We present a 400 (8×50) Gb/s-capable RM-based Si-photonic WDM O-band TxRx with 1.17nm channel spacing for high-speed optical interconnects.

We present a 400 (8×50) Gb/s-capable RM-based Si-photonic WDM O-band TxRx with 1.17nm channel spacing for high-speed optical interconnects.

A 400 (8×50) Gb/s-capable RM-based Si-photonic WDM O-band TxRx with 1.17nm channel spacing for high-speed optical interconnects is presented

Abstract: We present a 400 (8×50) Gb/s-capable RM-based Si-photonic WDM O-band TxRx with. 1.17nm channel spacing for high-speed optical interconnects and ...

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A 400 Gb/s O-band WDM (8×50 Gb/s) Silicon Photonic Ring Modulator-based Transceiver. Publication. Optical Fiber Communication Conference (OFC) 2020. Published.

Παρατίθεται από ; A 400 Gb/s O-band WDM (8× 50 Gb/s) silicon photonic ring modulator-based transceiver. S Pitris, M Moralis-Pegios, T Alexoudi, K Fotiadis, Y Ban ...

We present an O-band micro-ring-based silicon-photonic 4-channel WDM transmitter with 6.75 nm-channel spacing for high-speed optical interconnects and ...

Jun 28, 2023 · We demonstrate an 8-channel WDM Si-photonic microring-based transmitter (Tx) capable of providing 400 (8×50) Gb/s non-return-to-zero (NRZ) Tx ...

Abstract: We present and experimentally demonstrate a silicon photonic (SiP)-based four-lane 400 Gb/s transmitter for fiber-rich intra-datacenter optical ...