Tell us a bit more about wide and slow and why it's such a good idea.

Yeah.

So if you, if you look at how, um, uh, communications has developed in the industry, so we have these, uh, emitters, these, uh, very high-speed lasers that we use today, and the lasers have a, a native bandwidth up to, say, uh, about 50 gigabits.

If you want to drive them faster than that, then the, um, uh, they, they roll off, you know, as any transmitter does.

You get past your three DB point, and it starts to roll off.

And so the way we get past that is we explore all sorts of electrical compensation.

So both on the transmitter side and the receiver side, we're looking to kind of reverse those channel impairments in order to push a 200 gigabit signal across a, uh, a channel that's not really designed to do that.

So the redu- when you say redundancy, it's just about literally having more physical links, uh, and using them all, uh, l- more equivalent physical links and using them all at the same time? Or tell us a little more about the physical redundancy.