Low-Loss and Low-Power Silicon Ring Based WDM 32x100 GHz Filter Enabled by a Novel Bend Design

Deng, QingzhongQingzhongDengEl-Saeed, Ahmed H.Ahmed H.El-SaeedElshazly, AlaaAlaaElshazlyLepage, GuyGuyLepageMarchese, ChiaraChiaraMarcheseNeutens, PieterPieterNeutensKobbi, HakimHakimKobbiMagdziak, RafalRafalMagdziakDe Coster, JeroenJeroenDe CosterRahimi Vaskasi, JavadJavadRahimi VaskasiKim, MinkyuMinkyuKimTong, YeyuYeyuTongSingh, NehaNehaSinghErsek Filipcic, MarkoMarkoErsek FilipcicVan Dorpe, PolPolVan DorpeCroes, KristofKristofCroesChakrabarti, MaumitaMaumitaChakrabartiVelenis, DimitriosDimitriosVelenisDe Heyn, PeterPeterDe HeynVerheyen, PeterPeterVerheyenAbsil, PhilippePhilippeAbsilFerraro, FilippoFilippoFerraroBan, YoojinYoojinBanVan Campenhout, JorisJorisVan Campenhout2025-05-072024-12-022025-05-0720251863-8880WOS:001360420300001https://imec-publications.be/handle/20.500.12860/44893Low-Loss and Low-Power Silicon Ring Based WDM 32x100 GHz Filter Enabled by a Novel Bend DesignJournal article10.1002/lpor.202401357WOS:001360420300001WAVE-GUIDE BENDSHIGH-SPEEDPHOTONICSCOMPACTWAVELENGTHTRANSITIONGENERATIONRESONATOROPERATION