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These regulatory authorities define who can use what RF for what purposes and how Consider, for example, radio and TV stations Each station, in addition to other attributes, is assigned a geographic location, radio frequency band, and strength of the radio signal they can emit from their antennas This prevents one station from interfering with the other stations, and as a result everybody is able to listen to their station of choice These regulations are laws of the land and must be obeyed Unlike standards, which are optional, regulations are mandatory, and if they are not followed properly, legal consequences will ensue If you do not follow standards, your devices may not interoperate with other devices or some customers may not buy your products, but you can still continue doing business, albeit with financial consequences If you do not follow the regulations, government authorities may fine you, and the repeated violations may result in more severe penalties such as not being allowed to make or use RF devices or even a jail term Another reason to control RF transmission is to avoid injuries to humans and animals RF devices transmit and receive RF energy For example, Wi-Fi devices operating at 24 GHz range, which is the same frequency a microwave oven uses, can seriously damage human tissue if they transmit a signal at a very high level In a low strength, they are considered harmless A regulation must be established as to the level of safe exposure, and some mechanism has to be created to certify and monitor compliance RF regulations typically vary from one country to another or from one region to another, due to the legacy usage of various portions of the RF spectrum In the technology s early years, various countries or regions assigned different chunks of the RF spectrum for different uses No worldwide standard was available, and even now none exist for many parts of the spectrum Finding a worldwide RF range for new RF applications is a problem For example, in the US, the UHF RFID systems are allocated a frequency range of from 902 to 928 MHz, but in European countries, that range was already assigned to other uses and is therefore not available In Europe, UHF RFID systems are assigned a frequency range of 865 to 868 MHz As a result, a tag designed for the US will have problems being read in Europe and vice versa To overcome these problems, RFID systems must be designed to incorporate all the frequency ranges (within the UHF band) used all over the world This has been accomplished by EPCglobal Gen 2 and ISO 18000-6C standards Readers and tags designed according to these standards will interoperate anywhere in the world For UHF RFID tags and readers, regulations encompass the following major factors:
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RF field power
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Effective isotropic radiated power (EIRP) in watts The frequency range allocated
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CHAPTER 10 Standards and Regulations
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Channels and channel spacing How the allocated frequency range is divided into channels to incorporate reader to reader interference Duty cycle The percentage of time a reader can actively transmit
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Some of the main bodies in various countries governing frequency allocations and regulations for RFID are presented in Table 10-2
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This section discusses some of the leading RF regulatory bodies that control use of the radio spectrum in many regions of the world These organizations are created by one country or a regional consortium of many countries
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International Regulations: ITU
The International Telecommunication Union was established in Paris as the International Telegraph Union in 1865 and is today the world s oldest international organization It became a specialized agency of the United Nations in 1947 Its main tasks include standardization, allocation of the radio spectrum, and organizing interconnection arrangements among countries to allow international phone calls in which regard it performs for telecommunications a similar function to what the UPU performs for postal services It is one of the specialized agencies of the United Nations, and has its headquarters in Geneva, next to the main United Nations campus It provides a forum in which its 189 member states, some 650 sector members, and more than 90 associates can cooperate for the improvement and rational use of telecommunication worldwide
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