From gigawatts to terabits.
Every gigawatt of Ai compute needs a path to its users. Power sets how much you can compute. Connectivity sets how much of it the world can reach.
One gigawatt of Ai moves 25 to 50 terabits a second.
That is the long distance capacity one gigawatt of Ai compute is estimated to need. Choose a campus size to see what it implies.
Illustrative. The 25 to 50 terabit figure is an industry estimate reported by RCR Wireless in January 2026. International internet bandwidth of 2,259 terabits a second is from TeleGeography, September 2026.
Power is doubling. Bandwidth has to keep up.
Compute and connectivity are growing on the same clock. If one falls behind, the other is stranded.
Power figures from JLL Global Data Center Outlook, January 2026, base case. Bandwidth forecast from TeleGeography, June 2026. Ai is still a small part of international traffic today. The campuses now being built are what change that.
Plan the terabits with the gigawatts.
A campus with power and no diverse route to market is a stranded asset.
Site power and routes together
Fiber and subsea paths are confirmed before the power agreement is signed.
Build more than one way out
Diverse routes that do not share the same chokepoint.
Connect compute to its customers
Corridors that link new compute regions to the markets that buy it.
Build your next Ai corridor.
Tell us your market, your infrastructure requirement and your timeline. We reply with a focused next step.