textfiles/hacking/atmapps.txt

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"GEE WHIZ" ATM APPLICAITONS ON THE HORIZON
Nathan Felde, executive director of multimedia communications at the
NYNEX Science & Technology laboratory in Cambridge, Mass., waxes
evangelical about the potential of Asynchronous Transfer Mode (ATM)
applications. After touring his surroundings at the NYNEX Science &
Technology Center, it's easy to see why.
In one area, three people sit at a large color monitor viewing a
sophisticated multimedia cardiology application that includes
simultaneous full-motion video, audio and graphics applications
being shared between two doctors. In a nearby air-conditioned room,
a prototype ATM switch capable of switching 2.4 gigabits is being
tested. All around, there are circuits and monitors and wires
connecting them.
Next to the switch room, Felde takes a seat, puts on his microphone
and dials a colleague in White Plains, N.Y. But this is not your
normal telephone call. When Eddie Singh answers, his full-motion
image appears on a six-inch screen attached to Felde's computer.
"Hi, Eddie," Felde says. "Hi, Nathan," Singh replies in hi-fi audio,
as co-workers walk around in the room behind him.
Felde and Singh chat informally in a manner reminiscent of George
Jetson and his boss, Mr. Spacely. For them, this fantastic
connection _ which consumes an entire T-3 hunk of bandwidth _ is
something they take for granted. For the uninitiated, however, it is
a fascinating glimpse at the future.
"This is the beginning of making broadband available to millions of
part-time users, much the way people use the phone today, " Felde
states. "Time is now the scarce resource, but bandwidth is an
abundant resource, and we want to make it available on demand."