China is building underwater data centers that use seawater for cooling and 97% wind energy for power to meet rising AI demand.
A $223M facility six miles off Shanghai will hold up to 792 AI-capable servers and launch in September.
It’s expected to train models like GPT-3.5 in a day while using 30% less electricity than land-based centers. Microsoft tested a similar idea with Project Natick in 2018 but shelved it.
Meanwhile, China is scaling fast. Environmental concerns remain, but South Korea and Japan are already exploring similar offshore data solutions.
A $223M facility six miles off Shanghai will hold up to 792 AI-capable servers and launch in September.
It’s expected to train models like GPT-3.5 in a day while using 30% less electricity than land-based centers. Microsoft tested a similar idea with Project Natick in 2018 but shelved it.
Meanwhile, China is scaling fast. Environmental concerns remain, but South Korea and Japan are already exploring similar offshore data solutions.
China is building underwater data centers that use seawater for cooling and 97% wind energy for power to meet rising AI demand.
A $223M facility six miles off Shanghai will hold up to 792 AI-capable servers and launch in September.
It’s expected to train models like GPT-3.5 in a day while using 30% less electricity than land-based centers. Microsoft tested a similar idea with Project Natick in 2018 but shelved it.
Meanwhile, China is scaling fast. Environmental concerns remain, but South Korea and Japan are already exploring similar offshore data solutions.
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