The future of TV displays

The future of TV tech is thrilling! Higher resolutions, MicroLED displays, and HDR advancements are just the beginning. Samsung's QLED 8K TVs, featuring AI upscaling and the Neural Quantum Processor 8K, offer a sci-fi-like clarity.

As we step into 2024, the landscape of TV display technology is poised for remarkable advancements. Manufacturers are gearing up to unveil cutting-edge innovations that promise to redefine our viewing experiences. From higher resolutions to groundbreaking display technologies, let's explore the anticipated developments that will shape the future of TVs.

Screen technology

Higher-Resolution Displays: One of the most eagerly awaited advancements in TV technology is the introduction of higher-resolution displays. Samsung, in particular, is rumored to be on the verge of launching high-resolution ISOCELL sensors, including a groundbreaking 440MP camera sensor. This breakthrough in sensor technology is expected to push the boundaries of image resolution, delivering sharper and more detailed images for an unparalleled viewing experience.

MicroLED and MiniLED Technology: The era of MicroLED and MiniLED displays is set to expand further in 2024. TV manufacturers are increasingly incorporating these advanced technologies into their product offerings, providing consumers with displays that boast improved contrast, brightness, and energy efficiency. The result? A visual feast with enhanced picture quality that takes TV viewing to new heights.

HDR and Wide Color Gamut: Expect the adoption of High Dynamic Range (HDR) and wide color gamut technology to become more widespread in 2024. This technological duo allows for a broader range of colors and enhanced brightness levels, culminating in lifelike and vibrant images on TV displays. As HDR continues to evolve, viewers can look forward to an immersive visual experience that brings content to life like never before.

OLED and QLED Advancements: OLED and QLED display technologies, known for their superior contrast and black levels, are slated to see continued advancements in 2024. Manufacturers are laser-focused on improving panel efficiency, brightness, and color accuracy. The result is a refinement of these already impressive technologies, ensuring that OLED and QLED displays remain at the forefront of high-quality TV displays.

Give credit to LG

Flexible and Rollable Displays: The trend of flexible and rollable displays is set to captivate audiences in 2024, with manufacturers exploring new form factors and designs. This innovative technology allows for the creation of TVs that can be rolled up or bent, offering not only a unique visual experience but also practical benefits such as easy storage and transportation. Get ready to witness the transformation of TV design as flexibility takes center stage.

Give credit to LG

Samsung, a frontrunner in TV technology, has already set the stage by introducing AI upscaling in its QLED 8K TVs. This technology employs machine learning to analyze video content and create bespoke filters for various content types, ranging from sports to movies and dramas. The goal is to bridge the resolution gap between the content available today and the capabilities of 8K TVs, enhancing the picture quality of lower-resolution content on higher-resolution displays. The Neural Quantum Processor 8K, featured in Samsung's QLED 8K TVs, utilizes 20 neural networks to generate crystal-clear 8K quality images with unprecedented depth and sharpness.

The Future of 8K Resolution and AI Upscaling: Expect 8K resolution with AI upscaling to become a standard feature in smart TVs in 2024 and beyond. With 8K resolution offering four times the detail of 4K, the advantages are significant. Here are some key benefits that users can anticipate:

Use images from here and give credit to Samsung

Sharper and More Detailed Images: The fourfold increase in resolution from 4K to 8K ensures that images are sharper and more detailed. This translates to a visual experience that reveals finer textures and more individual pixels.

Immersive Viewing Experience: 8K resolution, especially on larger TVs, delivers a more immersive viewing experience. Viewers can expect unparalleled clarity and realism that brings content to life in a way previously unseen.

Reduced Image Scaling Artifacts: AI upscaling technology plays a crucial role in mitigating image scaling artifacts. These imperfections, such as jagged edges, are minimized when upscaling lower-resolution content to 8K, ensuring a smoother and more enjoyable viewing experience.

Integrated Ambient Lighting

As we step into 2024, the world of smart TVs is about to witness a transformation that goes beyond pixels and resolutions. Integrated ambient lighting, a technology that has already made its mark in the market, is poised to become a standard feature, enhancing the immersive viewing experience.

The Current Landscape: Ambient lighting systems for TVs, such as the AmbiVision PRO kit and offerings from manufacturers like Govee, are already captivating consumers. The AmbiVision PRO kit, for instance, is a smart ambient lighting system that elevates the viewing experience by projecting a glow of light from four sides of the back of the screen onto the surrounding wall. This not only enlarges the screen visually but also creates an immersive ambience by extending colors and movements from the screen onto the surrounding walls. With a built-in camera capturing every screen and wirelessly transmitting the analysis to the LED strip, the result is a viewing experience that transcends traditional boundaries.

The Technology Behind Bias Lighting: Integrated ambient lighting, often referred to as bias lighting, is a technology designed to fill in the shadows on the edges of the TV screen. This creates a more uniform and immersive viewing experience. Additionally, bias lighting can adjust the color temperature of the TV to match the ambient lighting in the room, reducing eye strain and improving overall viewing comfort. The use of bias lighting is not only expected to continue but also to become more common in the coming years, making it a key feature to watch out for in 2024.

Types of Bias Lighting

There are various types of bias lighting available, catering to different preferences and TV features:

• LED Bias Lighting: Uses LEDs to emit light matching the color temperature of the TV screen.
• OLED Bias Lighting: Utilizes OLED panels to emit light in line with the TV screen's color temperature.
• Full-Array LED Bias Lighting: Employs a full array of LEDs to match the color temperature of the TV screen.

Benefits of Integrated Ambient Lighting

• Reduced Eye Strain: By minimizing the contrast between the bright TV screen and the dark room, bias lighting reduces eye strain during extended viewing sessions.
• Improved Color Reproduction: Providing a uniform light source, bias lighting enhances color reproduction for a more vibrant and accurate display.
• More Immersive Viewing Experience: Creating a sense of depth and dimension, bias lighting elevates the overall viewing experience to new heights.

Beyond the Remote

Gesture control and voice recognition technologies are set to take center stage, offering users a hands-free experience that redefines the way we interact with our television screens.

The Current Landscape: Gesture control and voice recognition are already making waves in the high-end TV market, and their prevalence is expected to grow in the coming years. These technologies leverage cameras, motion sensors, and microphones to provide users with a seamless and hands-free means of controlling their smart TVs. Whether it's changing channels, adjusting volume, or launching apps, the possibilities are expanding to create a more intuitive and convenient viewing environment.

Benefits of Gesture Control and Voice Recognition

• Convenience: The ability to control your TV without physical contact offers unparalleled convenience, allowing users to stay comfortably seated and engaged in their content.
• Accessibility: Gesture control and voice recognition cater to individuals with disabilities, providing an alternative and accessible method of TV interaction compared to traditional remote controls.
• Intuitiveness: These technologies are designed to be natural and intuitive, simplifying the user experience and making TV control easy to learn and operate.
• Specific Applications:Gesture control and voice recognition open up a realm of possibilities for hands-free interaction with smart TVs. Here are some examples:
• Change Channels: Swipe your hand in various directions to navigate through channels effortlessly.
• Adjust Volume: Make a pinching motion to increase volume or a spreading motion to decrease it.
• Launch Apps: Use your voice to command the TV to launch popular apps like Netflix, Amazon Prime Video, and Hulu.
• Search for Content: Voice commands enable seamless searches for movies, TV shows, and music, enhancing the overall content discovery experience.

The Future of Gesture Control and Voice Recognition

Looking ahead to 2024 and beyond, these technologies are poised for further refinement. Voice control, in particular, is set to see improvements in speech recognition performance, with manufacturers investing in advanced Voice User Interface (VUI) technology. Gesture control is also expected to become more widespread, offering users an even more intuitive and immersive interaction with their smart TVs.