Intravenous (IV) therapy helps to deliver medications, fluids, and other nutrients directly into the body through veins. IV therapy is used during lifesaving therapeutic treatment and in wellness treatment. Since ancient times, blood therapy has been around, and blood has been viewed as a therapeutic substance. However, lack of proper understanding of blood types, infectious agents, and the absence of ideal materials such as plastics held back IV therapy for centuries. Later, IV therapy became the fastest way of delivering blood products, medications, vitamins, or other vital fluids. IV therapy is usually provided to the patient with the help of an intravenous catheter, either through an injection with a syringe or infusion.

Endoscopy: According to the National Cancer Institute endoscopy is defined as “a procedure that uses an endoscope to examine the inside of the body. An endoscope is a thin, tube-like instrument with a light and a lens for viewing. It may also have a tool to remove tissue to be checked under a microscope for signs of disease.”  Capsule Endoscopy: According to Mayo Foundation for Medical Education and Research (MFMER), capsule endoscopy is defined as, “a procedure that uses a tiny wireless camera to take pictures of your digestive tract. A capsule endoscopy camera sits inside a vitamin-size capsule you swallow. As the capsule travels through your digestive tract, the camera takes thousands of pictures that are transmitted to a recorder you wear on a belt around your waist’.

Technology plays a very important role in the healthcare and medical fields. Several technological equipment and devices such as digital thermometers, insulin pumps, smart inhaler pulse oximeters, blood glucose meters, wireless brain sensors have been designed for better healthcare. In the medical field, over 500,000 technological devices are being used in hospital settings and various other healthcare facilities. With growing technology in healthcare, there have been advancements in Internet of Things (IoT) and sensors that improve patient safety, information accuracy, and critical quality control. Healthcare technology has the potential to improve the use of sensors in the medical sector.

2Q 全球智能手机，PC 等消费电子产品需求出现明显下滑,2Q22 手机品牌厂商及上游供应链库存仍然处于高位，且去库存行动对公司毛利率造成了一定拖累。受下游消费电子需求疲软影响，根据WSTS，2022 年6 月全球半导体行业销售额为508.2 亿美元，同比增长13.3%，环比减少1.9% 。2Q22全球主要芯片厂商库存水平处于高位。云计算中2Q 海外云客户需求平稳，国内互联网云厂商资本开支不及factset 预期。展望未来，我们建议关注（1）中美竞争压力下有望加速增长板块（设备/材料），（2） 市场预期足够悲观（CIS 等手机芯片）和高景气有望持续（功率，光芯片，高性能计算）板块。

我们于2021年7月外发EDA系列报告第一篇《EDA 行业报告：从华大九天看国产EDA的“逆风而上”》全面介绍了EDA行业的发展历程、市场空间、技术路径等，同时也系统性复盘了海外EDA行业的发展史以及三巨头的核心优势，比较了当前国内EDA的发展情况及竞争格局。本篇报告作为EDA系列报告的第二篇，我们将系统性梳理我们为什么看好EDA软件的国产机遇的核心原因，以及重申EDA软件赛道的投资价值。

磷酸锰铁锂和高镍三元是正极材料发展方向。随着下游对锂电性能要求不断提升，正极材料将迎来一轮新的技术迭代和升级，磷酸锰铁锂和高镍三元为代表的两条技术路径最为明确。高能量密度是磷酸锰铁锂相较磷酸铁锂的核心优势，随着国内多个磷酸锰铁锂材料项目的建成投产，预计最晚2023年国内会稳定批量生产。高镍三元电芯的能量密度已达到300-400Wh/kg，相较于其他正极材料技术壁垒更高，可以更好地满足新能源汽车轻量化、智能化的发展要求。国内真正能够实现高镍三元材料批量出货的企业并不多，出货量较高的企业主要为容百、巴莫、贝特瑞以及邦普。容百高镍产量占比70%左右，处于高镍三元行业龙头地位。

随着武器装备的迭代更新以及自主可控的加速推进，“新技术、新材料、新工艺”等新领域不但可能改变产业动向，而且也带来了新的投资机遇。特别是其中有潜力成为细分龙头的标的则长期保持高估值溢价，往往在市场整体调整时才出现较好的配置机会。本篇报告是“军工行业新动力”系列报告的首篇，主要介绍近两年上市的新技术方向公司。

电信运营商是我们在8 月多次进行重点推荐的行业，行业龙头中国移动也在本月取得了11.98%的涨幅，大幅跑赢沪深两市指数和通信行业指数。我们的核心逻辑是在经历了多年的大规模网络建设投资、提速降费和份额竞争后，从2019-2020 年开始，电信运营商多项收入与盈利指标已逐步改善，传统业务企稳回暖，数字经济的浪潮也为行业注入新的成长动能。站在当前时点，今年中报披露后电信运营商的成长性得到进一步验证，并且同时拥有高股息率和全球同行业公司中的较低估值水平，配置的性价比凸显。我们重点推荐国内电信运营商龙头中国移动。