Most popular 2005 autumn global RFID China Summit

  • Detail

2005 autumn global RFID China Summit: Mr. ISO Michael Guillery's speech

the following is the transcript of the speech: Mr. ISO Michael Guillery's speech

michael guillo:

Hello, everyone. In many organizational committees, standardization is often mentioned. I have also had the opportunity to participate in many seminars, sometimes as head of the delegation, sometimes as a member of the delegation. What are the characteristics of the application of the second generation technology in the future? I will give you some introduction. Closely related to the second generation is the international standards organization regulation 1354, which introduces the application of RFID in China. In the same area, I want to say that there are different radio waves. How to filter out a kind of radio wave suitable for the use of self-designed products in the complex process of radio waves is very important. In addition, in terms of mobile, it is also closely related to the second generation of RFID. When we talk about RFID on a global basis, it is inevitable to talk about the application of radio frequency bands and the responsibilities of each party in this process. Because I have some experience with government organizations in many countries, I have deep feelings in this regard. One thing is very important. How to make the technology in your hand really become a weapon for your own operation, which can help you make profits. When it comes to a tag, how much information there is on the electronic tag and how much information you can store. How efficient can it be when reading? For example, this object can be a book or a can. In terms of geometric design, we also need to consider where to add this label, because when carrying out label recognition, because the different places of labels may also cause different reading effects. The frequency between 800 and 860 MHz. In this process, based on such a frequency, we can use RFID to read. These readings are applicable not only to people, but also to animals. RFID has developed into a technology for wireless applications. Of course, you can't do anything without standards. When carrying out an innovation, you should make sure that the innovation meets the standards. If it meets the standards, the goods you develop will also be conducive to the further development of the standards. China has invested a lot of energy in the research of new material technology. The frequency I just mentioned is fully in line with the rules formulated by the international standards organization, which is in line with the second amendment of No. 1800, and it is also in line with the amendment of section 1360. The rules I just mentioned will be implemented next year. That is to tell us that the international standard organization for RFID has formulated corresponding rules, and now all you have to do is to make your work in accordance with the international standard organization. There are many ways to choose when carrying out technological innovation or when your technology is standardized. Now it is time to complete our technological innovation in accordance with Article 1800 and part VI

according to the action of RFID and their design, we can help us make some improvements in technology. In the modern process, we see the application of level zero and level two. These two applications can be compatible. According to the provisions of paragraph 1800, the second generation technology can be further strict to make it more in line with the standards of the international standards organization. In this way, this standard can be more in line with the rules of international business operation, which is very important. On the one hand, we propose to meet the standards when innovating. After setting the standards when the system or pendulum shaft is too dirty or rusty, how to put these standards into practice is another key stage. If you don't satisfy your users, even if you meet international standards, it's unrealistic to let them implement it. So the problem before us is how to make the second generation of such products so that the standards can be implemented. When your product can really be put on the market after being tested and well received, I think this is the technology that meets international standards and can really put into practice and help you make profits. Often, several relevant international standards are involved before or during the production of a product. When formulating a product development plan, these relevant standards must also be taken into account. The other is in theory. Let's turn to practical application. Practical application is the design of a chip, which refers to electronic labels. Due to the pure technology of the design of electronic labels, many data information of the capacity of electronic labels can become not very much, but such information becomes very accurate. For example, we have super electronic labels. The super electronic label program was proposed and implemented by South Africa. In fact, we have many suppliers working together in this area, and all chip companies provide production in this area. This place is our main development step, especially related to UHF. And it is applicable to a wider range of technical applications. Each chip meets international standards. In terms of the integration of electronic labels, we have standard packaging. I think in this regard, the current chips, including the standardization of electronic labels, have unified the production of the entire electronic labels. Now it seems that the market development trend in the future is the production of the second generation of electronic labels

all products have been updated and changed to the second generation, and we have global deployment applications. In fact, we have 24 to 36 frequency bands. We implant sensors into electronic labels. After that, we need to pay more attention to how to regulate data. If the data sent from the electronic tag, we must deal with the configuration quality of the main vibration system and the main vibration spring. All the information must enter the initial infrastructure, and we must ensure that the whole data is available. We apply products that meet the standards, and we must ensure that all product technical standards are met. What we need to do now in this place is to test the products with standardization, including that all technical aspects of the products comply with the standards. In addition, we have another ISO standard, which involves our compliance with the settings and equipment. Specific reading will easily lead to very serious consequences; Another example is the spring coder used for shock absorption. This electronic tag can work in the range of 1 meter to 3 meters. There is a unified standard. What we really care about is the distance and speed of the whole information transmission, and how big the whole range is, so these things need to be standardized. Therefore, we must unify an electronic label in this place, which can be applicable to the specific environment of different regions. In addition, some other problems may be involved, including battery problems, including wireless signal control. Although the standard stipulates that it is only 4W, we must be able to control its energy and control the application of the whole product in this regard. Therefore, it must be integrated with RFID technology. This is a new requirement for some applications, and we have also done corresponding research. We have seen the working state of each individual electronic tag in the case of a separate code reader. You must always remember that in fact, I have done many experiments in this area, and he has two speeds for testing. When passing different speed tests, the final results may not be exactly the same, sometimes it may be beyond the coverage of the code reader. I want to include some sensors. How do we know how it works? This is a model we applied. We need to know how they are progressing

the speed of the whole operation. In this regard, its system can be set to ensure its business reliability, enough information and users' access to the information it needs. At the same time, we must have a full understanding of the whole system. If we finish that step just now, we can now enter the synchronization process, which can ensure the whole maintenance and have a very macro understanding of the whole data. I just mentioned that the implementation and deployment of the second generation technology, including labels, chips and code readers, will be carried out soon. We will see the cooperation of very large companies, including the joint collaborative efforts of our representatives here. This is a very difficult task, but we need to make some joint efforts. Corresponding progress has been made in labels and code readers. There is also the implementation of application to promote the continuous development of the market. Thank you

source: Tom technology channel

Copyright © 2011 JIN SHI