Professor Simon McIntosh-Smith

That's 440 GPUs in one cabinet.

Now, they do use quite a lot of power to energize all of those.

In fact, this one cabinet is about a third of a megawatt.

330 kilowatts.

We have 12 of these compute cabinets.

There's 5,280 GPUs in this room.

And this room is not very big.

It's only 12 by 12 meters, but that can be up to four megawatts of computing power because it's so dense enabled by that liquid cooling.

This is for density.

And in fact, what you can't see here, but on the back is all the networking and the networking actually runs horizontally.

And then these two kind of mesh together, the compute blade slide into and connect with the networking blades that are on the back.

So all that together is to give us this maximum density.

One of these cabinets weighs 4,000 kilograms or four metric tons.

So very, very dense.

And is the networking water cooled as well?

Absolutely everything is water-cooled.

In fact, you can't really tell, but it's very quiet.

We're just having a normal conversation.

Very quiet in here.

There's a very faint hum that's going on, but that's actually from the pumps that are pumping the water in.