受益于半导体产业向大陆转移，国内封测市场增速高于全球。据Yole 数据，全球封测市场规模2020 年594 亿美元，同比+5.3%。据中国半导体协会数据，2020年国内封测市场规模2510 亿元，同比+6.8%，2016-2020 年CAGR 约12.5%；芯片发展进入后摩尔时代，先进封装已成为提升电子系统性能的关键环节，在5G、物联网、人工智能和高性能计算等更高集成度的需求下，先进封装市场增速预计高于传统封装。

为推动数字经济发展和数字化转型，俄罗斯在“数字经济”国家项目下设立了7个联邦项目：“数字环境监管”“信息基础设施”“数字经济人力资源”“信息安全”“数字技术”“国家管理数字化”“人工智能”，并从2019年开始积极推进实施。截至目前，在相关立法与标准体系建设、信息基础设施部署、数字经济人力资源教育培训、数字技术研发与应用推广、国家机构和国有企业数字化转型方面取得了较大进展。整体而言，俄罗斯的数字经济发展和数字化转型是充分发挥政府作用、自上而下系统推动的过程，政府从顶层设计、制度供给、网络安全保障、资金支持、基础设施建设、推动技术研发、人员培训等维度给予不遗余力的支持，并主要以国家机构数字化转型、公共服务数字化和国有企业数字化转型为抓手。今后，进一步激发基层数字化转型的积极性，实现政府作用和基层动能双向发力，才能保证数字经济发展和数字化转型持续稳定推进，完成普京总统布置的“十年数字化转型”任务。

苏联解体后，俄罗斯的文化政策主要经历了三个发展阶段。当前俄罗斯已经形成了较为完备的文化政策体系。《国家文化政策纲要》和《2030年前国家文化政策战略》等法律文件从法律概念层面将文化提升为国家优先事项，将其视为保证统一文化空间和俄罗斯领土完整的最重要因素之一，文化政策具备了国家战略意义。国家项目“文化”是俄罗斯执行文化政策的具体方案，规定了文化政策具体开展的方式以及资金资助内容。2020年新冠肺炎疫情肆虐全球，俄罗斯也深受其害，国家项目“文化”的执行受到了一些阻碍，但在俄文化部和各部门的努力下，国家项目“文化”的各子项目并未停滞，有些项目甚至超额完成。

Radar is an electronic system, which measures the range and behavior of objects by transmitting an electromagnetic pulse at the object. High-power radar using large dish antennas has been used to measure distances to the moon and other planets, asteroids, and artificial satellites. In addition, radar systems are widely used in air traffic control, aircraft navigation, and marine navigation. For the purpose of analysis, the global radar market is segmented into offering, product type, platform, application, end user, and region. By product type, the market is fragmented into continuous wave radar, pulse radar, and others. By offering, the market is bifurcated into hardware, software, and services. On the basis of platform, it is classified into marine, air, ground, and space. The applications covered in the study include air traffic control, remote sensing, ground traffic control, and space navigation & control. Depending on end user, the market is differentiated into automotive, aviation, industrial, weather monitoring, military & defense, and others.

Fluoroscopy is one of the types of medical imaging, which captures X-ray images continuously on a monitor. Fluoroscopy equipment consists of fluorescent screen, which is coupled to an electronic device that intensifies and converts glowing light into a video signal appropriate for presentation on an electronic display. There has been upgradation in technologies with fluoroscopy such as in current advancements, fluoroscopists need not stand in close vicinity to fluorescent screen observe live image. This decreases considerable effect of radiation on fluoroscopists. Patients would have to take lesser radiation dose, as there is improvement in amplification and overall efficacy of the imaging system. It allows evaluation of dynamic biological processes and guiding interventions. Fluoroscopy is used in a wide variety of examinations and procedures to diagnose or treat patients. The report scope is confined to revenue generated from sale of fluoroscopy equipment. Services and maintenance costs are excluded from the scope of the study.

以金融信创为代表的行业信创正在快速推进，信创产业的成熟度不断提高，相关政策、资金投入力度、技术路径愈发清晰，预
计Q3 开始更多金融信创标杆项目将不断落地，打开信创产业更广阔的成长空间，继续推荐核心信创产品厂商金山办公（办公软件）、东方通（中间件）、中孚信息（保密软硬件）、中国长城（金融机具及飞腾芯片），受益标的中国软件（麒麟操作系统）、诚迈科技（统信UOS操作系统）、中科曙光（服务器整机及海光CPU）。

An embedded multimedia card (eMMC) is a small storage device that is made up of NAND flash memory and a simple storage controller. The eMMC technology is intended for use in portable devices such as smartphones, tablets, laptops, portable computers, and others devices. Both the flash memory and controller are contained on a single integrated circuit (IC), which is embedded permanently into a device. In addition, eMMC technology acts as the primary storage for portable devices, which can augment that storage with a removable secure digital card or micro SD multimedia card. Also, an embedded multimedia card (eMMC) is a type of flash memory card that contains the flash memory and flash memory controller on a single die.

Barcode reader is a device that reads and scans barcode using a laser or the imager. The barcode reader consists of a light source, sensor, and a lens that converts optical impulses into electrical. These readers are available in different size and shape such as handheld, counter top barcode reader, and portable. They are can read 1Donedimensional and two-dimensional (2D) codes based on its design. Laser scanners are mostly used to read onedimensional code. 2D barcode readers are able to read dot matrix and QR codes.

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