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R(2035)=200⋅29/4≈950R(2035) = 200 \cdot 2^{9/4} \approx 950

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Anchoring at R0R_0 = 200 Gb/s per lane, t0t_0 = 2026 , and holding the most recently observed four-year doubling period fixed gives R(2035) = 200 ⋅\cdot 2^{9/4} ≈\approx 950 Gb/s per lane by 2035 — essentially a 1 Tb/s single electrical lane. That number is offered to be doubted, not believed. The assumption it encodes — that the doubling period keeps compressing on a fixed clock rather than lengthening as channel loss and signal-to-noise margin close in — is exactly the part the standards process itself is already hedging against: P802.3dj did not simply push PAM-4 harder, it added an 800 Gb/s coherent-signalling option specifically for the reaches where intensity-modulated PAM-4 stops being the…

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R(2035)=200⋅29/4≈950R(2035) = 200 \cdot 2^{9/4} \approx 950

Equation 7 · Datacenters

AI Datacenter Interconnects in 2035: Scenarios, Signals, and Falsifiable Predictions

This equation gives an approximation: it relates the quantities while allowing an approximation.

Anchoring at R0R_0 = 200 Gb/s per lane, t0t_0 = 2026 , and holding the most recently observed four-year doubling period fixed gives R(2035) = 200 ⋅\cdot 2^{9/4} ≈\approx 950 Gb/s per lane by 2035 — essentially a 1 Tb/s single electrical lane. That number is offered to be doubted, not believed. The assumption it encodes — that the doubling period keeps compressing on a fixed clock rather than lengthening as channel loss and signal-to-noise margin close in — is exactly the part the standards process itself is already hedging against: P802.3dj did not simply push PAM-4 harder, it added an 800 Gb/s coherent-signalling option specifically for the reaches where intensity-modulated PAM-4 stops being the…

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