more articles on Sammobile and stay informed about the evolving world of television.

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CES Top 12 Companies Redefining Personalization With Web3, AI, Robots

by Chief Editor
written by Chief Editor

The Rise of Adaptive Systems: How AI, Web3, and Robotics are Redefining Personalization

The Consumer Electronics Show (CES) isn’t just about flashy gadgets anymore. It’s become a barometer of foundational shifts in technology, and this year’s event underscored a powerful convergence: the move beyond simple automation towards truly adaptive systems powered by Artificial Intelligence (AI), Web3 principles, and increasingly sophisticated robotics. Over 148,000 attendees and 4,500 exhibitors signaled a clear message – personalization isn’t a ‘nice-to-have’ feature, it’s the core expectation.

Beyond Recommendations: Personalization as a Trust Signal

For years, personalization meant better recommendations on streaming services or targeted ads. But CES revealed a deeper evolution. Personalization is now inextricably linked to trust. Consumers are increasingly wary of how their data is used, and demand transparency and control. According to McKinsey, AI-powered personalization can boost customer satisfaction by 15-20%, revenue by 5-8%, and reduce service costs by up to 30% – but only if built on a foundation of trust.

Companies like Vannadium are addressing this head-on. Their Leap platform provides real-time, on-chain data provenance, making AI systems explainable and auditable. This isn’t about blockchain as a financial tool, but as an “enterprise trust layer” for AI. As Vannadium’s Co-Founder and Chief Growth Officer, Laura Fredericks, explained, storing even simple data like a photograph “on-chain” creates an immutable record that future AI can rely on with confidence.

Similarly, Veintree’s privacy-first authentication using biocryptography demonstrates a commitment to verifying identity without storing sensitive biometric data. In an era of increasing data breaches and privacy regulations, this approach is a powerful differentiator.

Did you know?

Data breaches cost companies an average of $4.45 million in 2023, according to IBM’s Cost of a Data Breach Report. Prioritizing data privacy is not just ethical, it’s economically sound.

AI as an Operating Layer: Orchestration, Not Just Tools

The most significant shift at CES wasn’t simply more powerful AI models, but AI evolving from a set of tools into an underlying operating layer. Lenovo’s immersive Sphere experience showcased AI seamlessly connecting devices and workflows, reducing friction and anticipating user needs. This isn’t about AI as a standalone assistant; it’s about AI understanding context and coordinating actions across entire systems.

Modev’s AI House exemplified this, curating relevant connections and conversations for attendees – demonstrating that relevance is the ultimate form of personalization. CTGT AI takes this further with decision intelligence, prioritizing actions based on role, timing, and intent. Their CEO, Cyril Gorlla, emphasized that AI should guide decisions, reducing cognitive load rather than simply answering questions.

The Quiet Revolution: Embedded Personalization & Offline AI

Perhaps the most surprising trend was the rise of embedded personalization that doesn’t rely on constant connectivity. LEGO’s Smart Brick, operating without an internet connection or an on/off switch, is a prime example. Intelligence is built into the brick’s behavior and interaction, prioritizing privacy, durability, and fail-safe operation. This challenges the assumption that smarter products always require more data collection.

Identity as Software: Dynamic Self-Expression

Personalization is extending beyond functional customization into dynamic self-expression. Companies like iPolish (beauty) and Peuty (accessories) are demonstrating how identity is becoming programmable. Peuty’s “Infinity bag,” which adapts its visuals in real-time, is a compelling example. Founder and CEO Richard Peuty envisions a future where fashion is not static, but an adaptive style responding to the wearer’s context and mood.

Personalization Moves into the Physical World

CES showcased how personalization is increasingly integrated into daily life. Nosh demonstrated AI-powered cooking tailored to dietary needs and preferences. LG’s vision for the “Zero Labor Home,” with AI-powered robots handling routine tasks, represents a significant shift towards ambient intelligence – AI that adapts to how people live, rather than demanding their attention.

Efficiency as Personalization: The Unexpected Trend

One of the most intriguing trends came from Superheat, which reimagines Bitcoin mining by repurposing waste heat to warm homes. This isn’t about cryptocurrency; it’s about infrastructure adapting to place and purpose, turning a cost into a value. This highlights that efficiency itself can be a powerful form of personalization.

FAQ: The Future of Personalized Experiences

  • What is ‘adaptive AI’? Adaptive AI systems learn and adjust their behavior based on user interactions and contextual data, going beyond pre-programmed responses.
  • How does Web3 contribute to personalization? Web3 technologies like blockchain provide the trust and data provenance needed for secure and transparent personalization.
  • Will personalization lead to more data privacy concerns? It can, but companies are increasingly focusing on privacy-preserving technologies like biocryptography and on-chain data verification.
  • What role do robots play in personalization? Robots can deliver personalized services in the physical world, from cooking to home assistance, adapting to individual needs and routines.

Pro Tip:

Don’t focus solely on collecting more data. Prioritize data quality, transparency, and user control. Building trust is paramount.

The companies that will thrive in the coming years aren’t just building smarter products; they’re building systems that understand people, adapt to context, and earn trust by design. The convergence of AI, Web3, and robotics at CES signals that this shift is only just beginning.

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LG Launches UltraGear evo as 5K Gaming Monitors Hits Its Moment

by Chief Editor
written by Chief Editor

The 5K Gaming Revolution is Here – But is Your PC Ready?

LG’s unveiling of its UltraGear evo line at CES 2026 isn’t just about higher resolutions; it signals a fundamental shift in the gaming monitor landscape. For years, 4K has been the holy grail, but 5K – and even 5K2K – is now within reach. However, the question isn’t just *can* you display it, but *can* your hardware handle it? This move by LG forces a reckoning with the entire gaming ecosystem.

Beyond Pixels: The Rise of AI-Powered Upscaling

The real game-changer isn’t simply the pixel count. LG’s on-device 5K AI Upscaling technology is a critical development. Historically, pushing resolutions beyond your GPU’s capabilities meant sacrificing visual fidelity or frame rates. AI upscaling, like NVIDIA’s DLSS and AMD’s FSR, has been addressing this, but LG’s approach – doing it *on the monitor itself* – is novel. This means older GPUs and consoles can benefit from sharper images without relying on the system’s processing power. According to a recent report by Jon Peddie Research, the AI-assisted gaming market is projected to reach $20 billion by 2028, demonstrating the growing demand for these technologies.

The Ultra-Wide Advantage: Immersive Gaming Experiences

The 52-inch 5K2K ultra-wide monitor (G9) is particularly intriguing. Ultra-wide monitors aren’t new, but this scale represents a leap forward. This format is ideal for simulation games – flight simulators, racing games – where peripheral vision is crucial. The 1000R curvature further enhances immersion, wrapping the image around your field of view. The market for sim racing equipment, for example, has seen a 35% increase in sales year-over-year (Source: Traxion.gg), indicating a growing appetite for these immersive setups.

OLED vs. MiniLED: A Battle for Black Levels and Brightness

LG’s UltraGear evo line showcases two dominant display technologies: OLED and MiniLED. OLED, as seen in the 39GX950B, delivers perfect blacks and incredible contrast ratios. However, OLED brightness has historically been a limitation. LG’s Primary RGB Tandem OLED technology aims to address this, promising higher brightness and improved panel longevity. MiniLED, featured in the 27GM950B, offers high brightness and excellent contrast control thanks to its advanced local dimming capabilities (2,304 zones!). The choice between the two will likely come down to personal preference and the type of gaming you do. Darker, atmospheric games will shine on OLED, while brighter, more colorful games may benefit from MiniLED.

The Impact on PC Hardware: A Necessary Upgrade?

The elephant in the room is the hardware requirement. Driving a 5K or 5K2K display requires significant GPU horsepower. While LG’s AI upscaling helps, native 5K gaming still demands a high-end graphics card. Currently, only the latest NVIDIA GeForce RTX 4090 and AMD Radeon RX 7900 XTX consistently deliver playable frame rates at 5K with demanding titles. This will likely drive demand for more powerful GPUs in the coming years. Furthermore, faster CPUs and ample RAM (32GB or more) will be essential to avoid bottlenecks.

LG’s move isn’t just about resolution; it’s a stepping stone to several emerging trends:

  • Adaptive Refresh Rate Technologies: Expect wider adoption of technologies like NVIDIA G-Sync and AMD FreeSync Premium Pro to eliminate screen tearing and stuttering.
  • Integrated AI Processing: More monitors will likely incorporate on-device AI processing for tasks beyond upscaling, such as noise reduction and color correction.
  • Cloud Gaming Integration: Monitors may increasingly integrate directly with cloud gaming services like Xbox Cloud Gaming and GeForce NOW, reducing the reliance on local hardware.
  • Haptic Feedback and Immersive Audio: We could see monitors incorporating haptic feedback technology and advanced audio systems to further enhance immersion.

The Rise of Dual-Mode Displays: Flexibility for Gamers

The inclusion of Dual Mode – allowing users to switch between high-resolution/refresh rate settings – is a smart move. It provides flexibility for gamers who want the best of both worlds: stunning visuals at 5K and smooth, responsive gameplay at lower resolutions. This addresses a key pain point for gamers who often have to compromise between image quality and performance.

FAQ

Will my current gaming PC be able to handle a 5K monitor?
It depends on your hardware. A high-end GPU (RTX 4090 or RX 7900 XTX) is recommended for native 5K gaming. LG’s AI upscaling can help with older hardware, but performance will still be limited.
What is AI upscaling?
AI upscaling uses artificial intelligence to enhance the resolution of lower-resolution content, making it appear sharper on a high-resolution display.
Is OLED or MiniLED better for gaming?
Both technologies have their strengths. OLED offers perfect blacks and incredible contrast, while MiniLED provides high brightness and excellent contrast control.
What is the benefit of an ultra-wide monitor?
Ultra-wide monitors provide a more immersive gaming experience and increased screen real estate for multitasking.

The LG UltraGear evo line isn’t just a collection of monitors; it’s a glimpse into the future of gaming displays. As technology continues to evolve, we can expect even more innovative features and higher resolutions. The key takeaway is that the gaming experience is becoming increasingly sophisticated, and the hardware needs to keep pace.

Want to learn more about the latest gaming technology? Explore our other articles on gaming hardware and software.

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LG UltraGear Evo: New 5K Gaming Monitors with AI Upscaling Revealed

by Chief Editor
written by Chief Editor

LG’s 5K Gaming Monitors Signal a New Era for Immersive Gaming

LG’s unveiling of its UltraGear evo line – the 39GX950B, 27GM950B, and 52G930B – isn’t just another product launch. It’s a clear indicator of where the gaming monitor market is heading: bigger, sharper, and smarter. The focus on 5K resolution and, crucially, AI upscaling, represents a significant leap forward in visual fidelity and performance. We’re moving beyond simply increasing pixel counts; we’re entering a realm where AI actively enhances the gaming experience.

The Rise of 5K and Beyond: Why Resolution Matters

For years, 1080p and 1440p have been the dominant resolutions for gaming. But as graphics cards become more powerful and displays become more affordable, demand for higher resolutions is surging. 5K (5120×2880) offers a staggering level of detail, making games look incredibly realistic and immersive. According to a recent report by Statista, the global gaming monitor market is projected to reach $36.8 billion by 2027, driven largely by the adoption of higher resolutions and refresh rates. LG’s move to prioritize 5K positions them at the forefront of this trend.

The 39-inch GX9’s ultrawide 21:9 aspect ratio and 5K2K resolution are particularly noteworthy. Ultrawide monitors are gaining popularity, offering a wider field of view that enhances immersion, especially in racing and simulation games. The ability to switch between full 5K2K at 165Hz and WFHD at 330Hz provides gamers with flexibility, allowing them to prioritize visual quality or responsiveness depending on the game.

Pro Tip: Don’t underestimate the impact of refresh rate. While resolution provides detail, refresh rate (measured in Hz) determines how smoothly motion is displayed. Higher refresh rates are crucial for fast-paced games.

AI Upscaling: The Secret Weapon for Performance

The inclusion of AI upscaling technology is arguably the most exciting aspect of LG’s new monitors. AI upscaling uses machine learning algorithms to intelligently enhance lower-resolution content, making it appear sharper and more detailed on a high-resolution display. This is critical because running games natively at 5K resolution requires significant processing power. AI upscaling allows gamers to enjoy the benefits of a 5K display even if their PC isn’t powerful enough to render games at that resolution natively.

Nvidia’s DLSS (Deep Learning Super Sampling) has already demonstrated the effectiveness of AI upscaling in games. LG’s implementation promises to bring similar benefits to a wider range of content and games. This technology is becoming increasingly important as game developers push the boundaries of visual fidelity.

MiniLED vs. OLED: A Battle for Brightness and Contrast

LG’s UltraGear evo line showcases two competing display technologies: OLED and MiniLED. The 27GM950B utilizes “New” MiniLEDs, aiming to address the blooming issues often associated with MiniLED displays. Blooming occurs when bright objects on a dark background cause light to bleed into surrounding areas, reducing contrast. LG’s advancements in MiniLED technology suggest they are closing the gap with OLED in terms of image quality.

OLED (Organic Light Emitting Diode) technology, featured in the GX9 and G9, offers perfect blacks and infinite contrast ratios, resulting in stunningly vibrant and realistic images. However, OLED displays can be susceptible to burn-in over time, although manufacturers are implementing technologies to mitigate this risk. The choice between OLED and MiniLED ultimately depends on individual preferences and usage scenarios.

The Apple Pro Display XDR Connection: A Hint of What’s to Come

The fact that LG manufactures the panels for Apple’s Pro Display XDR adds another layer of intrigue to this launch. Rumors suggest Apple is preparing a long-overdue update to the Pro Display XDR. The GM9 monitor could be a preview of the technology that will be incorporated into the next-generation Apple display, potentially offering a more affordable way for professionals and enthusiasts to experience high-end display technology.

Future Trends: What to Expect Next

LG’s UltraGear evo line is a glimpse into the future of gaming monitors. Here are some key trends to watch:

  • Increased Adoption of AI Upscaling: AI upscaling will become a standard feature in high-end gaming monitors, enabling gamers to enjoy high-resolution visuals without sacrificing performance.
  • Bendable and Flexible Displays: The LG GX9’s bendable OLED screen hints at the potential for more flexible and customizable displays in the future.
  • Higher Refresh Rates: Refresh rates will continue to increase, with 240Hz and 360Hz becoming more common.
  • Integration with Cloud Gaming Services: Gaming monitors will increasingly integrate with cloud gaming services like Xbox Cloud Gaming and GeForce Now, allowing gamers to stream games without needing a powerful PC.
  • Advanced HDR Support: Support for advanced HDR formats like Dolby Vision will become more prevalent, delivering even more realistic and immersive visuals.

FAQ

Q: What is AI upscaling?
A: AI upscaling uses artificial intelligence to enhance the resolution of lower-resolution content, making it appear sharper on a high-resolution display.

Q: What is the difference between OLED and MiniLED?
A: OLED offers perfect blacks and infinite contrast, while MiniLED provides high brightness and improved contrast compared to traditional LCDs.

Q: What does 5K resolution mean?
A: 5K resolution (5120×2880) offers a significantly higher level of detail than 1440p or 4K resolution.

Q: Will these monitors work with my console?
A: Yes, these monitors are compatible with both PCs and gaming consoles, but you may need to adjust settings to optimize performance.

Did you know? The human eye can generally distinguish details up to around 5K resolution at typical viewing distances. Beyond that, the benefits become less noticeable.

Want to learn more about the latest gaming technology? Explore our comprehensive gaming hardware guide. Share your thoughts on LG’s new monitors in the comments below!

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How to Choose a Computer Monitor (2025): Everything You Need to Know

by Chief Editor
written by Chief Editor

Beyond HDMI 2.1: What’s Next for Monitor Connectivity & Features?

For years, the conversation around monitor upgrades centered on resolution – from 1080p to 4K and beyond. Now, while pixel density remains important, the real innovation is happening *behind* the screen. We’re seeing a surge in features beyond basic display, and the future promises even more integration and capability. The humble monitor is rapidly evolving into a central hub for modern digital life.

The Port Revolution: USB-C and Beyond

HDMI 2.1 and DisplayPort 2.1 are currently the gold standard for video transmission, enabling higher refresh rates and resolutions. But the real story is USB-C. It’s no longer just about video; it’s about power, data, and connectivity. Expect to see USB-C ports delivering even more wattage – easily handling 100W or more to charge larger laptops – becoming ubiquitous.

However, USB-C’s reign isn’t unchallenged. USB4 Version 2.0, boasting speeds up to 80Gbps, is on the horizon. This will further blur the lines between data, display, and power delivery, potentially replacing Thunderbolt as the premium connectivity option. We’ll likely see monitors adopting this standard within the next 18-24 months.

Pro Tip: When choosing a monitor with USB-C, check the Power Delivery (PD) wattage. Ensure it meets or exceeds your laptop’s power requirements for optimal charging.

KVM Switches: The Multi-PC Power User’s Dream

The rise of remote work and personal side projects has fueled demand for KVM (Keyboard, Video, Mouse) switches built into monitors. While previously a niche feature for IT professionals, KVM functionality is now appearing in mainstream monitors. This allows seamless switching between multiple computers with a single keyboard, mouse, and display.

Expect to see more sophisticated KVM implementations. Currently, many KVM switches require dedicated software. Future iterations will likely offer more streamlined, hardware-based switching, and potentially even support for USB peripheral sharing beyond just keyboard and mouse – think webcams and external storage.

Smart Monitors: The Convergence of TV and Display

The line between monitors and televisions is becoming increasingly blurred. “Smart monitors” – displays with built-in streaming apps like Netflix, Hulu, and Amazon Prime Video – are gaining popularity. Samsung’s Smart Monitor M7 is a prime example, offering a full smart TV experience without needing a separate streaming device.

This trend will continue, with monitors incorporating more advanced smart features like voice assistant integration (Alexa, Google Assistant), built-in speakers with improved audio quality, and even ambient lighting. We might even see monitors with integrated webcams and microphones designed for video conferencing, further reducing the need for external peripherals.

Port Placement & Cable Management: A Focus on Aesthetics and Usability

Manufacturers are finally paying attention to the often-overlooked details of port placement and cable management. Down-firing ports, while aesthetically clean, are notoriously difficult to access. Dell’s innovative pop-down port modules offer a compelling solution, providing quick access to frequently used ports.

Expect to see more monitors with integrated cable management systems – channels and clips built into the stand to neatly route cables. Wireless video transmission technologies, like Wi-Fi Display, could also reduce cable clutter in the future, though latency remains a challenge.

The Rise of Specialized Displays

The monitor market is becoming increasingly segmented. While general-purpose displays will remain popular, we’ll see a continued rise in specialized monitors tailored to specific needs:

  • Gaming Monitors: Higher refresh rates (240Hz, 360Hz, and beyond), faster response times, and technologies like NVIDIA G-Sync and AMD FreeSync will continue to evolve.
  • Content Creation Monitors: Displays with exceptional color accuracy (covering 100% of the Adobe RGB or DCI-P3 color spaces) and advanced calibration features will be crucial for professionals.
  • Ultrawide and Super Ultrawide Monitors: These immersive displays are gaining traction for productivity and gaming, offering a vast amount of screen real estate.
  • Foldable Monitors: While still emerging, foldable displays offer a unique combination of portability and screen size.

Pricing Trends & Future Outlook

While high-end monitors can still command prices in the thousands of dollars, the sub-$300 segment remains highly competitive. The Dell 27 Plus 4K, mentioned previously, exemplifies the value proposition available today. As technology matures and manufacturing costs decrease, we can expect to see more advanced features trickle down to lower price points.

The future of monitors isn’t just about bigger and brighter screens; it’s about smarter, more connected, and more versatile displays that seamlessly integrate into our digital lives. The monitor is no longer just a window to your computer; it’s becoming a central hub for everything you do.

FAQ

Q: What is HDMI 2.1?
A: HDMI 2.1 is the latest version of the HDMI standard, offering increased bandwidth for higher resolutions, refresh rates, and features like Variable Refresh Rate (VRR).

Q: What is DisplayPort 2.1?
A: DisplayPort 2.1 is a competing display standard to HDMI 2.1, offering similar benefits and often preferred by PC gamers.

Q: What is USB-C Power Delivery (PD)?
A: USB-C PD allows a monitor to supply power to a connected laptop, potentially eliminating the need for a separate power adapter.

Q: What is a KVM switch?
A: A KVM switch lets you control multiple computers with a single keyboard, mouse, and monitor.

Q: Are smart monitors secure?
A: Like any connected device, smart monitors can be vulnerable to security risks. Keep the monitor’s firmware updated and be mindful of the permissions you grant to apps.

Did you know? The first commercially available LCD monitor was released in 1972, but it wasn’t until the 1990s that LCDs became mainstream, replacing bulky CRT monitors.

What features are you most excited to see in future monitors? Share your thoughts in the comments below!

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Gear News of the Week: LG Debuts an RGB LED TV, and Google Brings Find Hub to Wear OS

by Chief Editor
written by Chief Editor

The Future of Visuals: RGB LEDs, AI-Powered TVs, and the Looming Memory Crunch

The television landscape is on the cusp of a dramatic shift. Forget incremental upgrades – we’re talking about a fundamental leap in color accuracy, driven by the rise of RGB LED technology. But it’s not just about the panels themselves; artificial intelligence is poised to become the brains behind the best viewing experiences, while a potential memory shortage threatens to throw a wrench into the works. Here’s a breakdown of what’s coming, and what it means for you.

RGB LEDs: Beyond Quantum Dots

For years, quantum dot displays have been the gold standard for color vibrancy in LCD TVs. Now, RGB LEDs are stepping up to challenge that dominance. Unlike traditional LCDs or even quantum dot displays, RGB LEDs utilize clusters of red, green, and blue LEDs to illuminate multiple pixels. This allows for a significantly wider color gamut and more precise color control. LG’s upcoming MRGB95B and Samsung’s expanded Micro RGB lineup, both slated for 2026, are leading the charge. Both brands are claiming 100% coverage of key color spaces like BT.2020, DCI-P3, and Adobe RGB – a promise of truly lifelike visuals.

Did you know? BT.2020 is a color space designed to encompass a wider range of colors than previously possible, aiming to replicate the full spectrum of colors visible to the human eye. Achieving 100% coverage is a significant technical feat.

The AI Revolution in TV Processing

Brighter, more accurate colors are only half the story. Both LG and Samsung are heavily investing in next-generation AI processors to optimize picture quality. These aren’t just about upscaling lower-resolution content; they’re about analyzing scenes in real-time, adjusting contrast, brightness, and color saturation on a frame-by-frame basis. This level of dynamic optimization promises to deliver a viewing experience tailored to the specific content and viewing environment.

Think of it like this: your TV will no longer just *display* a picture; it will *interpret* it and present it in the most visually stunning way possible. This is a trend we’re seeing across the industry, with companies like Sony also incorporating advanced AI processing into their flagship TVs. RTINGS.com offers a detailed explanation of AI upscaling and its impact on picture quality.

Smaller Screens, Bigger Impact: The Democratization of RGB LED

Historically, cutting-edge display technologies have been reserved for massive, ultra-premium TVs. What’s exciting about the upcoming RGB LED models is the availability of more “everyday” screen sizes. Samsung, in particular, is pushing the boundaries with models ranging from 55 to 115 inches. This means that consumers won’t necessarily need a dedicated home theater room to experience the benefits of this technology. A 75-inch RGB LED TV in a typical living room is now a realistic possibility.

The Shadow Over the Horizon: The Memory Shortage

However, the future isn’t entirely rosy. A looming global memory shortage, specifically impacting GDDR7 memory, could significantly disrupt the supply of high-end graphics cards and, potentially, advanced TVs. Reports suggest Nvidia might cut RTX 50-series GPU supply by up to 40% in the first half of 2026. This isn’t just a concern for gamers; GPUs are integral to the AI processing capabilities of modern TVs.

Pro Tip: Keep an eye on memory prices and industry news. A prolonged shortage could lead to increased TV prices and limited availability of certain models.

The impact on TV production remains to be seen, but it’s a factor that could delay the widespread adoption of RGB LED technology and push back launch dates. The situation is fluid, and manufacturers are actively exploring alternative solutions, but it’s a risk worth noting.

Beyond the Big Screen: Google’s Find Hub on Wear OS

The innovation isn’t limited to TVs. Google is expanding its device tracking capabilities with the introduction of the Find Hub app on Wear OS smartwatches. This allows users to locate lost devices, play a sound, secure them remotely, or even perform a factory reset – all from their wrist. While a cellular connection is recommended for optimal functionality, it’s a valuable addition to Google’s ecosystem and a direct response to Apple’s popular Find My network.

Frequently Asked Questions (FAQ)

Q: What’s the difference between RGB LED and Micro LED?
A: RGB LED uses clusters of red, green, and blue LEDs to illuminate multiple pixels. Micro LED, on the other hand, uses individual self-emissive LEDs for each pixel, offering even greater contrast and brightness but at a significantly higher cost.

Q: Will RGB LED TVs be affordable?
A: Initially, RGB LED TVs will likely be positioned as premium products. However, as the technology matures and competition increases (with brands like Hisense and TCL entering the market), prices are expected to become more accessible.

Q: How important is AI processing in a TV?
A: AI processing plays a crucial role in optimizing picture quality, upscaling content, and enhancing the overall viewing experience. It’s becoming an increasingly important feature in high-end TVs.

Q: What should I do about the potential memory shortage?
A: Stay informed about industry news and be prepared for potential price increases or limited availability of certain models. Consider purchasing a TV sooner rather than later if you’re concerned about the shortage impacting prices.

What are your thoughts on the future of TV technology? Share your predictions in the comments below!

Explore more articles on display technology and home entertainment to stay ahead of the curve.

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LG forced a Copilot web app onto its TVs but will let you delete it

by Chief Editor
written by Chief Editor

LG Backtracks on Unremovable Copilot: A Sign of Things to Come for Smart TV Control?

LG is reversing course on its recent decision to install a non-removable Microsoft Copilot shortcut on its newer smart TVs. The move comes after a significant backlash from users, highlighted by a viral post on Reddit’s r/mildlyinfuriating subreddit, and coverage from tech publications like Windows Central and TechRadar. LG spokesperson Chris De Maria confirmed to The Verge that users will soon be able to delete the shortcut, though a specific timeline hasn’t been announced.

The User Revolt and the Rise of “App Bloat”

The initial outcry wasn’t just about Copilot itself, but the principle of forced software installation. Smart TVs, increasingly becoming the central entertainment hub in many homes, are facing a growing problem of “app bloat” – pre-installed apps and services that users didn’t ask for and often don’t want. This isn’t unique to LG; Samsung, Vizio, and other manufacturers have faced similar criticism. A recent study by Statista shows that the average smart TV user only actively utilizes around 5-7 apps, despite manufacturers pre-loading upwards of 20 or more.

This situation is fueled by the increasing convergence of technology and advertising. TV manufacturers are seeking new revenue streams beyond hardware sales, and partnerships with tech giants like Microsoft offer lucrative opportunities. However, the user experience is often sacrificed in the process. The LG/Copilot incident serves as a stark reminder that consumers are pushing back against unwanted intrusions into their entertainment spaces.

Beyond Copilot: The Future of AI Integration in Smart TVs

While LG’s reversal is a win for user control, it doesn’t address the larger trend of AI integration into smart TVs. Copilot is just the first wave. Expect to see more AI-powered features – personalized recommendations, voice control, ambient experiences – becoming standard offerings. The key question is *how* these features are implemented.

We’re likely to see a shift towards more modular AI services. Instead of embedding AI deeply into the operating system, manufacturers might offer AI “add-ons” that users can opt-in to. This approach would give consumers more agency and control over their data and privacy. Google is already experimenting with this model with its Google Assistant integration on select TVs, allowing users to disable the voice assistant if desired.

Pro Tip: Regularly check your smart TV’s settings for privacy options. Many TVs allow you to limit data collection and personalize your viewing experience.

The Data Privacy Implications

The inclusion of AI assistants like Copilot raises significant data privacy concerns. These assistants often require access to microphone data, viewing habits, and potentially even other personal information. LG clarified that microphone access for Copilot requires explicit consent, but the incident highlights the need for greater transparency and control over data usage.

The European Union’s Digital Markets Act (DMA) is expected to have a ripple effect on smart TV manufacturers, forcing them to offer more interoperability and user choice. This could lead to a more open ecosystem where users can easily switch between AI assistants and services without being locked into a specific platform.

The Rise of the “Smart Home Hub” TV

Smart TVs are evolving beyond entertainment centers into central hubs for the smart home. AI will play a crucial role in this transformation, enabling TVs to control lights, thermostats, and other connected devices. However, this increased functionality also increases the potential for security vulnerabilities. Manufacturers need to prioritize security and privacy to build trust with consumers.

Did you know? Many smart TVs now include built-in security features, such as automatic software updates and parental controls. Make sure to enable these features to protect your privacy and security.

FAQ

Q: Will I be able to completely remove Copilot from my LG TV?

A: LG has stated you will be able to delete the shortcut icon, but it’s a shortcut to the web app, not a fully embedded application.

Q: Is my privacy at risk with AI assistants on my TV?

A: Potentially. AI assistants often collect data about your viewing habits and voice commands. Review your TV’s privacy settings and be mindful of the permissions you grant.

Q: What is “app bloat” on a smart TV?

A: App bloat refers to the pre-installation of numerous apps and services on smart TVs that users may not want or need.

Q: Will other TV manufacturers follow LG’s lead and allow users to remove pre-installed apps?

A: It’s possible, especially given the negative publicity surrounding the LG/Copilot situation. Consumer pressure and regulations like the DMA could drive further changes.

Want to learn more about protecting your privacy in the age of smart TVs? Explore our guide to smart TV security. Share your thoughts on the future of smart TV control in the comments below!

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Business

LG TVs Get Unremovable Microsoft Copilot App

by Chief Editor
written by Chief Editor

Why AI Is Suddenly Everywhere on Your Smart TV

From LG’s webOS update that silently added a Microsoft Copilot widget, to Google’s Gemini baked into new TCL models, manufacturers are turning their living‑room screens into AI‑first experiences—whether viewers asked for it or not.

Pre‑installed AI Apps: Convenience or Silent Control?

When an OTA (over‑the‑air) update pushes an “un‑removable” app to the home screen, it feels less like a feature and more like a billboard. LG’s own manual admits that “you cannot delete the preinstalled apps or system apps on your Smart TV,” a clause that locks the Copilot app alongside Netflix and Hulu.

For many consumers, the upside is clear: instant access to voice‑activated search, smart recommendations, and hands‑free control. But the downside is the erosion of user agency—people can’t opt‑out, and they can’t hide the AI branding that now dominates the UI.

The Business Drivers Behind “Un‑removable” AI

Manufacturers are not just adding AI for the love of tech. The primary incentives include:

  • Data collection: AI assistants feed usage data back to cloud services, sharpening recommendation engines and advertising algorithms.
  • Revenue sharing: Partnerships with Microsoft, Google, or Perplexity often involve revenue splits for voice searches or premium AI features.
  • Brand differentiation: As LG’s CES 2025 showcase made clear, being the “AI TV company” is a selling point in a crowded market.

These motivations can lead to a “growth‑by‑default” strategy—forcing AI onto devices to inflate engagement metrics, even when it disrupts the user experience.

Emerging Trends That Could Shape the Next‑Gen Smart TV

1. Modular AI Platforms Powered by OTA Updates

Future smart TVs may adopt a modular architecture, allowing users to toggle AI modules on or off—similar to how Android users manage permission settings. This would give consumers control over which AI services run in the background, reducing unwanted data collection.

Pro tip: Check your TV’s firmware page for “beta” or “experimental” update channels. Enrolling in these can give you early access to modular AI features before they become default.

2. User‑Centric Permission Models

Inspired by mobile OS privacy frameworks, next‑gen TVs could request explicit consent before enabling AI assistants. This approach not only respects user privacy but also aligns with regulations like the EU’s GDPR and California’s CCPA.

For example, Samsung’s recent Copilot rollout includes a “Setup Assistant” that asks users whether to activate voice commands, a step many rivals skip.

3. AI‑Enhanced Content Curation and Advertising

AI will continue to refine content discovery—think “AI Picture Pro” and “AI Sound Pro” that auto‑adjust settings based on ambient lighting and room acoustics. At the same time, advertisers will leverage AI to insert hyper‑targeted ads directly into the streaming interface.

According to a Nielsen report, AI‑driven ad personalization can lift conversion rates by up to 30%.

4. Cross‑Device AI Ecosystems

Smart TVs are increasingly becoming the hub of a broader AI ecosystem, linking with smartphones, voice speakers, and even wearables. This convergence enables seamless hand‑off of tasks (e.g., starting a movie on your phone, finishing it on the TV) and unified voice profiles.

LG’s “AI Remote” already demonstrates this trend by learning your gesture patterns and adjusting volume or channel preferences on the fly.

FAQ – Your Burning Questions About AI‑Powered Smart TVs

Can I uninstall the pre‑installed AI apps on my LG TV?

Currently, LG’s policy states that system apps—including Microsoft Copilot—cannot be deleted. You can hide them by moving them to a folder, but they’ll remain on the device.

Is my data being collected by these AI assistants?

Yes. Most AI services require cloud processing, which means voice commands and usage data are sent to the provider’s servers. Review the privacy policy of each assistant for specifics.

Will future updates give me more control over AI features?

Industry trends suggest a shift toward modular AI and permission prompts, but adoption varies by brand. Keep your firmware up‑to‑date and watch for “privacy” or “AI settings” menus.

Do AI features improve picture and sound quality?

Features like “AI Picture Pro” and “AI Sound Pro” use machine‑learning algorithms to auto‑adjust settings based on content type and room conditions. Independent tests by RTINGS.com show modest improvements—typically 1–2 dB in contrast and up to 15% sharper perceived detail.

Are there any privacy‑friendly alternatives to the built‑in AI assistants?

Yes. You can pair your TV with third‑party assistants that respect stricter privacy settings (e.g., Mycroft AI) or simply disable voice activation in the TV’s accessibility menu.

What’s Next for Your Living‑Room Tech?

The AI wave isn’t going away, but the balance between convenience and control will determine how welcomed it becomes. As manufacturers experiment with modular platforms, permission‑first designs, and cross‑device ecosystems, savvy consumers will have the power to shape the future of their smart homes.

Stay informed, explore your TV’s settings, and don’t be afraid to push back when an “AI billboard” feels out of place.

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Tech

Exaone Ecosystem Expands With New AI Models

by Chief Editor
written by Chief Editor

LG’s AI Push: Unveiling the Future of Enterprise AI and Beyond

LG AI Research is making significant strides in the artificial intelligence landscape, focusing on a business-to-business (B2B) approach. They’re not just building AI models; they’re creating an entire ecosystem designed to empower businesses. Let’s dive into the key takeaways and potential future trends that are shaping this exciting development.

Exaone 4.0: A Hybrid AI for the Business World

LG AI Research recently launched Exaone 4.0, a hybrid reasoning AI model. This model blends general language processing with advanced reasoning capabilities. While it demonstrates impressive performance, particularly in science, math, and coding, it’s important to understand its core focus: the B2B sector. This strategic decision sets LG apart from competitors primarily targeting consumers.

Did you know? The B2B AI market is predicted to experience significant growth in the coming years, driven by the increasing need for automation, data analysis, and improved decision-making within businesses. Explore market research to see more details on future growth.

The Exaone Ecosystem: More Than Just a Model

LG AI Research isn’t stopping with just Exaone 4.0. They’re building a comprehensive ecosystem, including models tailored for specific business needs. This includes:

  • Exaone 4.0 Vision Language: A multimodal AI model that understands both text and images.
  • Exaone Path 2.0: A healthcare-focused model designed to diagnose patient conditions.
  • Enterprise-Specific AI Agents: ChatExaone (internal workflow support), Exaone Data Foundry (data generation), and on-premise agents for secure environments.

This approach is about providing businesses with the tools they need to integrate AI into their workflows seamlessly. The focus on on-premise solutions highlights the importance of data security and control for enterprises.

The Rise of Autonomous Agents for Enterprise Security and Efficiency

One of the key strategic goals for LG AI Research is to empower enterprises with autonomous agents that can operate securely within their own infrastructure. These agents can handle various tasks, from data generation to business operations. A prime example is the Nexus Agent, designed to assess the legal compliance of data sets by crawling the internet and analyzing web pages.

Pro Tip: Consider how AI agents can automate repetitive tasks in your business. Start small, perhaps automating customer service inquiries or generating basic reports. Leverage web agents to gather competitive data, or improve the speed with which you gather important market research.

This trend indicates a shift towards AI solutions that are not just powerful but also integrated and easily adaptable to existing enterprise structures. The ability to tailor solutions to unique operational needs is crucial for long-term success.

The Future: Physical AI and Robotics

While still in the early stages, LG AI Research is laying the groundwork for physical AI, integrating AI into robots. They’re focused on developing the core framework of perception, reasoning, and action in a continuous loop. This ambition shows the long-term vision to create a complete cycle of AI. This includes robotic manufacturing, robotic assistance for the elderly, and more.

Real-life Example: Companies like Boston Dynamics are already making strides in robotics. While LG’s focus is different, this reveals the industry-wide trend of building the infrastructure.

The development of physical AI indicates that the evolution of AI isn’t limited to virtual worlds and computer interactions. This can lead to significant changes in manufacturing, healthcare, and more.

The Hardware Edge: FuriosaAI and Energy Efficiency

LG is also focused on hardware by working with FuriosaAI, a South Korea-based startup that manufactures neural processing units (NPUs) tailored for AI workloads. FuriosaAI’s RNGD accelerator delivers impressive inference performance. This integration of hardware and software creates a more efficient and cost-effective solution for enterprises.

Data Point: A single rack powered by RNGD chips can generate up to 3.75 times as many tokens for Exaone models than a traditional GPU rack within the same power limits.

This focus on energy efficiency is essential as AI models become more complex and resource-intensive. This aligns with a global push for sustainable technology. The goal is to make AI accessible without the need for expensive hardware.

Frequently Asked Questions

What is the primary target of LG AI Research?

LG AI Research primarily targets the business-to-business (B2B) sector, offering tailored AI solutions for enterprises.

What is Exaone 4.0 Vision Language?

Exaone 4.0 Vision Language is a multimodal AI model that can interpret both text and images.

What is the role of FuriosaAI in LG’s AI strategy?

FuriosaAI provides neural processing units (NPUs) that enhance the energy efficiency and inference performance of LG’s AI models.

What is the goal of autonomous agents?

The goal of autonomous agents is to provide enterprises with core components, which include built-in data generation and business operation features.

Join the Conversation

What are your thoughts on LG’s B2B AI approach? Share your ideas and insights in the comments below. For more in-depth analysis of industry trends, check out our other articles on AI ethics and the future of automation.

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Tech

LG 5K Monitor: Stunning Display, Premium Price – PCW

by Chief Editor
written by Chief Editor

The Future of Ultra-High-Resolution Displays: Beyond the LG 40U990A-W

The LG 40U990A-W UltraFine, with its expansive 40-inch, 5K curved display, is a glimpse into the future. Offering a stunning visual experience, this monitor highlights where display technology is heading. But what does this mean for the average consumer and the professional alike? Let’s dive into the evolving landscape of high-resolution displays and the trends shaping their trajectory.

The Rise of 5K and Beyond: A Sharper Reality

The LG UltraFine boasts a 5120 x 2160 resolution, delivering incredible detail. This trend toward higher resolutions is accelerating. We’re not just talking about sharper images; we’re talking about a more immersive and productive experience. Imagine the possibilities for professionals who need to see every detail.

Did you know? The term “5K” refers to a display resolution with approximately 5,000 horizontal pixels. This is a significant leap from the more common 1080p or even 1440p displays, offering a dramatically enhanced visual experience.

Key Features Driving the Next Generation

Several features of the LG UltraFine point toward future display trends.

  • IPS Black Panel Technology: The 2000:1 contrast ratio offers superior black levels and color accuracy, vital for content creators and those who value visual fidelity.
  • DCI-P3 Color Gamut: Covering 99% of the DCI-P3 color space ensures vibrant, accurate color representation, ideal for professionals in video editing and graphic design.
  • Thunderbolt 5 Connectivity: The future is about streamlined connectivity. Thunderbolt 5 allows for incredibly fast data transfer speeds, 96W laptop charging, and the ability to daisy-chain multiple 5K monitors.

The Impact of Thunderbolt 5

Thunderbolt 5 is a game-changer, providing up to 120 Gbps of data transfer. This allows for faster video editing, improved workflow, and the capacity to connect multiple high-resolution displays with ease. This simplifies cable management and sets the stage for elegant multi-monitor setups.

Pro tip: Consider your connectivity needs when choosing a monitor. Thunderbolt 5 (and its future iterations) will become increasingly important as display resolutions and refresh rates continue to climb. Look for monitors that support this advanced technology.

Who Benefits Most?

While the LG 40U990A-W is aimed at professionals, the benefits of high-resolution displays extend to several user groups:

  • Video Editors: The detailed visuals and accurate color representation are crucial for their work.
  • Graphic Designers: Precise color accuracy and sharpness are critical for design tasks.
  • Photographers: High resolution allows them to see every detail in their photos.
  • Gamers: Immersive and detailed visuals with high refresh rates enhance the gaming experience.
  • General Users: A sharper image and larger workspace improve everyday productivity.

The Price of Progress: Cost and Adoption

High-end monitors like the LG UltraFine come with a premium price tag. Currently, the listed price is around $2,246. This can be a barrier for many, but as technology advances, prices will likely become more accessible. Competition from other manufacturers will also help drive costs down.

Related Reading: Explore our in-depth review of the latest display technology from other leading brands. [Internal Link to your other relevant article]

Future Trends to Watch

Several key trends will shape the future of display technology:

  • Mini-LED and Micro-LED: These technologies offer improved brightness, contrast, and color accuracy compared to traditional LCDs, pushing the boundaries of picture quality.
  • OLED advancements: OLED technology offers perfect blacks and vibrant colors, with further improvements in brightness and lifespan expected.
  • Adaptive Refresh Rates: Technologies like AMD FreeSync and NVIDIA G-Sync will continue to improve, ensuring a smooth, tear-free visual experience, especially for gamers.
  • Curved Displays: While the LG UltraFine features a curved display, we can expect further refinements in curvature design, which can enhance immersion.
  • Sustainability: Manufacturers are increasingly focusing on energy-efficient displays and sustainable manufacturing processes, reflecting a growing environmental consciousness.

FAQ: Your Questions Answered

Q: What is the benefit of a high-resolution monitor?
A: High-resolution monitors offer sharper images, more screen real estate for multitasking, and a more immersive visual experience.

Q: What is Thunderbolt 5, and why is it important?
A: Thunderbolt 5 provides incredibly fast data transfer speeds, enabling high-resolution video editing and the ability to connect multiple displays with ease.

Q: Are high-resolution monitors worth the price?
A: The value depends on your needs. Professionals in creative fields or those who value visual quality will likely find the investment worthwhile.

Q: What is IPS Black technology?
A: IPS Black technology enhances the contrast ratio of an IPS panel, leading to deeper blacks and a more vibrant image.

Final Thoughts and Next Steps

The LG 40U990A-W UltraFine is a prime example of how display technology is evolving. With its cutting-edge features, it provides a glimpse into the future of high-resolution monitors, benefiting professionals and offering an enhanced experience for all users. While the price might be a hurdle for some, the advancements in display technology are undeniable.

Are you considering upgrading your monitor? Share your thoughts and questions in the comments below! We want to know what you think about the future of display technology. Explore related topics on our website by clicking on the link below. [Internal Link to related articles]

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