- Samsung is reportedly considering deploying coe technology for the Galaxy S26 ultra
- This would allow the flagship model to be thinner without compromising on display quality
- The South Korean giant already uses this technology in its flexible devices
While the Galaxy S25 series is still months away from its official debut, whispers about its successor, the Galaxy S26 Ultra, are already making waves.According to a recent report from The Elec, a reputable South Korean tech outlet, Samsung is exploring groundbreaking display technology for its 2026 flagship. The star of the show? Color filter encapsulation on thin film, or coe, a feature currently exclusive to the company’s foldable devices.
A thinner display without losing quality
Table of Contents
- 1. A thinner display without losing quality
- 2. How CoE Technology is Revolutionizing OLED Displays in Modern devices
- 3. The Rise of Lasting Travel: How Technology is Shaping the Future of Tourism
- 4. The Intersection of Sustainability and Technology
- 5. Key Innovations Driving Change
- 6. The Role of Travelers in Shaping the Future
- 7. Looking Ahead: A Greener Future for Tourism
- 8. How does CoE technology enhance the foldability of smartphone displays compared to conventional OLED displays?
CoE technology is poised to revolutionize smartphone displays by replacing traditional polarizing plates with a color filter and altering the Pixel Define Layer (PDL) to black. Polarizers, while effective at reducing reflections and enhancing visibility, add bulk to the display and block some of the emitted light. This compromises brightness and forces the device to consume more power to achieve the same luminance levels, ultimately affecting battery life and longevity.
with coe,Samsung aims to eliminate these drawbacks. By integrating this advanced technology into the Galaxy S26 Ultra, the company hopes to create a slimmer, brighter, and more energy-efficient display without sacrificing quality. Industry experts see this as a game-changer,setting a new benchmark for flagship smartphones.
Samsung’s adoption of CoE in its foldable devices has already demonstrated its potential. By bringing this innovation to the Galaxy S26 Ultra, the company is signaling its commitment to pushing the boundaries of smartphone design and functionality. As The Elec notes, “This move could redefine what users expect from flagship displays, offering a perfect blend of form and function.”
While 2026 may seem distant, the anticipation surrounding the Galaxy S26 Ultra is a testament to Samsung’s relentless pursuit of innovation. With CoE technology perhaps at its core, the device could set a new standard for smartphone displays, making it a must-watch for tech enthusiasts and industry insiders alike.
How CoE Technology is Revolutionizing OLED Displays in Modern devices
In the ever-evolving world of display technology, Samsung has taken a significant leap forward with its Color Filter on Encapsulation (CoE) innovation. by eliminating the polarizing layer traditionally found in OLED panels, CoE technology not only slims down the display but also enhances its light transmittance. This improvement leads to reduced power consumption, a critical factor in today’s energy-conscious market. Additionally, the integration of a color filter in place of the polarizing layer results in superior color accuracy and vibrancy.
To address potential issues with light reflection,Samsung has introduced a black PDL (Pixel Definition Layer) layer. This layer acts as a barrier, effectively preventing internal light reflection and ensuring a crisp, clear display. The combination of these advancements forms the foundation of CoE technology, which is built on a thin-film encapsulation (TFE) layer. This TFE layer serves a dual purpose: it protects the OLED from moisture while enabling the integration of the color filter directly onto the encapsulation.
Samsung first introduced CoE technology in its foldable devices, starting with the Galaxy Z Fold 3. The company has sence continued to refine and implement this technology in subsequent models, including the Galaxy Z Fold 6, which debuted last year. the success of CoE in foldable devices has sparked speculation about its potential application in other flagship models, such as the highly anticipated Galaxy S26 Ultra.
If Samsung incorporates CoE technology into the Galaxy S26 Ultra, it could significantly reduce the device’s thickness without sacrificing display quality. This move would position the Galaxy S26 Ultra as a formidable competitor to other rumored devices, such as the iPhone 17 Air. while it remains to be seen whether Samsung will adopt CoE for its next-generation flagships, the potential benefits are undeniable. As the tech world eagerly awaits further developments, one thing is clear: CoE technology is poised to redefine the future of OLED displays.
The Rise of Lasting Travel: How Technology is Shaping the Future of Tourism
In recent years, the travel industry has undergone a significant transformation, driven by a growing emphasis on sustainability and the rapid advancement of technology. As travelers become more conscious of their environmental impact, innovative solutions are emerging to make tourism more eco-friendly and efficient. This shift is not just a trend—it’s a movement reshaping how we explore the world.
The Intersection of Sustainability and Technology
Travelers today are increasingly seeking experiences that align with their values. According to a recent survey, 74% of global travelers believe sustainable travel is important, and 68% are willing to pay more for eco-friendly options. This demand has spurred the progress of cutting-edge technologies designed to reduce carbon footprints, enhance resource efficiency, and promote responsible tourism.
From AI-powered booking platforms that prioritize green accommodations to apps that track and offset carbon emissions, technology is playing a pivotal role in making sustainable travel accessible and practical. “The future of travel lies in balancing exploration with conservation,” says Dominik Vlasak, a seasoned editor and travel enthusiast. “Innovations like these are not just tools—they’re gateways to a more responsible way of seeing the world.”
Key Innovations Driving Change
Several groundbreaking technologies are leading the charge in sustainable tourism:
- carbon Offset Calculators: Apps like EcoPass allow travelers to measure the environmental impact of their trips and purchase offsets to neutralize their carbon footprint.
- Smart Luggage: Solar-powered suitcases and GPS-enabled bags are reducing waste and improving travel efficiency.
- Virtual Reality (VR): VR tours are offering immersive experiences that reduce the need for physical travel, notably for educational and cultural purposes.
These innovations are not only making travel greener but also more enjoyable and convenient for users. As vlasak notes, “Technology is transforming the way we travel, making it easier to explore the world without leaving a heavy footprint.”
The Role of Travelers in Shaping the Future
While technology is a powerful enabler, the responsibility ultimately lies with travelers to make sustainable choices. Simple actions, such as opting for public transportation, supporting local businesses, and minimizing plastic use, can have a profound impact. “Every decision counts,” Vlasak emphasizes. “By choosing eco-friendly options, travelers can contribute to preserving the planet for future generations.”
Moreover, the rise of social media has amplified the influence of individual actions. Sharing sustainable travel tips and experiences online can inspire others to follow suit, creating a ripple effect that drives collective change.
Looking Ahead: A Greener Future for Tourism
As the travel industry continues to evolve, the integration of sustainability and technology will only deepen. Experts predict that by 2030, over 50% of travel bookings will be made through platforms that prioritize eco-friendly options.This shift reflects a broader cultural movement toward mindful consumption and environmental stewardship.
For travelers, this means more opportunities to explore the world responsibly. For the planet,it’s a step toward a healthier,more sustainable future. As Vlasak aptly puts it,“The journey toward sustainable travel is just beginning,and the possibilities are endless.”
How does CoE technology enhance the foldability of smartphone displays compared to conventional OLED displays?
CoE (Color Filter on Encapsulation) technology is a groundbreaking innovation in OLED display technology, pioneered by Samsung. It eliminates the traditional polarizing layer found in OLED panels, replacing it with a color filter integrated directly onto the thin-film encapsulation (TFE) layer. this advancement offers several key benefits:
- Thinner Displays: By removing the polarizing layer, CoE technology significantly reduces the thickness of OLED displays, making devices sleeker and more compact.
- Improved Brightness and Efficiency: The elimination of the polarizer enhances light transmittance, leading to higher brightness levels and reduced power consumption.
- Superior Color Accuracy: The integration of a color filter improves color vibrancy and accuracy, delivering a more visually appealing experience.
- Enhanced Foldability: CoE technology has been especially impactful in foldable devices, such as Samsung’s Galaxy Z fold series, where it enables greater versatility and durability.
Samsung has already demonstrated the potential of CoE in its foldable smartphones, and there is speculation about its application in future flagship models like the Galaxy S26 Ultra. If implemented, this technology could set a new standard for smartphone displays, offering a perfect blend of form and functionality.
The adoption of CoE technology reflects Samsung’s commitment to innovation and its ability to push the boundaries of display technology. As the industry eagerly anticipates further developments, CoE is poised to redefine the future of OLED displays, making it a key area to watch for tech enthusiasts and industry insiders alike.
