DISCO - Display Innovation, Simulation, Creation and Optimization

DISCO - 显示创新、模拟、创建和优化

• 批准号: 10086864
• 金额: $ 49.65万
• 依托单位: EXCYTON LIMITED
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2024
• 资助国家: 英国
• 起止时间: 2024 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=10086864
• 关键词: DISCO; Display; Innovation; Simulation; Creation

Displays consume 50% of the battery in smartphones and other portable electronic devices. This is a problem for consumers, who must recharge their devices, and is damaging for the environment. Displays consume approximately 5% of all household electricity and produce up to 300M tonnes of carbon dioxide emissions each year worldwide.Excyton has developed and patented a game-changing pixel design called TurboLED, which can reduce display power by over 40%. Unlike standard OLED displays which have RGB sub-pixels, TurboLED displays have independent saturated RGB sub-pixels and unsaturated RGB sub-pixels. The unsaturated colours are much more efficient than the saturated colours because of greater sensitivity of the human eye, and these can be used to render the majority of display images using proprietary algorithms developed by Excyton. The less efficient saturated colours are only used when necessary to render images with deep colours. Look around you. How many saturated colours do you see?Excyton is working with Fluxim AG of Switzerland, a world leader in simulation software and hardware for the research and development of displays. Fluxim has developed a prototype Display Calculation Tool that can compute and compare power consumption for different display designs. Using this tool, Excyton and Fluxim have demonstrated that a TurboLED display consumes 48% less power than the equivalent RGB OLED display in the iPhone 14 Pro Max. Excyton is also working with the renowned research group of Professor Andrew Monkman at Durham University to fabricate prototype TurboLED devices. Proof-of-concept red, green and blue TurboLED prototypes were recently demonstrated alongside the prototype Display Calculation Tool from Fluxim at Display Week 2023, the flagship event of the global display industry. Excyton and the team won the innovation prize for its "Novel Power Saving TurboLED Pixel Design and Algorithms" and is in discussions with several leading OLED material and display companies to develop a prototype TurboLED display.The proposed project aims to build on the initial success and established collaborations within the UK and Switzerland. Excyton will demonstrate a prototype TurboLED display at Display Week 2025 with over 40% power savings compared to a standard OLED display, Durham University will demonstrate red, green and blue TurboLED devices to use in the display, and Fluxim will develop the World's first Display Calculation Tool to ensure an optimized display design for maximum power savings.More information can be found at:[www.excyton.com][0][https://www.youtube.com/watch?v=beBKwyMIaJk][1][www.fluxim.com][2][0]: http://www.excyton.com[1]: https://www.youtube.com/watch?v=beBKwyMIaJk[2]: http://www.fluxim.com

在智能手机和其他便携式电子设备中，显示器消耗50%的电池。这对消费者来说是一个问题，他们必须为设备充电，这对环境是有害的。显示器消耗的电量约占所有家庭用电的5%，每年在全球范围内产生高达3亿吨的二氧化碳排放量。艾克赛顿开发了一种改变游戏规则的像素设计，名为TurboLED，可以将显示器的功耗降低40%以上，并获得了专利。与具有RGB子像素的标准OLED显示器不同，TurboLED显示器具有独立的饱和RGB子像素和不饱和RGB子像素。不饱和色彩比饱和色彩效率高得多，因为人眼的敏感度更高，并且可以使用Excyton开发的专有算法来渲染大多数显示图像。效率较低的饱和色仅在需要渲染具有深色的图像时使用。看看你周围。你看到了多少种饱和颜色？Excyton正在与瑞士Flosim AG合作，该公司在模拟软件和硬件方面处于世界领先地位，用于研发显示器。Flosim开发了一个原型显示计算工具，可以计算和比较不同显示设计的功耗。使用这个工具，Excyton和Flosim已经证明，TurboLED显示屏的功耗比iPhone14 Pro Max中同等的RGB OLED显示屏低48%。埃克塞顿还与杜伦大学著名的安德鲁·蒙克曼教授的研究小组合作，制造TurboLED设备原型。概念验证红色、绿色和蓝色TurboLED原型最近在全球显示器行业的旗舰活动--2023年Display Week上与Flosim的原型显示计算工具一起展示。埃克塞顿和他的团队凭借“新颖节能的TurboLED像素设计和算法”赢得了创新奖，并正在与几家领先的OLED材料和显示公司讨论开发TurboLED显示器原型。拟议中的项目旨在英国和瑞士取得初步成功并建立合作关系的基础上。Excyton将在2025年的展示周上展示一款TurboLED原型显示器，与标准OLED显示器相比，节能40%以上。达勒姆大学将展示在显示器中使用的红色、绿色和蓝色TurboLED设备，FLOXIM将开发世界上第一个显示计算工具，以确保优化的显示设计，以实现最大限度的节能。更多信息请访问at：[www.excyton.com][0][https://www.youtube.com/watch?v=beBKwyMIaJk][1][www.fluxim.com][2][0]：http://www.excyton.com[1]：https://www.youtube.com/watch?v=beBKwyMIaJk[2]：http://www.fluxim.com