AI Compute Clusters Are Rewriting the Optical Module Roadmap
GPU clusters doubled optical port demand per rack. Here is what that means for your transceiver selection.
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GPU clusters doubled optical port demand per rack. Here is what that means for your transceiver selection.
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Six form factors, twenty years, one direction: more lanes in the same faceplate.
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Distance decides reach, fiber decides wavelength. A four-step method for picking 10G optics.
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How the most common two-tier data center fabric maps onto 25G and 100G optics.
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Both reach 400G. The difference is what happens at 800G.
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Core size decides distance. Distance decides cost. Start here.
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One fiber instead of two — as long as you get the pairing right.
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Eighteen channels or eighty — the choice depends on distance and amplification.
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Copper wins under three metres. Beyond that, the maths changes.
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Five parameters, read over I²C, tell you more about link health than any alarm log.
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Temperature does not just stress the module — it moves the wavelength.
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Symmetric or asymmetric is the decision that drives everything downstream.
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As speeds rise, power becomes the constraint that decides the architecture.
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The module is not "incompatible" — it is speaking a different dialect.
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Demand is concentrating at the high end. Lead time planning now matters more than price negotiation.
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