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OPPO Find X10全球首发！天工屏2.0正式发布：重新定义下一代显示标准_我的网站

A |     (ECNS) -- China is set to fully connect three major national highways during the 15th Five-Year Plan period (2026–2030), creating a 27,000-Kilometer transport loop stretching along the country's borders and eastern coastline.    The three routes — G219, G331 and G228 — would form a "golden mega‑ring" equal to roughly two‑thirds of Earth's circumference. The project aims not only to link long roads but to integrate previously independent corridors into a network with greater economic, tourism and strategic value.        Three highways, three roles    G219, nearly 10,000 kilometers from Kanas in northwest China's Xinjiang Uygur Autonomous Region to Dongxing in the Guangxi Zhuang Autonomous Region in the south, serves as a western border artery.    G331, about 9,200 kilometers from Liaoning's Dandong to Altay in Xinjiang, crosses six provinces and is dubbed one of China's most scenic border highways.    G228, 7,400 kilometers from Dandong to Dongxing, links 10 coastal regions and major port cities -- Liaoning, Hebei, Tianjin, Shandong, Jiangsu, Shanghai, Zhejiang, Fujian, Guangdong and Guangxi. -- forming a vital corridor for coastal development.    Together, the three highways serve different purposes: strengthening border areas, integrating transportation with tourism, and supporting coastal economic development.    Building the loop    China will accelerate construction of key sections over the next five years, including the Zhaosu–Wensu cross‑mountain stretch of G219 in Xinjiang and the Baiqi cross‑river passage of G228 in Fujian. About 7,400 kilometers of roads are expected to be built or upgraded. Local governments plan to develop scenic highways and self‑driving routes along natural and cultural sites.    By 2030, the Ministry of Transport aims to raise the completion rate of the national three‑dimensional transport network's main framework from 91% to 95%. The loop will connect with major arteries such as the Yangtze River's "golden waterway," the Sichuan‑Xizang Railway and the Xinjiang‑Xizang Railway.    Reshaping economic geography    Sections already open, such as G331 in Jilin Province, show the potential: the highway links 12 national forest parks and eight nature reserves, becoming a popular ecological tourism route. For communities, improved transport means easier access to markets and services. For the nation, the loop strengthens border security while facilitating domestic circulation and international trade.    China's transportation strategy has evolved from expansion to optimization. The "golden mega-ring" is a prime example. It represents not just connectivity, but a proactive effort to reshape China's economic geography.    (By Gong Weiwei)                    。

B |     8月26日消息，今天上午，天马在厦门举办高端OLED技术品牌发布会，正式推出新一代天工屏。

C |     据天马介绍，天工屏1.0上市一年以来，相关终端用户已突破1000万，并获得了德国莱茵、中国质量认证中心、SGS等七大权威机构的认证，被媒体评为“五星好屏”。

D | 天工屏凭借扎实的市场表现，证明了国产高端OLED的技术实力。              基于屏幕研发的第一性原理与人因研究成果，第二代天工屏（注：以下简称天工屏2.0）正式发布，它将重新定义下一代旗舰屏幕显示标准。    据悉，这块屏幕首发搭载N1原色光谱发光材料，实现了有害蓝光低至3.7%的行业最低水平，同时将650至670纳米有益红光占比提升至5.5%，创下OLED行业新高。         此外，它还实现了95% BT.2020超广色域的原生覆盖，屏幕使用寿命提升了30%。

E | 天工屏2.0以“原色好光，护眼通透”重新定义了高端OLED在健康与画质方面的标准。         作为三层架构的核心根基，N1原色光谱发光材料从底层三基色同步革新。蓝光方面采用了NFB新荧光蓝技术，为激子搭建独立分流通道，使发光效率提升16%，寿命提升33%，同时大幅降低了有害蓝光。              绿光方面则采用PSF磷光敏化荧光技术，从二元结构走向主体、敏化剂与客体三元协同，发光效率提升11%，绿光色域提升6.7%，寿命也得到显著提升。         红光方面应用了DRT深红光技术，筛选近百款深红光材料并完成近700组器件交叉对比实验，使有益红光提升至5.5%，创下行业新高。          好材料还需配合优质的画质优化策略，天工屏2.0在TFT驱动背板方面，从膜层沉积均一性与膜层刻蚀均一性入手，通过纳米级精细背板工艺逐层打磨，使单屏数千万颗TFT的均一性提升15%，整面板数亿颗TFT的均一性提升20%，在低亮度下依然能够均匀发光而不偏色。         在画质调节端，天工屏2.0打造了自研AI De-Mura智控算法，基于海量低灰阶画面样本进行训练，使低亮均一性提升30%，在0.01尼特的极限暗光环境下亮度和色彩均匀度均有提升，暗处更清晰，暗光更通透。

F |     据了解，这块天工屏2.0将由OPPO Find X10系列首发搭载，相关终端预计在9月份正式发布。     

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