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There are certain acronyms that are so cool that they are worth the time it takes to memorize what they expand into. Variable spreading
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Access Technologies
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Table 6-3 Wireless Technology Characteristics
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factor orthogonal frequency and code-division multiplexing (VSFOFCDM) is one of these. Currently being studied by DoCoMo in Japan, VSF-OFCDM can theoretically transmit at speeds as fast as 100 Mbps outside and as fast as 1 Gbps indoors. As a test bed, DoCoMo has built a mobile IP data network to stress the technology, and early results are quite favorable. And while this technology is nowhere near ready for prime time, it bears watching.
The Mobile Appliance
The mobile appliance concept is enjoying a significant amount of attention of late because it promises to herald in a whole new way of using network and computer resources if it works as promised. The problem with so many of these new technologies is that they overpromise and underdeliver precisely the opposite of what they re supposed to do for a successful rollout. 3G, for example, has been billed as the wireless Internet. Largely as a result of that billing it has failed. It is not the Internet far from it. The bandwidth isn t there, nor is a device that can even begin to offer the kind of image quality that Internet users have become accustomed to. Furthermore, the number of screens that a user must go through to reach a desired site (I have heard estimates as high
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Access Technologies
Access Technologies
as 22!) is far too high. Therefore, until the user interface, content, and bandwidth challenges are met and satisfied, the technology will remain exactly that a technology. There is no application yet, and that s what people are willing to pay money for.
Summary
Access technologies used to connect the customer to the network come in a variety of forms and offer a broad variety of connectivity options and bandwidth levels. The key to success is to not be a bottleneck; access technologies that can evolve to meet the growing customer demands for bandwidth will be the winners in the game. DSL holds an advantage as long as it can overcome the availability challenge and the technology challenge of loop carrier restrictions. Wireless is hobbled by licensing and spectrum availability, both of which are regulatory and legal in nature, rather than technological limitations. In the next chapter, we will discuss transport technologies including private-line, frame-relay, ATM, and optical networking.
6 Questions
1. 2. 3. 4. 5. 6. 7. 8. 9. 10. Is wireless an access or a transport technology A 56 Kbps modem is not really a 56 Kbps modem. Explain. Why is ISDN not a more popular technology in the United States Explain the differences between a BRI and a PRI. DSL is actually an analog technology. Explain. Explain the purpose of a DSLAM. What are the key differences between ADSL and ADSL2 Why is the cable industry a far greater threat to the ILECs than the CLECs Who uses LMDS and MMDS today What are the differences between FDMA, TDMA, and CDMA
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