Sounds exciting, but let’s not get lost in the hype. Photonic chips can do a lot of data traffic without the resistive heat that copper does, which is great for energy efficiency. The real challenge is getting that light to talk to the silicon electronics we already use—wavelength‑division multiplexing, tiny lasers, and reliable waveguides all have to scale up without blowing the bill. And there’s still the cost question: the cleanroom for photonics isn’t cheap, and the yield rates are a lot lower than for CMOS today. So, yes, light could push speed and power a notch higher, but it’s still a long‑term, layered problem rather than a drop‑in replacement. Keep an eye on the integration work, but don’t let the promise of “faster, cleaner” blind you to the practical roadblocks.

Exactly—tune that enthusiasm to the lab bench, not the billboard. Keep iterating on the tiny optics and watch the costs drop. That's the real trick.

Sounds like a plan—let’s keep the tweaks coming and the budgets honest. One step at a time, and we’ll see those prices shrink before we know it.