Colleges Join Plan for Faster Computer Networks
A coalition of 28 American universities is throwing its weight behind a plan to build ultra-high-speed computer networks — with Internet service several hundred times faster than what is now commercially available — in the communities surrounding the participating colleges.
Context & Ripple Effects
This coalition did not appear from nowhere: Google announced in October 2010 that it would bring ultra high-speed broadband to Stanford homes, treating a university community as the natural trial ground for speeds far beyond commercial offerings. The idea of pooling connections to push past consumer bandwidth limits had been floating since at least a 2006 experiment in sharing broadband to increase speed, and campuses had already proven they could operate frontier-scale infrastructure, as with the world's largest 802.11n wireless network deployed by a leading university in 2008.
What changes now is scale and coordination: 28 American universities acting together to extend several-hundred-times-faster service beyond campus boundaries into their surrounding towns. That turns isolated campus pilots into a distributed national footprint, and gives network builders a coalition customer rather than one-off projects.
First-order effects
- The communities around the 28 participating colleges become the places where ultra-high-speed networks actually get built, while incumbent broadband providers serving those same towns face a rival offering service several hundred times faster than anything they sell.
- The universities gain a shared bargaining position: as a 28-member coalition they can standardize requirements and negotiate with equipment vendors and contractors as one block rather than as individual institutions.
Second-order effects
- Network equipment makers and construction firms gain a new class of large, creditworthy customers with uniform needs, encouraging them to productize gigabit-class builds instead of treating each deployment as custom work.
- Universities outside the coalition face pressure to join or risk their towns becoming comparatively unattractive to faculty, students, and startups that locate near the fastest connections.
Third-order effects
- If the pattern holds, university communities consolidate their role as the default first-deployment ground for next-generation network technology — echoing how academic networks seeded the original Internet — and commercial providers end up following demand that campuses created rather than leading it.
The trend: American universities are re-emerging as anchor builders of advanced network infrastructure, extending frontier-speed connectivity from campus cores into surrounding communities faster than commercial carriers move.