Coaxial Cable Quotes

Bob Metcalfe created a way to use coaxial cable (the type that plugs into cable TV boxes) to create a high-bandwidth system that he named “Ethernet.

Broadcast television succeeded by providing the same thing to all its viewers—a model driven by the technological innovation of broadcasting content via wireless signals and later coaxial cable. Netflix succeeds by providing a carefully personalized experience to each of its many viewers, giving it a huge advantage over its traditional television competitors. Moreover, Netflix produces exactly what it knows its customers want based on their past viewing habits, eliminating the waste of all those pilots, and only loses customers when they make a proactive decision to cancel their subscription

Radios, vacuum tubes, transistors, televisions, solar cells, coaxial cables, laser beams, microprocessors, computers, cell phones, fiber optics—all these essential tools of modern life descend from ideas originally generated at Bell Labs.

In his book The Shadow Presidents, author Michael Medved relates the extreme disappointment of H.R. Haldeman over his failure to implement his plan to link up all the homes in America by coaxial cable. In Haldeman’s words, “There would be two-way communication. Through computer, you could use your television set to order up whatever you wanted. The morning paper, entertainment services, shopping services, coverage of sporting events and public events...Just as Eisenhower linked up the nation's cities by highways so that you could get there, the Nixon legacy would have linked them by cable communication so you wouldn't have to go there." One can almost see the dreamy eyes of Nixon and Haldeman as they sat around discussing a plan that would eliminate the need for newspapers, seemingly oblivious to its Big Brother aspects. Fortunately the Watergate scandal intervened, and Nixon was forced to resign before "the Wired Nation" could be hooked up.

In a small, stuffy, perpetually dark, hot-plastic-scented wiring closet, in a cubicled office suite leased by Novus Ordo Seclorum Systems Incorporated, sandwiched between an escrow company and a discount travel agent in the most banal imaginable disco-era office building in Los Altos, California, a modem wakes up and spews noise down a wire. The noise eventually travels under the Pacific as a pattern of scintillations in a filament of glass so transparent that if the ocean itself were made out of the same stuff, you’d be able to see Hawaii from California. Eventually the information reaches Randy’s computer, which spews noise back. The modem in Los Altos is one of half a dozen that are all connected to the back of the same computer, an entirely typical looking tower PC of a generic brand, which has been running, night and day, for about eight months now. They turned its monitor off about seven months ago because it was just wasting electricity. Then John Cantrell (who is on the board of Novus Ordo Seclorum Systems Inc., and made arrangements to put it in the company’s closet) borrowed the monitor because one of the coders who was working on the latest upgrade of Ordo needed a second screen. Later, Randy disconnected the keyboard and mouse because, without a monitor, only bad information could be fed into the system. Now it is just a faintly hissing off-white obelisk with no human interface other than a cyclopean green LED staring out over a dark landscape of empty pizza boxes. But there is a thick coaxial cable connecting it to the Internet. Randy’s computer talks to it for a few moments, negotiating the terms of a Point-to-Point Protocol, or PPP connection, and then Randy’s little laptop is part of the Internet, too; he can send data to Los Altos, and the lonely computer there, which is named Tombstone, will route it in the general direction of any of several tens of millions of other Internet machines.