Today's core language Although TSMC's 16nm product is difficult to produce, the company is still confident about its future plans. It just announced that it will mass produce 10nm chips in 2017. Now it is even further: the production of 7nm chips will start in 2018. From the foreign media KITGURU news, TSMC co-CEO Liu Deyin said at the company meeting that 7nm and 10nm R&D will be carried out at the same time. The goal is to start the 7nm technology evaluation in the first quarter of 2017. It is expected to start producing 7nm products in the first half of 2018. For more information on technology, please pay attention to the daily electronic core morning newspaper. First, the semiconductor 1. AMD has to catch up with Intel: 1xnm FinFET is successful. In the middle of this month, AMD officially announced the second quarter of this year's financial report, in the subsequent financial report interpretation meeting. AMD revealed new progress in process changes, saying that next-generation processors and GPUs will fully enter the 1xnm FinFET camp, which indicates that AMD has successfully caught up with Intel. 2, can not stop, TSMC plans to start producing 7nm chips in 2018. Although TSMC's 16nm product is difficult to produce, the company is still confident about its future plans. It just announced that it will mass produce 10nm chips in 2017. Now it is even further: the production of 7nm chips will start in 2018. From the foreign media KITGURU news, TSMC co-CEO Liu Deyin said at the company meeting that 7nm and 10nm R&D will be carried out at the same time. The goal is to start the 7nm technology evaluation in the first quarter of 2017. It is expected to start producing 7nm products in the first half of 2018. Usually, one year after the new technology is put into production, the next-generation technology trial production will take place, but TSMC is so radical that its 7nm is not a completely redesigned product, and Mr. Liu Deyin also confirmed that their 7nm technology is based on 10nm development and production. Compatible with each other, the relationship is similar to the previous 16nm and 20nm. TSMC did not disclose the details of the 7nm technology, but promised to improve the existing technical defects. Second, artificial intelligence 1, artificial intelligence that can accurately sense your emotions, IBM first tried intelligent social. On July 20, according to foreign media reports, IBM developed a cloud-based artificial intelligence text analysis tool called Tone Analyzer, which can analyze emotional colors of emails, blog posts and mobile phone text messages to determine Whether its wording faithfully expresses your feelings of anger, affirmation, happiness or sadness. This experimental function will change the way future merchants and marketers communicate with consumers and customers. It is understood that Tone Analyzer's evaluation system consists of three dimensions. The first is the emotional tone, followed by the social tone, and finally the writing style/tongue: the writing tone can reflect how much analysis, how much confidence and embarrassment a paragraph has. 2. Experts talk about the development of robots in China: the core technology still needs to be broken. The main components that restrict our domestic robots are key components, including materials, bionics, artificial intelligence, etc. in the field of service robots, which may restrict the core technology of our development. One of the opportunities for future development is the implementation of China's manufacturing 2025 strategy. The most important area of ​​this strategy is the development of robotics. At the same time, it has also formulated a specific implementation path. Through some combination of boxing, our core technology will be broken. Some core components can also be solved. Third, automotive electronics 1. The Google driverless car was first injured by a rear-end collision. Recently, some media reported that an Lexus RX car equipped with Google's unmanned technology had an accident when it was tested on the streets of Mountain View, California. So far, Google’s driverless cars have had 14 accidents in total, but it was the first time that a person was injured. Google Ermson said: "So far, the accidents have not been caused by Google driverless cars. Our brakes are not only normal, but also have enough braking distance with the cars behind us, so this accident is obviously behind The driver was distracted and did not slow down before hitting it. Therefore, this accident is not the fault of a driverless car. 2. Stanford University and Audi cooperate to develop a new automatic driving algorithm. Stanford University introduced the relationship with Audi in the development of autonomous vehicles at Audi's self-driving car experience test held at the Sonoma Circuit in California, USA from July 6th to 12th, 2015 (Figure 1). . The relationship between the two sides in autonomous vehicles dates back to DARPA (Defense Defense Advanced Research Projects Agency), which held three autopilot competitions in the 2000s. At the time, Audi participated in the Volkswagen Group. As a base, it set up Volkswagen's R&D facilities on the Stanford University campus in Palo Alto, California, and joined the car manufacturer and auto parts manufacturers to develop a new generation car group CARS. (Center for AutomoTIve Research at Stanford) shares a building. Fourth, smart home 1, smart home and then attack, Xiaomi released water purifier. After occupying some of the "first smart phones for young people" through high cost performance, Xiaomi Technology has recently launched again in the field of smart homes, and launched the millet water purifier in conjunction with Xiaomi's ecological chain enterprise "Yunmi", intending to become " The first water purifier for young people." Lei Jun, founder of Xiaomi Technology, said that the original intention of launching the millet water purifier came from a statement that Ma Yun had previously expressed in public - "The air is not good, the water is not good, what is the use of the mobile phone?" Xiaomi has already released an air purifier, and now the millet water purifier is also coming. Wall Split Type Air Conditioner series including all types of wall split type a/cs suitable for different markets, can offer the a/cs with R410A, R32 or R22 refrigerant, including DC inverter and normal on-off wall split type a/cs, also include the a/cs with power supply of 220~240v/50Hz/1ph, 230v/60Hz/1ph, 115v/60Hz/1ph. Wall Split Type Air Conditioner Multi-Type Air Conditioner,Tropical Air Conditionerwo,Tropical Split Air Conditioner,Wall Split Type Air Conditioner Foshan Dinghan Electrical Technology Co., Ltd , https://www.dinghanelectrical.com
