Core Viewpoint - OnePlus and BOE have jointly launched the third-generation Oriental screen, which supports a refresh rate of 165Hz and claims to achieve breakthroughs in smoothness, display quality, low-light performance, and eye protection capabilities [1] Group 1: Technical Features - The third-generation Oriental screen utilizes a self-developed Display P3 chip and enhanced driving technology to address the challenge of balancing high refresh rates with high resolution [1] - The screen is made with BOE's custom X3 luminescent materials and is calibrated individually on OnePlus's self-built production line [1] - It supports a minimum hardware-level brightness of 1 nit for low-light scenarios and features PWM dimming and low blue light technology, having received the first "Gold Standard" eye protection certification from TÜV Rheinland [1] Group 2: Application Compatibility - OnePlus has facilitated the adaptation of six mainstream mobile games, including "Delta Action," to support the native 165 frames per second mode, along with high refresh rate adaptations for commonly used applications like WeChat and Weibo [1] Group 3: Product Launch - The third-generation Oriental screen will debut on the OnePlus 15 model, expected to be officially unveiled within the month [1]

Core Viewpoint - The article discusses the evolution and current state of high refresh rate displays in gaming devices, highlighting the disparity between technological advancements and actual user experience and application support [1][5][25]. Group 1: High Refresh Rate Technology - High-end gaming devices are expected to have powerful CPUs, GPUs, large memory, and fast storage as core components [1]. - The introduction of high refresh rate displays, such as 750Hz for desktop PCs and 480Hz for laptops, is seen as a significant technological advancement [7][9]. - The smartphone market is also witnessing advancements, with brands like Redmi and OPPO considering 165Hz displays for their devices [11]. Group 2: User Experience and Market Demand - The initial benefits of high refresh rates were widely recognized, leading to a consensus in the consumer electronics industry [5]. - However, the current demand for refresh rates above 120Hz appears to be lukewarm among users, as many high-end laptops with 480Hz displays do not achieve the necessary frame rates in most games [15]. - The high pricing of top-tier GPUs raises concerns about the sustainability of a market focused solely on ultra-high refresh rates [15]. Group 3: Software and Ecosystem Support - The effectiveness of high refresh rate displays relies not only on the hardware but also on software adaptation, which is currently lacking for many applications [13][19]. - Historical examples show that previous high refresh rate initiatives in smartphones did not lead to widespread software support, limiting their practical use [19][21]. - The potential for 165Hz displays in smartphones is contingent on the development of compatible software, which remains uncertain [17][23]. Group 4: Future Outlook - The future application of ultra-high refresh rate displays may be confined to a narrow range of esports titles, limiting their impact on the broader industry [25]. - Without significant advancements in software adaptation and a clear value proposition beyond gaming, the appeal of these high refresh rate technologies may diminish [25].

Core Viewpoint - The mobile phone industry is exploring the adoption of ultra-high refresh rate screens, specifically 165Hz, as companies like REDMI and OnePlus are investigating this technology, potentially signaling a shift towards higher refresh rates in smartphones [1][3][10]. Group 1: Current Market Trends - The mainstream refresh rate for mobile phones is currently 120Hz, with some mid-range devices featuring 144Hz. However, the practical benefits of moving from 120Hz to 144Hz are minimal, leading to skepticism about the necessity of 165Hz screens [3][6]. - The 165Hz refresh rate offers a 37.5% improvement over 120Hz, but the actual user experience may not significantly differ due to software limitations, as many applications are locked at lower frame rates [6][10]. Group 2: Technical and Economic Considerations - The introduction of 165Hz screens may face challenges such as increased costs and power consumption, which could negatively impact battery life and overall device performance [7][10]. - Historical examples, like the Sharp Aquos Zero2 with a 240Hz screen, illustrate that high refresh rates can be underutilized if software does not support them, leading to a disconnect between hardware capabilities and user experience [7][10]. Group 3: Future Outlook - Despite current limitations, the push for 165Hz screens could drive competition among manufacturers, potentially leading to broader adoption and improved software support in the future [15][18]. - The competition for high refresh rates is part of a larger strategy for companies to define "smooth experience" in mobile devices, with early adopters likely gaining a competitive edge [18][23].