5G, virtual reality, Internet of Things will become the focus of CES 2017
It is reported that the 2017 International Consumer Electronics Show (CES), which will kick off in Las Vegas on January 5, will become a major event for 5G. The event during the show generally extends from one end of the Las Vegas Strip to the other, showing topics ranging from HDTV to top wireless technology. More than 100,000 attendees from around the world will make CES the dominant and large-scale technology industry. Large trade event. This year, many companies will focus on 5G network technology as the core technology. Qualcomm CEO Steve Mollenkopf will focus on 5G as the main speaker on Friday, while executives at Verizon, Ericsson, Sprint, SK Telecom and others will also discuss the transition to next-generation technology. In addition, Intel and Ericsson have promised to demonstrate 5G virtual reality sports demonstrations using Intel's Voke 360 ​​camera and Ericsson's Pre-Standard 5G technology network. AT&T and T-Mobile will also showcase their respective efforts in the 5G space. At AT&T's annual Developers Conference, AT&T has indicated that it will partially highlight its progress in the 5G field; T-Mobile also said it will present its views on the next generation of technology. Of course, 5G will not be the only hot topic at this year's CES show. Companies including uSens, LyfieEye, Naughty America, Intel and Pico Tech are committed to demonstrating virtual reality technology to ensure that VR is the mainstream of the show. In addition to VR, another major topic of CES this year may be Internet of Things applications, especially smart home products. Lithium-boron alloy is a composite material composed of a brittle Li7B6 matrix phase with a porous structure and a ductile Li filling phase. The density is 0.88±0.04g/cm3. The appearance is silver-white metal. It is extremely unstable. It is easily deteriorated when exposed to air and reacts with water. severe. Lithium-boron alloy is mainly used as anode material for lithium-based thermal batteries. It has outstanding advantages such as high specific energy, high specific power and low polarization, electrochemical potential similar to that of pure lithium, and solid state above 600℃. It is a new type of lithium-based thermal battery. The excellent negative electrode material. Compared with the currently widely used Lithium-Silicon Alloy, the unit cell assembled with the lithium-boron alloy as the negative electrode material has better performance in both the highest voltage and the discharge working time. Shandong Huachuang Times Optoelectronics Technology Co., Ltd. , https://www.dadncell.com