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Figure 17-1: Comparison of cost per channel over the years Throughout the world, government owned and controlled monopolies are being eliminated Brazil opened its doors to international Telecom competition, allowing microwave radio systems and a mobile telephone system supplied by North American firms In Russia, one of the leading systems manufacturers installed an integrated network along a 3,600-mile gas pipeline Using microwave radios and digital telephone switches, this link sends data and voice from Siberia to Russia s southern border A similar system is used for the railroad system, using a trunked radio system, microwave radio-relay, and digital telephone switches The telephone service may serve more than the railroad, incorporating hundreds of thousands of people residing alongside the railway line The cellular and PCS industries invested heavily in microwave radios to interconnect the components of their networks This is shown in Figure 17-2 where the interconnection is used in the cellular world In addition, a new use of microwave radio, called micro/millimeter wave radio, is bringing transmission directly into buildings through a new generation of tiny receiver dishes

The BotBoard was developed by Kevin Ross and Marvin Green using the same 68HC11 microcontroller used by the Handy BoardThe size of this board is significantly smaller, however, and it doesn t have the built-in features of the Handy Board Because many people didn t want those extra features, this board offers a smaller and lower-cost solution to obtain the same level of power of the Handy Board Karl Lunt has developed a version of the Basic programming language for the 68HC11 microcontrollers, which is called Sbasic You can download it from Karl s Web site at wwwseanetcom/~karllunt/ Karl is also the author of an excellent book about robots called Build Your Own Robot (see Appendix B)

Figure 10-7 This is the matrix displaying data from a cube, although at this point the report contains no interactive features

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Many other microcontrollers are out there The OOPic uses an object-oriented programming language The BasicX-24 and Basic Micro s Atom look almost like the Basic Stamp and are pin-for-pin compatible, but are faster, have more programming space, and uses a multitasking operating system These microcontrollers are starting to gain a lot of popularity A high-end microcontroller is the Robominds microcontroller, which uses the Motorola 68332, 32-bit microcontroller It s very fast and very powerful Most of the microcontroller boards described here use either the Microchip PICs, the Atmel AVR chips, or the Motorola 68HC11 or 68HC12 chips as the core microcontroller All of these microcontroller board companies have added some components to their boards to make their microcontrollers easy to use When you get more experienced with microcontrollers, try experimenting directly with the PICs and the AVR chips They are the microcontrollers found in most electronic appliances and systems

Figure 17-2: Cellular interconnection of microwave radio WinStar Communications, a new Competitive Local Exchange Carrier (CLEC), is pioneering the use of micro/millimeter wave radio communications in the 30 + GHz frequency range This allows the CLEC to deliver broadband communications to the consumer s door without the use of telephone company wires The new PCS industry is expected to choose microwave radio technology for the interconnection and backhaul transport on its expanding network The PCS suppliers and the cellular suppliers do not want to pay the local telephone company for monthly T1 access lines from the cell sites to the mobile switching sites Therefore, to eliminate the monthly recurring charges, they have installed microwave radio systems in the 18 23 GHz frequency range Tens of thousands of new cell sites and PCS sites will be constructed over the next few years, further expanding the use of microwave radio systems in each of these sites As third-generation, handheld devices make their way into the industry, more wireless interconnectivity will be used Microwave also played a very crucial part of the PCS industry as the PCS systems use the 19 23 GHz frequency band Fixed systems operators such as police, fire, electric utilities, and some municipal organization occupied these frequencies To accommodate the move of these users from the 2 GHz frequency band, microwave was used to relocate the users to a new band, as mandated by the FCC One study indicated that the PCS industry would spend over $3 billion in microwave equipment and services by 2005 Another large demand for microwave emerged in the Competitive Access Providers (CAPs) market CAPs offer long-distance access to customers at lower prices than the local telephone companies and the newer competitors The CAPs normally install their own fiber-optic wires However, they recognize the benefit of expanding coverage to consumer building entrances, using a wireless, high-speed connection The CAPs are supplementing their fiber-based networks with Wireless CAPs WCAPs use microwave transmission to deliver the telecom service without the need for a costly, wire-based infrastructure (see Figure 17-3 ).

Following is a short list of some of the most-popular microcontroller Web sites:

Figure 7-25 A model is the basic unit of data storage within the PerformancePoint Server Planning module