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According to the Federal Communications Commission (FCC), “broadband” describes any Internet connection rate of 200kbps (kilobytes per second) or higher. In common use, however, broadband means connection speeds greater than the “narrowband”—that is, 56kbps. The number of broadband-enabled homes is predicted to rise to more than 90 million worldwide by 2007; Korea and Canada lead broadband saturation globally at 50 percent, with the United States currently at 10 percent. During the late 1990s, the push to affect the “last mile” of broadband connectivity—that is, the final link between a telecommunications service provider and the customer—proceeded at a breakneck pace worldwide, although it has slowed considerably in recent years. According to Nielson NetRatings, more than 21 million Americans used broadband Internet services as of November 2001.

Broadband delivery derives from a wide array of sources. The most well-known of these are cable modems and digital subscriber lines (DSL), but usage of fixed wireless connections and satellite services is currently on the rise, with “fiber to the home” and power line–based broadband predicted for the future. Regardless of how it is transmitted, the benefits of broadband can be summed up in two words: speed and ubiquity. Web surfing, multimedia applications, video conferencing, distance education, and telemedicine are all made easier with broadband, which is highly recommended for accessing high-end proprietary networks such as Internet 2. What's more, unlike dialup connections, broadband connections are always on. A recent Sprint study found that users often move their computer from the study to the kitchen after getting broadband connections, suggesting that access to broadband intensifies the user's relationship to online communications.

History of Broadband: Telephone, Cable, and Beyond

The history of broadband begins with the narrow-band Internet. Many people argue that the narrow-band Internet flourished as a result of minimal regulation, pointing to the explosion of small, private service providers in the 1980s. The Center for Democracy and Technology (CDT) argues to the contrary, pointing out that telephone lines have always been highly regulated. For example, the 1996 Telecommunications Act has mandated competition among phone providers. This resulted in the creation of “incumbent local exchange carriers” (ILECs) such as Bell Atlantic, and “competitive local exchange carriers (CLECs) such as Covad.

By contrast, cable television has been subject to little or no regulation. During the 1980s, while telephone companies worked to deploy “proto-broadband” technologies such as ISDN, cable companies focused their efforts on wiring American homes for television. Later, they began improving their facilities with two-way lines capable of throughput speeds of 30mbps (megabytes per second) downstream—significantly faster than the FCC's requirement for broadband delivery. (“Downstream” refers to the data coming into the user's computer from the Internet; material that the user uploads to the Internet goes “upstream.”)

Today, the cable modem is the most popular form of broadband, and an option for as many as 80 percent of U.S. homes. The massive popularity of cable-based Internet use has prompted many to question earlier decisions to leave that industry unregulated. Proponents of open access argue that cable companies should abide by the same “common carrier” restrictions as telephone companies, and allow multiple ISPs on their systems; as it stands, many cable companies give users a choice of only one provider.

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