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<p> | |||
<strong> | |||
T-1 Carrier AKA T-carrier | |||
</strong> | |||
<br/> | |||
Technology developed by | |||
[[error]] | |||
at | |||
[[error]] | |||
, in part to circumvent the | |||
infiltration into the multi-frequency automation by phone hackers, or | |||
[[phreaking]] | |||
. T-carriers marked the first use of | |||
<!-- links to digital --> | |||
[[digital]] | |||
in commercial communication | |||
technology and provided exponentially greater speeds of transmission data via | |||
the translation and reduction (and subsequent reconstitution) of audio signals | |||
into binary bits via | |||
[[codex]] | |||
. T-1 technology | |||
could not be operated via Plane Old Telephone Service Lines (POTS) and | |||
required the installation of massive amounts of new hardware. T-1 lines were | |||
able to transmit data along with audio and quickly became the preferred | |||
conduit for hi-speed infiltration into corporate and governmental cyberspace | |||
by the | |||
[[error]] | |||
, | |||
[[error]] | |||
, and extended | |||
[[phiber-optik]] | |||
hacking communities. | |||
</p> | |||
Revision as of 21:44, 8 March 2024
T-1 Carrier AKA T-carrier
Technology developed by
error
at
error
, in part to circumvent the
infiltration into the multi-frequency automation by phone hackers, or
phreaking
. T-carriers marked the first use of
digital
in commercial communication
technology and provided exponentially greater speeds of transmission data via
the translation and reduction (and subsequent reconstitution) of audio signals
into binary bits via
codex
. T-1 technology
could not be operated via Plane Old Telephone Service Lines (POTS) and
required the installation of massive amounts of new hardware. T-1 lines were
able to transmit data along with audio and quickly became the preferred
conduit for hi-speed infiltration into corporate and governmental cyberspace
by the
error
,
error
, and extended
phiber-optik
hacking communities.
