VR in cars is still a niche use case. Frost & Sullivan expects that premium vehicles and luxury brands with advanced GPUs and high-compute capabilities will be the first ones to launch in-vehicle VR applications. Manufacturing units and dealer showrooms will continue to use VR to improve the user experience.

Electronic warfare is a technology implemented by defense forces for directing energy to control or attack an enemy or impede enemy use of electromagnetic (EM) spectrum. Electronic warfare can be applied by manned and unmanned systems to target enemy military and civilian assets including humans, communications, and radars. Electronic warfare offers a flexible range of installation support and can be installed in air, on sea, land, and/or space-based platforms. Growth in need for surveillance, intelligence, and self-protection capabilities and rise in adoption of electronic warfare systems, owing to increase in territorial and intercountry conflicts are expected to drive the global electronic warfare market growth during the forecast period. However, high deployment cost and vulnerability of electronic warfare systems to cyber-attacks are anticipated to hamper growth of the market during the forecast period. Moreover, implementation of electronic protection systems in civil aviation and rise in defense expenditure globally are expected to offer lucrative opportunities for the market in the future.

An organic CMOS image sensor technology uses organic photoelectric conversion layer with high absorption coefficient providing wider incident light, which prevents highlight clipping in brightness and captures images with rich textures even in dark environment. It offers benefits over traditional image sensors such as higher dynamic range and higher sensitivity. The organic CMOS image sensor market holds high potential and experiences new technology innovations & upgrades. Companies in the image sensor market work toward technology improvement for creating high-resolution images. This leads to create organic CMOS image sensors, which can support 8K resolution without image distortion. The scope of the report discusses the potential opportunities for the key players to enter the global organic CMOS image sensor market. Furthermore, it provides an in-depth analysis of the market, outlining current trends, key driving factors, and key areas of investment. The report includes Porter’s five forces analysis to understand the competitive scenario of the industry and role of each stakeholder in the value chain.

CPU系科技行业算力基础，技术及生态是行业发展的关键要素。 国产替代大势所趋，政策支撑及业绩确定性驱动行业稳步增长。CPU行业面临国产替代及新兴领域发展带来的发展空间，主要利好CPU厂商及上下游适配公司。

未来，经济恢复和产能退出料都具有趋势性，上游IC和玻璃基板等材料缺口仍在，供给受限叠加终端需求平稳，厂商采购持续，我们认为超大尺寸LCD价格景气度将延续至9月；但随疫情影响减弱需求回归正常，同时新增产能爬坡，21H2供需有望缓解。行业大尺寸趋势下，较小尺寸面板价格Q4或有所回调。但长期而言，韩厂产能退出，中国大陆面板厂新产线逐年爬坡，加之国内产能持续向龙头集中，我们认为中国大陆厂商市占率将进一步提升，中长期来看，大尺寸面板格局向好趋势不改。小尺寸方面，折叠屏商业化后有望驱动屏幕替换潮，利好小尺寸柔性OLED产品发展。

在大湄公河次区域开发合作中，交通和通信领域合作是次区域经济合作机制确定的重点优先合作领域。大湄公河次区域加强交通和通信合作具有共同的利益基础和坚实的合作协议基础。自1992年以来，次区域在交通和通信建设方面取得了显著成效，中国在参与GMS交通和通信合作中也发挥了重要作用。然而，进一步拓展GMS交通和通信合作仍面临着诸多困难与挑战。

阿拉伯国家数字经济发展潜力巨大、前景广阔。中阿双方拥有良好的合作基础，“数字丝绸之路”倡议与阿拉伯各国政府的发展战略在数字经济领域契合，中国数字化发展的经验对于阿拉伯国家具有借鉴意义，我国政府全面推进“中国—阿拉伯国家网上丝绸之路”建设等为中阿共建“数字丝绸之路”提供了机遇。

北京时间8月19日晚间，在2021年英特尔架构日上，英特尔公司高级副总裁兼加速计算系统和图形事业部总经理Raja Koduri同多位英特尔架构师一起，全面介绍了英特尔在CPU、GPU及IPU架构方面的重大改变与创新。在此次架构日中，英特尔推出两大X86 CPU内核、两大数据中心SoC、两款独立GPU，以及变革性的客户端多核性能混合架构。

芬兰在建设数据中心方面有着突出优势，目前约有20个大型数据中心，其中最大的是谷歌的哈米纳数据中心，该中心也是谷歌北欧云计算区域的基地。塞伊奈约基国际数据中心的建设为芬兰庞大且不断增长的数据中心行业增加了新的亮点，并且显示出该行业对芬兰充分的信心。塞伊奈约基近年来发展迅速，与中国保持友好合作。基斯基莱介绍，该数据中心一期工程总投资约为1亿欧元，计划于2022年完工。中心采用了行业最新技术，未来还具备进一步扩建的条件，追加投资可能超过10亿欧元。芬兰经济部长米卡•林蒂莱对记者表示，可靠性越来越成为数据经济的重要基石，现实证明，芬兰是国际数据中心参与者值得信赖的合作伙伴。芬兰是建设数据中心的绝佳地点，正在建设中的塞伊奈约基国际数据中心标准很高。林蒂莱指出，在芬兰建设数据中心具有明显优势：一是芬兰社会稳定，商业环境具有国际竞争力；二是芬兰的数据和隐私保护及网络安全性能强大；三是芬兰数字基础设施具有优越竞争力，电力供应可靠；四是芬兰地理位置优越。这些优势确保了在芬兰建设数据中心的可预测性和运行安全性。另外，据业内人士分析，芬兰的气温在一年中的大部分时间里都很低，这有助于数据中心的冷却，从而降低空调成本和能耗，这也是一大优势。

The global AI in healthcare market is estimated to grow at a CAGR of 49.8% from 2020 - 2027. Key factors that are driving growth of the market are rising application of artificial intelligence (AI) in healthcare, growing investment in ai healthcare startups and increasing cross-industry partnerships and collaborations are anticipated to drive the market. However, the dearth of skilled ai workforce and imprecise regulatory guidelines for medical software is hampering the growth of the market.