Designer: Hisense

The U8QG series employs MiniLED technology. Thousands of tiny LEDs behind the screen provide localized dimming, enabling precise control over contrast and brightness. The images produced are detailed, with bright highlights and deep blacks. The high luminance levels, reaching up to 5,000 nits, support HDR content, bringing scenes to life with vibrant highlights and subtle gradations. Quantum Dot Color technology further enhances the palette, expanding the range of vivid colors.

The design takes into account the visual impact of the display as the room’s focal point. The larger sizes, especially the 100-inch model, dominate the space, transforming it into an immersive environment. Placement within a room must account for the size and viewing distance; larger screens require more space to fully appreciate their scale and detail. When positioned thoughtfully, the display becomes a defining element that influences the room’s atmosphere and layout.

The series’s high refresh rate of 165Hz ensures fluid motion during fast scenes, such as sports or gaming sequences. The rapid response times help maintain clarity during rapid movement, preventing blur and maintaining visual coherence. The integration of spatial audio through a Dolby Atmos system fills the space with multidimensional sound. This acoustic design emphasizes the display’s role as the room’s primary entertainment feature, supporting a fully immersive sensory experience.

Support for high-quality formats such as Dolby Vision IQ, HDR10+, and IMAX Enhanced ensures that content remains true to its original intent. The interface offers access to a wide array of streaming apps and channels, making the TV a versatile centerpiece. Voice control through Google Assistant and Alexa enhances its functionality as the room’s interactive hub.

The variety of sizes available—55, 65, 75, 85, and 100 inches—allows for tailored integration into different spaces. Smaller models fit comfortably in bedrooms or smaller living areas, while larger models serve as the dominant visual element in open-plan rooms or dedicated home theaters. Proper seating and placement maximize the immersive qualities of the large screens, emphasizing their role as the room’s primary visual focal point.

These displays are now available at Best Buy and Amazon. With their commanding presence and advanced technological features, they redefine what a home display can be. The series encourages a thoughtful approach to interior design, where the screen is not just a piece of technology but a central visual and atmospheric element that shapes the entire space.

The post Available Now: Hisense U8QG MiniLED QLED Series — The Visual Focal Point of Your Home first appeared on Yanko Design.

While the folks at the Macrodata Refinement facility in Lumon’s ‘severed’ division really had no idea what it is they were actually doing, they definitely had some incredible gear to work with. The computers seen on the sets of Apple’s hit TV series Severed were heavily inspired by the Data General “Dasher” Terminals from 1977. With a similar white and blue aesthetic, they embodied the cathode-ray clicky keyboard bakelite generation of tech from the 70s and 80s, which I believe adds to Severance’s mystique and appeal. You marvel at the designs on the show, without really being able to place them in a defined year. Is Severance a period sci-fi show? Is it futuristic? Current day? You can’t really tell.

However, if you’re looking for a taste of the severed lifestyle, Atomic Keyboards is now selling a replica of the MDR keyboard from the series. It’s built to be absolutely usable, with a 73-key, 70% layout… but with no Escape, no Control, and no Options keys. Sound familiar? Also, please try to enjoy each keystroke equally.

Designer: Atomic Keyboard

Severance has really managed to cultivate a hardcore audience over the past few months, with Season 2 vastly outpacing its first season in crowd appeal and anticipation. Severance’s crew made multiple pit-stops across the world, with crowds thronging to attend themed events. In fact, Apple’s website even has a listing for the ‘Lumon Terminal Pro’, playing perfectly into the hype.

However, if you’re looking for some Severance memorabilia or merch, there’s nothing much Apple offers. You could sign up for a Neuralink chip but I would highly recommend against it. The closest second step is buying the MDR Dasher Keyboard, which Atomic Keyboard’s built to perfectly replicate the peripheral from the series. It comes with the exact same shape and color scheme, the same keys, and the same trackball on the right. There is, however, a palpable lack of a few keys, like an escape, control, or alt key. Because on the severed floor, there’s no escape, no sense of control, or no alternative. Praise Kier.

The MDR Dasher Keyboard is up for preorder if you’re interested in a unique peripheral that’s *somewhat* useful. Typing should be fairly comfortable, given the cherry-esque keycaps and (presumable) mechanical switches. Use it to send mails, sort ‘scary’ numbers, or tell your annoying colleagues to devour feculence. Don’t blame us if you get reported to Ms. Huang… or worse, get sent to the Break Room. You can, however, blame your Outie instead. I hear that works.

The keyboard’s original price was listed as $399, but it’s safe to assume that tariffs have thrown the tech world in a bit of a tailspin. I’m assuming there may be revisions (maybe even discounts), but the only way to get your hands on this, for now, is to go to the Atomic Keyboard website (make sure you notice the website logo on the top left!), claim fealty to Kier Eagan, and sign up for more news and a preorder date.

The post You Can Now Preorder the Severance Keyboard – But it Ships Without an Escape Key first appeared on Yanko Design.

Sony has just unveiled its new flagship OLED TV, the Bravia 8 II (also called “Bravia 8 Mark II” or “XR80M2”), as part of its 2025 TV lineup announcement on April 2, 2025. This new model succeeds the highly regarded A95L from 2023 and brings notable improvements in brightness and color reproduction while maintaining Sony’s reputation for premium picture quality. Early hands-on impressions suggest this TV represents a meaningful evolution rather than a revolutionary change, but with enhancements that maintain Sony’s position in the high-end TV market.

Designer: Sony

Two Decades of Bravia

The Bravia 8 II arrives as Sony celebrates the 20th anniversary of its Bravia TV line, marking two decades of the brand’s presence in the television market. Despite speculation that Sony might adopt LG’s new “quad stack” OLED panel technology, the company has instead chosen to continue with an improved version of Samsung Display’s QD-OLED (Quantum Dot OLED) panel technology that powered the previous A95L model.

Photo: Sony

In Sony’s revamped naming scheme, the Bravia 8 II sits as the flagship OLED model, though not at the absolute top of Sony’s entire lineup – that position belongs to the Bravia 9 Mini LED TV. This naming convention represents Sony’s current product hierarchy, with the “II” designation indicating this is the second iteration of the Bravia 8 series, though it’s worth noting that this model is positioned as the successor to the A95L rather than the original Bravia 8.

The new TV will be available in 55-inch (55XR80M2) and 65-inch (65XR80M2) sizes, with no 77-inch model announced yet – the 77-inch A95L will remain in production to fill that gap in the lineup. Sony has indicated that the Bravia 8 II will be more affordable than the A95L was at launch, potentially making this premium OLED technology accessible to more consumers.

Display Technology and Picture Performance

The heart of the Bravia 8 II is its latest-generation QD-OLED panel coupled with Sony’s advanced processing technologies. This combination delivers significant improvements in key performance areas. One of the most notable upgrades is in brightness capability. The Bravia 8 II offers 50% more brightness than the current WRGB OLED-based Bravia 8, and multiple sources suggest it’s 25-125% brighter than the A95L, depending on the reporting source. This increased luminance allows for more impactful HDR highlights and better performance in bright room environments.

Photo: Sony

The TV incorporates an integrated temperature sensor with XR Contrast Booster 15 technology that controls brightness at the pixel level to enhance picture depth and detail. This precision control helps maintain the perfect black levels that OLED is known for while pushing brightness in specific areas of the screen. The Bravia 8 II features Sony’s XR Triluminos Max technology, an evolution of their color processing that takes advantage of the QD-OLED panel’s natural color purity and wide gamut capabilities. Early demonstrations showed vivid saturated colors against a deep black background, creating a dimensional image quality.

Sony’s XR Processor powers all this visual performance, featuring AI-driven scene recognition technology. This system analyzes each scene to enhance realism by comparing content with a reference library of known backgrounds and patterns, helping to fill in details that might be missing from the source material. Additional picture enhancement features include XR Clear Image for clarity enhancement, XR OLED Motion for smoother movement, Live Color for color enhancement, and Dynamic Contrast Enhancer for improved contrast.

Technical Specifications and Features

The Bravia 8 II delivers a premium viewing experience with its 4K resolution and 120Hz refresh rate, ensuring both crystal-clear static images and smooth motion handling. The display maintains excellent visibility from virtually any angle thanks to its wide 178-degree viewing field, making it ideal for larger rooms where viewers might be seated off-center. Content creators will appreciate the TV’s comprehensive HDR format support, which includes HDR10, HLG, and Dolby Vision, ensuring compatibility with virtually all high dynamic range content available today.

Photo: Sony

The anti-reflection coating helps maintain image quality even in brightly lit rooms, though early reports suggest Sony has taken a balanced approach that preserves image integrity while reducing the most distracting reflections. For viewers concerned with seeing content exactly as directors intended, the Filmmaker Mode disables post-processing effects that might alter the original creative vision. Beyond this purist option, the TV offers a rich selection of picture modes to suit different content types and viewing preferences, from the vibrant colors of Vivid mode to the specialized settings of the gaming-focused FPS and RTS modes.

Connection options cover all modern needs with four HDMI 2.1 ports that support the latest high-bandwidth gaming and video standards. Two USB ports allow for media playback or recording functions, while traditional connectivity is maintained through an Ethernet port for a stable internet connection and an RF input for antenna or cable connections. Audio output options include the optical digital audio output for connecting to legacy sound systems. The implementation of HDCP 2.3 across all HDMI ports ensures compatibility with protected content sources, while HDMI CEC functionality through Bravia Sync allows for simplified control of multiple compatible devices with a single remote. The eARC/ARC support streamlines audio setup, enabling high-quality audio transmission to compatible sound systems with minimal cabling.

Sony continues to differentiate its TVs through innovative audio approaches with the Bravia 8 II featuring Acoustic Surface Audio+ technology, which uses actuators to transform the entire TV screen into a speaker. This creates a more immersive experience where sound appears to emanate directly from the on-screen action. The speaker system consists of a 2.1.2 channel configuration with four speakers plus one subwoofer, delivering a combined 40W of audio power. Format support is extensive, covering Dolby Audio, Dolby Atmos, DTS Digital Surround, DTS Express, DTS-HD Master Audio, DTS-HD High Resolution Audio, and DTS
. The TV also supports Sony’s “Acoustic Center Sync” feature, which allows integration with compatible Sony soundbars or speaker systems to enhance dialog clarity and improve the localization of on-screen sound, working with the BRAVIA Theater Bar 8, BRAVIA Theater Bar 9, and BRAVIA Theater Quad systems.

The Bravia 8 II runs on Google TV as its operating system, providing access to a vast range of streaming services and apps through the Google Play Store. The TV includes 32GB of storage for app installation and supports popular streaming platforms like Netflix, Prime Video, Disney+, YouTube, and Apple TV. Built-in Chromecast for casting from mobile devices, Apple AirPlay support, and screen mirroring capabilities ensure flexible content sharing options. Voice assistant functionality, Netflix, and Sony Pictures Core Calibrated mode, Bravia Cam support, and Google Home integration round out the smart features. A new addition is Sony’s “Studio Calibrated” movie mode, designed to present content exactly as creators intended.

For gamers, the Bravia 8 II offers several features aimed at enhancing the interactive experience. Variable Refresh Rate (VRR) support on HDMI ports 3 and 4 prevents screen tearing during gameplay, while Auto Low Latency Mode (ALLM) across all four HDMI ports automatically switches to low-lag mode when a game source is detected. High Frame Rate (HFR) support enables 4K content at 120Hz for ultra-smooth motion. HGiG (HDR Gaming Interest Group) compatibility improves HDR gaming performance, while Game Optimizer settings allow for tailoring the experience to different game types. Dedicated FPS Game and RTS Game picture modes complete the gaming package. These features collectively work to reduce input lag, eliminate visual artifacts, and optimize picture quality specifically for gaming content.

Market Positioning and Availability

The Sony Bravia 8 II is positioned as a premium OLED TV that succeeds the A95L in Sony’s lineup, though at a potentially more accessible price point. Sony has stated that it will be “more affordable than the A95L,” though specific pricing has not yet been announced. The TV is expected to begin shipping “later this Spring” (2025), with exact availability dates to be confirmed. When it launches, the Bravia 8 II will compete in the high-end TV market against other premium OLED and Mini LED models from competitors like LG, Samsung, and Panasonic.

Photo: Sony

Sony appears to be maintaining a dual approach to premium TVs, with the Bravia 9 Mini LED at the absolute top of the lineup and the Bravia 8 II as the flagship OLED option. This strategy gives consumers a choice based on their viewing preferences and environment. Early hands-on impressions from reviewers have been positive, with What Hi-Fi describing it as “a meaningful upgrade on one of the best TVs ever made.” The decision to stick with QD-OLED technology rather than switching to LG’s newer “quad stack” OLED panels suggests Sony remains confident in the performance capabilities of the Samsung Display panels, particularly when paired with Sony’s proprietary processing technologies.

Some potential drawbacks noted in early impressions include the continued limitation of just two HDMI 2.1 sockets (though the specifications suggest all four HDMI ports support HDMI 2.1 features). Additionally, the absence of a 77-inch model at launch means consumers seeking larger screen sizes will need to either wait or consider the older A95L in that size.

The post Sony Bravia 8 II: Sony’s New Flagship OLED TV for 2025 first appeared on Yanko Design.

The living room television experience is undergoing a dramatic transformation as screens grow larger, processing becomes more intelligent, and immersive entertainment reaches new heights. Hisense has positioned itself at the forefront of this evolution with its newly unveiled 2025 ULED television lineup. The company’s latest offerings—spanning the U6, U7, U8, and U9 series—represent a significant leap forward in home entertainment technology, particularly in the ultra-large screen category. These new models don’t merely increase in size; they fundamentally reimagine what’s possible in consumer display technology across various price points. From advanced AI processing to enhanced gaming capabilities, the 2025 collection aims to deliver premium viewing experiences regardless of budget constraints or space limitations.

Designer: Hisense

What makes this lineup particularly noteworthy is how Hisense has managed to democratize features once reserved for flagship models. MiniLED technology now extends across the entire range. Advanced processing engines quietly optimize picture quality without requiring user intervention. Even the entry-level options boast specifications that would have seemed impossible at their price points just a few years ago.

The timing couldn’t be better. As streaming content continues to expand and gaming consoles push visual boundaries, consumers increasingly seek displays capable of showcasing these experiences at their best. Hisense appears ready to meet this demand with solutions that balance technical prowess with practical considerations.

Beyond Size: AI-Driven Intelligence Takes Center Stage

Artificial intelligence serves as the cornerstone of Hisense’s 2025 strategy. Two sophisticated processors power these new televisions: the flagship Hi-View AI Engine X (featured in the U9 series) and the Hi-View AI Engine Pro (driving the U7 and U8 models). Both systems continuously analyze incoming content, making real-time adjustments to contrast, color accuracy, and motion clarity without requiring users to navigate complex settings menus.

This approach represents a philosophical shift in how television technology interacts with viewers. Rather than overwhelming consumers with technical adjustments and calibration options, Hisense has developed systems that quietly optimize the viewing experience behind the scenes. The AI doesn’t simply make minor tweaks—it fundamentally transforms how content appears on screen, adapting to both the source material and viewing environment.

Consider the comprehensive suite of AI enhancements working together: expanded local dimming zones create deeper blacks and more precise highlight control; advanced Quantum Dot technology delivers richer, more accurate colors; intelligent brightness adaptation responds to ambient lighting conditions to maintain optimal contrast. These aren’t isolated features but interconnected systems working in concert to address real-world viewing challenges.

For gaming enthusiasts, the AI benefits extend to interactive content as well. Motion processing specifically tuned for gaming, refresh rates reaching 165Hz, and Dolby Vision Gaming support ensure responsive, tear-free gameplay across the model range. The processing intelligently differentiates between film, sports, and gaming content, applying appropriate enhancements without introducing artificial-looking effects or control lag.

Audio hasn’t been neglected either. AI-enhanced sound processing optimizes Dolby Atmos soundscapes, creating theater-like experiences that adapt to room acoustics and content type. The result is a more balanced, immersive audio presentation that complements the visual improvements.

The Lineup: From Premium to Ultra-Premium

While sharing core technologies, each series in the 2025 ULED family maintains a distinct identity and target audience.

U9 Series: Bridging Premium and Ultra-Premium

The U9 series expands its accessibility with a new 65-inch option joining the existing 75 and 85-inch models. This addition makes flagship-level performance available to households with more modest space requirements or viewing distances.

At the heart of the U9 sits the Hi-View AI Engine X—the same advanced chipset used in Hisense’s flagship ULED X lineup. This processor continuously analyzes and optimizes brightness, contrast, and color accuracy for a refined, lifelike picture in real-time.

The AI enhancement suite on the U9 is particularly comprehensive. AI 4K Upscaler, Super Resolution, and Noise Reduction work in concert to elevate sub-4K content to near-native quality. Meanwhile, AI Local Dimming, HDR Upscaler, and Depth Enhancer continuously optimize picture parameters for maximum impact and dimensionality.

Viewing flexibility receives special attention through the Ultra LR panel, which effectively eliminates reflections while maintaining vibrant visuals from virtually any seating position. This solves a common problem in real-world viewing environments where perfect lighting control isn’t always possible.

For cinephiles, Dolby Vision IQ, IMAX Enhanced certification, and Filmmaker Mode preserve creative intent across various content types. Gamers will appreciate the 165Hz native refresh rate with FreeSync Premium Pro support, ensuring smooth, responsive performance with compatible consoles and PCs.

Audio performance matches the visual prowess with CineStage X Surround, Dolby Atmos, and DTS Virtual X creating a multi-dimensional soundscape through integrated 4.1.2 channel audio (upgrading to 5.1.2 channels in the larger sizes). This approach delivers convincing spatial audio without requiring additional speakers or soundbars, though connectivity options remain for those seeking to expand their audio setup.

U8 Series: MiniLED Excellence for Everyone

The U8 series perhaps best exemplifies Hisense’s approach to the 2025 lineup by redefining what consumers should expect from a mid-premium television. Powered by the Hi-View AI Engine Pro, these sets deliver peak brightness levels up to an astonishing 5000 nits—approaching the brightness of direct sunlight. This exceptional luminance capability, combined with expanded local dimming zones and Quantum Dot color technology, produces exceptional contrast and color accuracy regardless of ambient lighting conditions.

Motion handling receives particular attention with a 165Hz native refresh rate, ensuring smooth presentation of sports, action films, and gaming content. Advanced MEMC (Motion Estimation/Motion Compensation) processing reduces blur without introducing the artificial “soap opera effect” that plagues many high-refresh displays.

Content compatibility is comprehensive with support for Dolby Vision, Dolby Vision IQ, HDR10+, and IMAX Enhanced certification. These technologies ensure optimal presentation across streaming services, physical media, and broadcast content.

Available in sizes up to 100 inches with Wi-Fi 6E connectivity and an 82W Dolby Atmos 4.1.2 multi-channel sound system, the U8 represents perhaps the most balanced offering in the entire lineup—delivering premium performance without the premium price tag typically associated with such capabilities.

The U8’s combination of advanced picture processing, high brightness, and comprehensive feature set makes it particularly well-suited for mixed-use environments where the television serves multiple roles throughout the day.

U7 Series: Gaming Excellence Under $1,000

The U7 targets a specific audience: gamers and sports enthusiasts seeking high-end performance without breaking the bank. This series combines MiniLED Pro technology with a 165Hz native refresh rate at a sub-$1,000 price point—a combination previously unavailable at this price tier. The gaming credentials are particularly impressive: 165Hz Game Mode Ultra, Game Booster 288Hz, Variable Refresh Rate (VRR), Auto Low Latency Mode (ALLM), Dolby Vision Gaming, and FreeSync Premium Pro support.

These technologies work together to minimize input lag, eliminate screen tearing, and ensure smooth performance across both current and next-generation gaming platforms. The Game Booster 288Hz feature is especially intriguing, suggesting frame interpolation specifically optimized for gaming content.

What’s particularly clever is the AGLR-Antiglare low reflection panel, ensuring clear visuals even in bright rooms or with multiple viewers at different angles. This practical approach acknowledges that most gaming sessions don’t occur in perfectly darkened environments.

The 60W 2.1.2 multi-channel Dolby Atmos sound system delivers spatial audio that enhances both gaming effects and live sports broadcasts, creating a more immersive experience without additional audio equipment.

With sizes ranging from 55 to 100 inches, the U7 represents a compelling value proposition for performance-focused consumers who prioritize responsive handling of dynamic content.

U6 Series: MiniLED for the Masses

The entry point to Hisense’s 2025 lineup is anything but basic, bringing premium display technology to previously unthinkable price points. The U6 series introduces MiniLED technology to screen sizes up to 100 inches at the most accessible price point in the lineup. This democratization of advanced backlighting technology represents a significant shift in the market, potentially making more basic edge-lit displays obsolete even at budget price points.

Unlike previous generations, the 2025 U6 models now feature Fire TV with Alexa Voice Remote integration, offering an intuitive smart TV experience with minimal learning curve. This platform change provides access to an extensive content library while simplifying the user interface for households that prioritize straightforward operation.

Technical highlights include Dolby Vision, Dolby Atmos with a built-in 2.1 subwoofer, HDR10+ Adaptive, and gaming features like ALLM and VRR. The 144Hz native refresh rate with Game Mode Pro and FreeSync Premium support ensures smooth motion for both casual viewers and gaming enthusiasts.

Connectivity receives appropriate attention with Wi-Fi 6 support, providing reliable streaming even in bandwidth-challenged or congested wireless environments. This practical approach acknowledges the real-world networking limitations many households face.

The U6 effectively redefines entry-level expectations by bringing features once reserved for premium models to a more accessible price point, without compromising on screen size options or core performance metrics.

Final Thoughts: Redefining Home Entertainment

Hisense’s 2025 ULED lineup isn’t just another annual refresh—it’s a statement about television’s future.

By democratizing 100+ inch screens across multiple price points, the company has eliminated the primary barrier to truly immersive viewing. The standardization of MiniLED technology—once a premium feature—across the entire range represents a significant manufacturing breakthrough that benefits consumers at every level.

What impresses most is how each series maintains a distinct identity while sharing core technologies. The U9 delivers flagship performance with expanded size options. The U8 balances premium features with accessibility. The U7 caters specifically to gamers and sports enthusiasts. The U6 redefines entry-level expectations entirely.

The 2025 collection arrives in stores later this year, with pricing details forthcoming. If these sets deliver on their technical promises, they could fundamentally change what consumers expect from televisions across all price categories.

In an industry often focused on marketing rather than meaningful advancement, Hisense appears to be taking the road less traveled. The real question isn’t whether consumers want bigger, smarter TVs—it’s how quickly our living rooms will adapt to accommodate them.

The post Hisense Pushes Boundaries with 2025 ULED TV Lineup: Bigger Screens, Smarter AI, and Uncompromising Performance first appeared on Yanko Design.

Hisense has announced a significant expansion of its popular CanvasTV lineup with the addition of new 75-inch and 85-inch models. These larger sizes join the existing 55-inch and 65-inch versions, addressing growing consumer demand for bigger screens that maintain aesthetic appeal within home environments.

Designer: Hisense

The new models will be available in U.S. stores in late spring 2025, with the 75-inch model retailing for $2,499.99 and the 85-inch version priced at $3,999.99 – representing a $500-$1,000 price advantage over comparable Samsung Frame models.

Premium picture technologies remain consistent across the expanded lineup, including 4K QLED with Quantum Dot Color technology, anti-glare Hi-Matte display, and Dolby Vision support. Additional technical features include MEMC (Motion Estimation/Motion Compensation) and Black Frame Insertion, which reduce motion blur during fast-paced content. However, it’s worth noting that Hisense has not yet confirmed whether the larger models will include the 144Hz refresh rates, AMD FreeSync Premium, and Game Mode Pro features found in the 55″ and 65″ variants – an important consideration for gaming enthusiasts.

In my recent review of the CanvasTV for Yanko Design, I highlighted how the display transformed my sunroom with its dual functionality as both a premium television and sophisticated digital art piece.

The Art Mode feature, which allows users to display curated artwork or personal photography when not watching content, remains a standout feature in these new larger models. The TV comes with 120 preloaded artwork pieces and supports user-uploaded photos. The included teak magnetic frame provides a refined finishing touch, while optional frames (sold separately) offer additional customization options.

A key feature carried over to these larger models is the real-time RGB light sensor, which continuously adapts screen brightness and color temperature to match ambient lighting conditions. This ensures artwork displayed in Art Mode always appears natural and properly illuminated regardless of time of day or lighting changes. The system works in real-time, making subtle adjustments that maintain visual consistency throughout changing environmental conditions.

The CanvasTV also includes a motion detector that primarily operates in Art Mode to conserve energy. This smart functionality allows the TV to reduce power consumption to less than 0.5W in standby by turning off when no one is present in the room, then automatically reactivating when movement is detected.

This thoughtful addition not only saves an estimated 15-20% in annual power consumption but also enhances the illusion that you’re looking at a framed piece of art rather than a television.

Installation remains streamlined with the UltraSlim wall mount, which achieves a 1.4-inch depth for a flush, gallery-like presentation. The standard teak frame included with both new models provides a sophisticated, neutral option that complements most interior design schemes. Cable management has been thoughtfully addressed with a single slim cable design that minimizes visual clutter.

Beyond its aesthetic appeal, the CanvasTV doubles as a centralized smart home controller via Google TV integration. Users can adjust lights, view security camera feeds (such as Nest Doorbell), and manage devices directly through the TV interface – a feature that gives Hisense an edge over Samsung’s Frame in ecosystem integration.

The 2.0.2-channel surround sound system with DTS Virtual X enhances audio immersion, though audiophiles may still prefer external sound solutions.

“CanvasTV has always been about blending technology and design seamlessly,” said David Gold, President of Hisense Americas and Hisense USA. “The CanvasTV vision was never just about delivering a great image, it was about curating a personal space. Now, with these larger sizes, we’re taking that vision to the next level.”

The new models maintain comprehensive smart features, offering access to over 800 free live TV channels and 700,000+ movies and shows across 10,000+ apps via Google TV. Connectivity options include HDMI eARC for simplified audio setups, Wi-Fi 5 for reliable streaming performance, and compatibility with Amazon Alexa, Google Assistant, and Apple HomeKit for seamless smart home integration.

Hisense offers a 2-year warranty on these models—double the industry standard—highlighting its confidence in product longevity. Additionally, the use of responsibly sourced materials and reduced standby power consumption aligns with eco-conscious design principles.

For consumers seeking substantial screen sizes without sacrificing interior design considerations, these new additions to the CanvasTV family offer compelling solutions that transform from entertainment centerpieces to digital artwork with remarkable versatility. As the trend toward larger displays continues, Hisense has demonstrated that bigger screens need not come at the expense of aesthetic integration within thoughtfully designed living spaces.

The post Hisense Expands CanvasTV Lineup with New 75″ and 85″ Models first appeared on Yanko Design.

Sony has announced a monumental leap in display technology with the introduction of its new high-density RGB LED backlight system. This innovative advancement is set to redefine both consumer and professional display markets by providing unparalleled color accuracy and brightness, particularly suited for larger screen sizes which are cost-prohibitive for OLED technology.

Design: Sony

Unraveling the Technology

Sony’s new RGB LED display system is built on an independent drive mechanism that precisely controls the primary colors of red, green, and blue. This capability ensures a pure and vibrant color expression, covering over 99% of the DCI-P3 color space and approximately 90% of the ITU-R BT.2020 standard. This remarkable color gamut ensures that viewers experience scenes as the creators intended, with nuanced gradations and true-to-life depth.

The system’s proprietary backlight modulation maximizes the panel’s characteristics, dynamically adjusting luminance to maintain intricate detail in both bright and shadowed areas. This feature promises an immersive viewing experience, whether you’re enjoying the rich hues of a sunset or the subtle textures of a shadowy forest.

Competitive Edge and Market Impact

In a landscape where OLED has traditionally dominated due to its exceptional contrast ratios, Sony’s RGB LED technology offers a compelling alternative. It provides superior brightness without the risk of burn-in, a common issue with OLED screens. Furthermore, this technology brings significant implications for Mini LED TV markets, potentially reducing costs and enhancing performance for large screen sizes.

Sony’s strategic partnerships with MediaTek, ROHM Co, and Sanan Optoelectronics enhance its position. These collaborations ensure the integration of cutting-edge control processors and LED drive ICs, setting the stage for a new era in display technology.

Targeting Diverse Audiences

Sony’s RGB LED technology offers benefits beyond typical home entertainment. Thanks to its high refresh rates and dynamic processing capabilities, it provides smoother visuals and reduced motion blur for gamers. Cinephiles will appreciate the enhanced cinematic quality that mirrors the creator’s intent, bringing the theater experience into the home.

This technology provides an invaluable tool for color grading and accurate content representation in professional settings, such as broadcasting and film production. Its high brightness levels and wide color gamut make it ideal for environments where precision and detail are paramount.

Environmental and Technical Innovations

Sony’s new RGB LED technology embodies a commitment to sustainability by optimizing energy use without sacrificing performance. By dynamically adjusting power allocation across the red, green, and blue channels, the system reduces energy consumption, which is crucial for minimizing the environmental impact of high-performance displays. This approach not only supports energy conservation but also meets the growing consumer demand for more eco-friendly technology solutions.

The technical advancements of this system further enhance its appeal. Its high-bit-rate signal processing, supported by a sophisticated 96-bit architecture, significantly improves the visual experience. The technology delivers deep blacks and brilliant whites, ensuring that images remain vivid and accurate across a wide range of viewing angles. This consistency highlights Sony’s dedication to combining technical excellence with environmental responsibility.

Additionally, Sony’s ability to dynamically adjust luminance in harmony with color gradation means that even simple, single-tone scenes, such as a green field or blue sky, are rendered with striking clarity and detail. This feature allows for a viewing experience that stays true to the creator’s intent while maintaining energy efficiency. By integrating these energy-efficient and technically advanced elements, Sony’s RGB LED technology offers a new standard that delivers high performance with a reduced environmental footprint.

Looking to the Future

Scheduled for mass production in 2025, Sony’s RGB LED displays are poised to make their debut in 2026, potentially in the next iteration of the Bravia series. The ongoing development of this technology indicates a commitment to pushing the boundaries of what’s possible in display engineering. Future integrations could see this technology working alongside AI-enhanced image processing or even in augmented reality applications, expanding its utility and appeal.

Sony’s RGB LED technology represents a significant shift in display technology, offering consumers and professionals alike a new standard of visual excellence. Whether used in home entertainment systems or professional environments, the promise of vibrant, true-to-life imagery positions Sony at the forefront of the next generation of display innovation.

The post Sony Introduces Advanced RGB LED Display Technology – Transforming TV Viewing into a Cinematic Experience first appeared on Yanko Design.

Step into the fluorescent-lit, white-walled purgatory of Lumon Industries, now in LEGO form. The Severance MDR Office set is a love letter to corporate dystopia, letting you meticulously recreate the existential dread of Mark, Helly, Irving, and Dylan as they refine data for reasons beyond human understanding. Finally, a LEGO set that allows you to experience the joyless, sterile beauty of complete work-life separation—no need to wait for a microchip in your brain.

At first glance, this might seem like the least exciting LEGO set imaginable. No drama, no intricate assemblies, no easter eggs, no detail. Just a series of cubicles, a break room that screams “mandatory fun,” and a bathroom that exists purely for biological maintenance. But that’s precisely what makes it brilliant. It captures the eerie mundanity of Severance in unsettling detail. The Macrodata Refinement (MDR) office is rendered in unsettling detail—sterile green carpets, cold white walls, and an open floor plan that feels expansive yet deeply claustrophobic. The stark, sprawling hallways are designed only for walking. The supply closet stands ominously, awaiting a moment of insubordination. Kier’s ever-watchful portrait looms over the workspace, a constant reminder that even in LEGO form, you will obey.

Designer: GatorJay

Each minifigure is a pitch-perfect recreation of the show’s cast, right down to the dead-eyed resignation. Mark S. has that signature air of barely concealed despair, Helly R. looks like she’s planning her next escape attempt, and Irving B. is radiating pure company loyalty, probably mid-thought about painting the breakroom black. Dylan G. seems one incentive away from snapping, while Milchick—grinning, watchful, terrifying—stands ready to orchestrate a waffle party so unsettling that even your LEGO minifigs will feel uncomfortable. Ms. Cobel completes the set, no doubt ready to invade your real-world life with a Tupperware container of raw eggs.

The level of absurd realism here is what makes this set so brilliant. The office cubicles include tiny computer screens displaying cryptic floating numbers, capturing the mystery of data refinement in a way that only true fans will appreciate. The hallways are designed strictly for walking—no frolicking, no distractions, just an endless loop of introspective silence. There’s a vending machine filled with pre-approved snacks, because even your LEGO employees must be kept nutritionally optimized under the watchful eyes of The Board. And yes, the bathroom is included, because what’s corporate life without a moment of quiet existential terror under fluorescent lighting?

The beauty of Severance is its ability to make the mundane feel unnerving, and this LEGO set achieves the same effect. You’re not just assembling an office—you’re creating a microcosm of control, repetition, and subtle rebellion. Every piece clicks into place with a satisfying precision that echoes Lumon’s own rigid order, and before you know it, you’re fully immersed. Maybe you start adjusting the cubicle walls, deciding who gets visibility and who to isolate. Maybe you recreate the moment Helly leaves a note for her Outie. Maybe you just stare at your completed set, a little too long, wondering what it all means.

And that’s the genius of this thing. It lulls you in with its innocent LEGO charm, then before you know it, you’re deep in philosophical contemplation about the nature of work, selfhood, and free will. The best LEGO sets aren’t just fun—they make you feel something. And this one? It makes you feel like you might be trapped in a corporate nightmare from which there is no escape. But, you know, in a fun way.

Now, if you’ll excuse me, I need to go stare at a Kier Eagan portrait for a while and pretend I have control over my own existence.

The MDR Office is the brain-child of LEGO builder GatorJay, and was submitted to the LEGO Ideas website, an online forum where anyone can build and share their own creations. The community votes for their favorite builds, and submissions that cross the 10,000 vote mark are sent to the LEGO internal team to evaluate and hopefully turn into a box set. If you want to see this Severance-themed MOC (My Own Creation) hit the 10k vote mark, cast your vote for it on the LEGO Ideas website here!

The post Severance Fans Can Now Build Their Own Fluorescent-Lit Corporate Nightmare in LEGO first appeared on Yanko Design.

Televisions have evolved massively over the past couple of years, going from liquid crystals to organic LEDS to quantum dots, but fundamentally, the principle behind a television remains the same – pixels light up in different colors, coming together to make a picture. New technologies have just simply tried to perfect this, making each pixel smaller, brighter, and also simultaneously darker. However, what if I told you that a lot of new technology could be just recreated by repurposing old tech? DIY Perks, the YouTube channel known for turning discarded electronics into brilliant creations, has done exactly that—taking a broken LCD TV and a dated DLP projector and transforming them into a display that delivers contrast levels rivaling OLED panels. It’s an experiment that shouldn’t work, and yet, with some clever engineering, it does.

The project started with an aging LCD TV, one that had lost its backlight but still had a functional display panel. The problem with old LCDs is their inability to produce deep blacks, a limitation caused by their reliance on always-on backlighting. Modern LED TVs try to fix this with local dimming, where different sections of the backlight can be dimmed independently. But because the number of zones is relatively small, this method introduces a halo effect known as blooming, where bright areas bleed into dark ones. The ideal solution would be a backlight with thousands of independent dimming zones, but that kind of precision is expensive to manufacture. Instead of accepting these limitations, DIY Perks realized that a high-resolution projector might be the missing piece of the puzzle.

Designer: DIY Perks

At first glance, using a projector as a backlight sounds absurd. After all, projectors are designed to shine images onto a wall, not illuminate the rear of an LCD panel. But even an outdated 1024×768 projector has over 700,000 individual pixels, making it vastly more precise than the coarse LED dimming zones found in high-end TVs. The idea was simple: strip the LCD TV down to its raw panel, place a diffusion sheet behind it to evenly distribute light, and use the projector to create a dynamic backlight where each pixel can function as its own dimming zone. In theory, this would eliminate blooming entirely and allow for stunning contrast.

Stripping the TV down was the first challenge. With careful disassembly, the fragile LCD panel was freed from its housing and placed into a custom frame for stability. The diffusion sheet, the thickest layer of the original backlight, was salvaged to ensure smooth light distribution. The projector itself needed modification too. Normally, a DLP projector creates color by shining white light through a spinning color wheel, but since this build only required pure light, the color wheel was removed. This single tweak massively boosted brightness, ensuring enough light reached the LCD panel for a usable image.

The first test was promising but flawed. The projected image didn’t align perfectly with the LCD, causing ghosting and other artifacts. This was where software processing came in. Using OBS Studio (a free video-editing software used by livestreamers), DIY Perks applied a luma key filter to create a luminance map, ensuring only dark areas received dimmed backlight. A glow filter was also added to softly expand the illumination zones, reducing alignment issues. With these tweaks, the system suddenly worked astonishingly well. Blacks were deep, highlights remained crisp, and the screen took on an OLED-like appearance, despite being built from discarded components.

Side-by-side comparisons against a modern LED TV made the improvements clear. While the DIY screen couldn’t match the sheer brightness of an LED panel, its black levels were superior. Scenes with strong contrasts looked cleaner, with no visible blooming. A simple white cursor on a black background showed how precise the backlight was, tracking each point of light with pinpoint accuracy. The improvement was undeniable.

The biggest obstacle left was practicality. A standard long-throw projector needed to sit meters behind the screen, making it difficult to integrate into a typical living room. One possible solution was switching to a short-throw projector, which could sit directly behind the TV. Another option involved mirrors, using a ceiling-mounted mirror to bounce light down to a second mirror behind the TV, allowing the projector to be wall-mounted. While not the most elegant setup, it made the concept more viable.

Beyond this proof of concept, there’s potential for even greater refinement. Using multiple projectors could increase brightness, making the display more usable in daylight. Replacing the projector’s bulb with LEDs could improve efficiency and color accuracy. With so much room for experimentation, DIY Perks has opened the discussion to their forum and Discord community, encouraging others to build on the idea. Considering how far this project has come from such humble beginnings, it’s exciting to think about what’s next. And if you’ve gotten this far, yes, the process is laborious at best and it’s just easier to spring $1,300 for an LED – but if you’re mad enough, even just a little, this project has already excited you enough to search for broken tech on craigslist.

The post Homemade OLED? This DIYer Built a High-Contrast TV From Scrap For Free first appeared on Yanko Design.

Designer: Toshina

AI-Powered Picture Optimization

The REGZA Engine ZRi is designed to deliver exceptional picture quality by intelligently analyzing every frame and making precise adjustments to resolution, contrast, color accuracy, and brightness. This AI-driven approach ensures that all types of content, from streaming services to live television, are displayed with clarity and vibrancy.

One of the key features of this technology is 4K AI Upscaling, which enhances lower-resolution content to appear sharper and more detailed on high-resolution screens. Unlike traditional upscaling methods, which simply stretch and sharpen images, Toshiba’s AI-powered approach reconstructs fine details by using deep learning to predict and fill in missing visual information. This results in a more authentic and natural-looking image, even when watching older or lower-quality video sources.

The Dolby Vision IQ and HDR 10+ Adaptive support further enhance the viewing experience by dynamically adjusting brightness and contrast based on ambient lighting conditions. With these technologies, dark scenes remain detailed and visible without overexposure, and bright sequences maintain clarity without appearing washed out. Whether watching a cinematic blockbuster or a high-action sports event, the REGZA AI Engine ensures the best possible visual quality in any lighting environment.

Additionally, AI Picture Optimizer detects the type of content being displayed—such as movies, live sports, or animation—and automatically adjusts color saturation, contrast levels, and sharpness to optimize for that specific category. This feature ensures that vibrant hues in animated films remain true to their intended palette while maintaining a more natural color balance for live-action footage.

Intelligent Sound Engineering with AI

Beyond just enhancing visuals, the REGZA AI Engine brings significant advancements to audio processing, delivering an immersive and cinematic sound experience. Traditional televisions often rely on static audio settings that do not adjust based on the type of content or the acoustic environment. In contrast, Toshiba’s AI-powered audio processing dynamically optimizes sound based on real-time analysis.

The REGZA Power Audio Extreme system enhances depth and clarity by using psychoacoustic bass enhancement technology. This technology adjusts low-frequency sounds to create a richer and more powerful auditory experience. This is particularly noticeable in action movies and live concerts, where deep bass tones contribute to the overall impact of the scene.

Additionally, AI Sound Calibration intelligently balances high, mid, and low frequencies depending on the content being played. For dialogue-heavy content, the AI emphasizes speech clarity, ensuring that voices remain crisp and intelligible without being overshadowed by background music or sound effects. For action sequences and live sports, the AI enhances spatial audio, making the audience feel immersed in the scene.

Another key feature is Room Acoustic Optimization, which uses a built-in radar sensing system to analyze the room’s dimensions and adjust the sound output accordingly. This means that regardless of where a viewer is sitting, the television optimizes the audio projection to ensure a balanced and immersive experience.

Redefining Visual and Audio Perception Through Smart Technology

The Toshiba TV X9900 delivers lifelike visuals through millions of self-luminous pixels that detect nearby colors. It offers 4K quality with Full HD content revealing details that were previously unnoticed. From nature documentaries to sports broadcasts, the television’s color and shadow reproduction transports viewers to remarkable visual landscapes. REGZA Power Audio Extreme provides immersive sound, while its psychoacoustic bass enhancement technology intelligently adjusts frequencies, creating a powerful auditory experience that transforms entertainment.

Toshiba continues to push innovation in smart home entertainment, ensuring its AI-driven technologies evolve alongside consumer expectations. With REGZA Intelligence, viewers can experience adaptive enhancements that improve every aspect of their television use. The company’s ongoing commitment to delivering high-quality visuals, intelligent sound calibration, and AI-powered enhancements set a new benchmark for immersive entertainment.

The post Toshiba REGZA AI Engine: Advancing Home Entertainment Through AI first appeared on Yanko Design.

Picture your living room morphing into a cinema or your office into a vibrant presentation hub, all without cable clutter. The 4URPC Gen 2 Wireless 4K Type-C Transmitter and HDMI Receiver turns this vision into reality. Share videos, games, or presentations on a large screen effortlessly. It’s about convenience, simplicity, and a dash of magic in your tech life.

Crafted by 4URPC, this device is a technological marvel, featuring a 4K quad-core processor for seamless wireless projection. Supporting both 4K at 30Hz and 1080P at 60Hz, it ensures smooth and vivid video and audio transmission. Whether you’re in a classroom, a business meeting, or hosting a party, this device adapts to every scenario, delivering a reliable and immersive experience.

Designer: 4URPC

Click Here to Buy Now: $115 $200 ($85 off). Hurry, only a few left! Raised over $292,000.

One of its standout features is the built-in 5G Wi-Fi, guaranteeing crystal-clear picture quality. Just plug the receiver into any TV, monitor, or projector with an HDMI interface, and you’re ready to go. The plug-and-play design makes setup a breeze, swiftly transitioning from idea to presentation or entertainment without hassle.

Imagine pressing a button and watching your content project wirelessly in just 0.01 seconds. That’s the power of the 4URPC Gen 2’s seamless pairing capability. Each receiver and transmitter pair is pre-connected during production, eliminating the unreliable pairing process. Enhanced receiver processing power ensures a faster, more efficient experience, ideal for fast-paced environments.

4URPC also aims to make this experience more social and collaborative. Share your screen with multiple people without passing cables around. The 4URPC Gen 2’s multi-transmitter support allows a single receiver to connect with up to five transmitters. Perfect for collaborative environments, it fosters seamless communication and interaction, whether at home, work, or on the go.

The 4URPC Gen 2 transmitter supports a broad range of Type-C devices, as long as the USB-C port supports “video out” DP Alternative Mode. This means you can connect effortlessly, maximizing the device’s potential without compatibility headaches. It’s designed to integrate seamlessly into your tech ecosystem, whether you’re using Apple products, PCs, or Android devices.

The 100W PD USB-C port design ensures your devices stay powered while in use, which is especially beneficial for iPhones and iPads. For devices with power needs below 100W, it enables continuous, high-definition visuals without interruptions. Whether streaming a movie or delivering a business presentation, this feature keeps your experience smooth and worry-free.

The sleek, portable design of the 4URPC Gen 2 is another reason to love it. Weighing just 50g and measuring only 0.6cm in width, it’s easy to carry and stylish enough for any setting. Whether at home or on the go, its minimalist aesthetics blend convenience with functionality elegantly.

Durability and reliability are central to the 4URPC Gen 2’s design. The ultra-high-quality Type-C cable, made from durable polymer-integrated materials, enhances bending resistance. Aerodynamically designed heat dissipation holes provide 30% more efficiency, keeping your device cool even during prolonged use. These features ensure long-lasting reliability.

With the 4URPC Gen 2, you’re opening the door to a new way of experiencing media and making a statement. Whether it’s a family movie night, a gaming session with friends, or a professional presentation, this device delivers convenience and quality with flair. It’s time to truly cut the cords and embrace a future where wireless is the norm, and seamless connectivity is just a click away.

Click Here to Buy Now: $115 $200 ($85 off). Hurry, only a few left! Raised over $292,000.

The post Free Your TV From Cables with This True Wireless 4K Type-C Transmitter and HDMI Receiver first appeared on Yanko Design.