A soliton microcomb spanning 1050-1650 nm is generated in a silicon nitride microring and amplified across 21 O-band lines to >0 dBm per carrier using a single-stage bismuth-doped amplifier, with validation via 32 GBaud 64-QAM coherent transmission.
Zhuet al., Next-generation datacenter and campus optics: Trends in multi-lane and multi-spectral integra- tion, Journal of Lightwave Technology44, 845 (2026)
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Unlocking the O-Band: high-power, broadband soliton microcomb
A soliton microcomb spanning 1050-1650 nm is generated in a silicon nitride microring and amplified across 21 O-band lines to >0 dBm per carrier using a single-stage bismuth-doped amplifier, with validation via 32 GBaud 64-QAM coherent transmission.