Inphi (IPHI.N)于2020 年8 月4 日发布FY20Q2 财报，财报显示第二财季营收为1.753 亿美元，同比上升103.15%;净亏损2405 万美元，同比亏损扩大16.88%。

3G向4G的转化对于传媒行业带来的是产业的升级和新需求的创造。4G时代的到来，一方面使得以手游为代表的部分行业实现了产业的快速升级并带动新需求的增长，另一方面使得以美团为代表的新需求得以在技术的加持下落地并快速成为国民级应用。5G时代，我们认为技术对于行业也将从现有模式的升级和全新模式的落地两个维度给传媒行业带来变化。

7 月全月大盘指数涨跌幅中，创业板指（涨幅14.7%）>沪深300 指数（12.8%）>上证指数（10.9%），通信（申万）指数上涨3.3%，弱于大市，在28 个申万一级行业指数涨跌幅中排名第27。TMT 板块7 月表现各异，通信板块涨幅靠后。

河北建成5G 基站13925 座 完成全年建设任务的80%；工信部公示通信业多项标准：8 项光通信标准入选；联通开启数据治理体系建设咨询项目招标：采购预算120 万；中国电信2020 年电力电缆集采：亨通、中天等6 厂商中标。

Facial recognition has been gaining prominence in recent times, owing to the benefits it offers over traditional surveillance techniques, like biometrics. Governments across the world have been investing significant resources in the facial recognition technology, among which, the United States and China are the leading adopters. China is one of the major consumers and exporters of the facial recognition technology, as the law and enforcement, along with various government bodies in the country, adopted surveillance technologies. Currently, the country has the largest public surveillance system. According to Comparitech, in China, the number of CCTV cameras is expected to range from 200 million to 626 million by 2020. In addition, China adopted a Social Credit system that combines facial recognition with the data of citizen and government services. The cameras adopted in the country are equipped with the facial recognition technology, primarily to enforce and maintain compliance with government regulations. Moreover, the country is home to an increasing number of enterprises that are offering and innovating technology. Other countries in the region are following suit in terms of adoption of technology as part of, both, public and private sectors. This is expected to drive the demand for technology in the Asia-Pacific region.

A brain-computer interface (BCI), also known as neural-control interface (NCI), mind-machine interface (MMI), direct neural interface (DNI), or brain-machine interface (BMI), is an interactive platform or direct communication pathway between the brain and an external device.Brain imaging technologies such as Magneto encephalography (MEG), functional Magnetic Resonance (fMRI), Electrocorticography (ECOG) and Electroencephalography (EEG), are integrated with BCI systems to capture electrical signals sent by the human brain. The global BCI market is segmented across application, type and geography. Based on application, the market is segmented into communication and control, healthcare, entertainment & gaming, and smart home control applications amongst others. The ‘others’ segment comprises of neuroeconomics, market research, education, training and R&D. Based on type, the market is segmented into invasive, partially invasive and non-invasive types of BCI technology. Based on region, the overall market is segmented across North America, Asia Pacific, Europe and LAMEA (Latin America, Middle East and Africa)The report focuses on the growth prospects, restraints, and market analysis.

The need to reduce the costs of manufacturing and processing is expected to accelerate the market studied over the coming years. The 4D printing technology has the potential to enable reduced capital and inventories, which increases the manufacturer’s market efficiency. A 4D-printed product causes lesser manufacturing, transportation, and handling costs, which ultimately leads to saving resources and efforts. Moreover, 4D-printed objects can harness existing 3D printers, which is also one of the driving factors for the technology growth. Although the technology is still at infancy and in its R&D stage, companies are working toward developing both 4D printing technology. Specialized 4D printers as well as the materials suitable for 4D printing are, therefore, likely to shape the market studied. The concept of 4D printing first gained interest after MIT’s Self-Assembly Lab in partnership with 3D printing manufacturer Stratasys and 3D software company Autodesk, back in 2013. 4D printing, which is the next step in the evolution of 3D printing, adds the dimension of time to the traditional 3D printing process. What this means is that a 3D-printed object can change its shape after it is printed, in response to water, heat, or pressure etc.