Boom, Bubble, Bust: The Fiber Optic Mania [pdf]
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Boom, Bubble, Bust: The Fiber Optic Mania [pdf]
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Re: Boom, Bubble, Bust: The Fiber Optic Mania [pdf]
#2Jeff Hecht is an excellent author.
Re: Boom, Bubble, Bust: The Fiber Optic Mania [pdf]
#3A similar story is found in the railway bubble bursts in the US. Railways are also incredibly revolutionary technologies that reshaped societies, doesn't mean they are immune from investment cycles.
That being said, given ChatGPT was only released 8 months ago, we are probably very early in the GPU boom, far from bubble yet.
Re: Boom, Bubble, Bust: The Fiber Optic Mania [pdf]
#4WDM came along and caught them with their pants down; now all of a sudden you could just attach different devices to the ends of the fiber and get 16x the bandwidth. No backhoes needed. Then CWDM let you split and combine channels in locations without a reliable power supply -- no electronics, just prisms!
Unfortunately their response -- those who weren't killed off -- was to get the antitrust regulators to look the other way (i'm sure the "national security" card was played) while they bought each other up and carved countries into a checkerboard of regional monopolies.
But hey, if you squint at it from far enough away you can see two colors, so that's not a monopoly, right?
Re: Boom, Bubble, Bust: The Fiber Optic Mania [pdf]
#5If we really hit technological singularity, that will be the hail Mary of all bubbles.
Re: Boom, Bubble, Bust: The Fiber Optic Mania [pdf]
#6Yeah the phone companies laid those thick 144-strand bundles before wave division multiplexing. They figured the only way to get more bandwidth was more fibers, right? WDM came along and caught them with their pants down; now all of a sudden you could just attach different devices to the ends of the fiber and get 16x the bandwidth. No backhoes needed. Then CWDM let you split and combine channels in locations without…
Re: Boom, Bubble, Bust: The Fiber Optic Mania [pdf]
#7Yeah the phone companies laid those thick 144-strand bundles before wave division multiplexing. They figured the only way to get more bandwidth was more fibers, right? WDM came along and caught them with their pants down; now all of a sudden you could just attach different devices to the ends of the fiber and get 16x the bandwidth. No backhoes needed. Then CWDM let you split and combine channels in locations without…
Re: Boom, Bubble, Bust: The Fiber Optic Mania [pdf]
#8>The investors who threw money at optics at the peak of the bubble probably would bankrupt us all if we ever hit a true “technological singularity.” If we really hit technological singularity, that will be the hail Mary of all bubbles.
And then in the late 1700's things changed. The graph went hockey stick and has stayed exponential since. However from inside this bubble there is a sort of tech dilatation where everything appears normal and flat and it is only the future that has exponential growth.
Re: Boom, Bubble, Bust: The Fiber Optic Mania [pdf]
#9Today fiber is the network tech. Except for the last mile, everything is fiber. We're at 400G per port, soon 800G, and the market keeps growing and 1.6T is the obvious next step. Normal growth process.
So, I don't really see the takeaway here. What to learn from it? Not to invest in hypes? That's not really how we grow.
Re: Boom, Bubble, Bust: The Fiber Optic Mania [pdf]
#10>The investors who threw money at optics at the peak of the bubble probably would bankrupt us all if we ever hit a true “technological singularity.” If we really hit technological singularity, that will be the hail Mary of all bubbles.
conversely, I think we have been in the singularity since the late 1700's. For many thousands of years human manufacturing capability was effectively flat, a few blips and bumps but the advancement was generally steady and linear. And then in the late 1700's things changed. The graph went hockey stick and has stayed exponential since. However from inside this bubble there is a sort of tech dilatation where everything…
Definitely exponential.