Izindaba Zemboni: I-Keysight ne-WIN bayasebenzisana ukunciphisa ingozi yokuklama izingxenye ze-RF ezivame kakhulu

I-Keysight Technologies Inc yaseSanta Rosa, e-CA, e-USA kanye ne-WIN Semiconductors Corp yaseTaoyuan City, eTaiwan — ehlinzeka ngezinsizakalo zokwenziwa kwe-gallium arsenide (GaAs) kanye ne-gallium nitride (GaN) wafer ezimakethe ezingenantambo, ingqalasizinda kanye nezokuxhumana — imemezele ukuhamba komsebenzi wokuklama we-monolithic microwave integrated circuit (MMIC) ohlangene ovumela izindlu zokuklama ze-GaN MMIC ukuthi zifinyelele impumelelo ye-tapeout yokuqala. Ukuhamba komsebenzi kuxhumanisa ukulingiswa kwe-on-chip multi-domain, ukwakheka kwe-3D nokuqinisekiswa, kanye nomklamo webhodi lokuhlola le-MMIC elingaphandle kwe-chip endaweni eyodwa. Isekela inani elikhulayo lezinkampani ezithuthukisa ama-GaN MMIC eziteshini zesisekelo ze-5G, izindawo zokufinyelela ze-Wi-Fi, imithwalo yesathelayithi, kanye nezinhlelo ze-radar zokuzivikela.

Ukuhluleka kokukhipha kungasho ukuthi sekuphele amasonto amaningi kuphinde kwaguqulwa enye indawo yokukhiqiza. Uhlelo olusha lokusebenza luzenzakalela zonke izinyathelo zokulingisa, ukwenza ngcono kanye nokuqinisekisa ezidingekayo ukuze kusayinwe umklamo we-MMIC, okuqinisekisa ukuthi akukho ukuhlaziywa okweqiwa ngaphambi kokuba umklamo uthunyelwe endaweni yokukhiqiza.

Amakhasimende e-MMIC ngeke azibophezele ekuthengeni aze akwazi ukukala ukusebenza ebhodini lokuhlola elingokoqobo eliqukethe i-MMIC, ukupakisha, i-PCB kanye nezixhumi zokuhlola. Ukuhamba komsebenzi kuvumela onjiniyela ukuthi baklame futhi balungise lezi zingxenye ezikwi-chip kanye nezingaphandle kwe-chip ndawonye, ​​ukuze ukusebenza kuhlangabezane nezimfuneko njengoba kuqinisekiswe ngemishini yokuhlola. Njengoba imakethe yamadivayisi e-GaN RF yomhlaba wonke kulindeleke ukuthi ifinyeleleAmaRandi ayizigidigidi ezingu-2.77 ngo-2031, izindlu zokuklama ze-MMIC ezingakwazi ukufakazela ukusebenza ebhodini lokuhlola zisengozini yokulahlekelwa yisabelo sazo salokho kukhula.

Ikhithi yakamuva yokuklama inqubo ye-NP 120P GaN ye-WIN inikeza abaklami be-MMIC ukufinyelela kumamodeli enqubo kanye nemithetho yokwakheka. Lawa mamodeli angaphakathi kwe-Keysight Advanced Design System (ADS) kanye ne-RF Circuit Simulation Professional enza ngokuzenzakalelayo ukuhamba komsebenzi ukuze kufezwe i-MMIC tapeout yokuqala.

“Siyajabula ukusebenzisana neKeysight ukuletha isisombululo se-LVS esenziwe ngokwezifiso ngaphakathi kwe-WIN ADS PDK,” kusho uRichard Kuo, umqondisi wensizakalo yokuklama ye-WIN. “Ngokuhlanganisa ubuchwepheshe be-Keysight be-ADS ne-PDK eqinile ye-WIN kanye nobuchwepheshe benqubo obuthuthukisiwe, sinikeze isisombululo esibanzi sokuqinisekisa esenza kube lula ukugeleza komklamo wekhasimende futhi sasheshisa isikhathi sokumaketha semikhiqizo ye-RF ethuthukisiwe ngokuzethemba okukhulu nokuthembeka,” enezela.

“I-PDK ephelele ye-WIN, ehlanganiswe namathuluzi okulingisa nokuqinisekisa e-Keysight, inikeza abaklami indlela eyodwa kusukela ekuklanyweni kwama-chip kuya ebhodini lokuhlola,” kusho uNilesh Kamdar, umphathi jikelele, i-EDA, isofthiwe yobunjiniyela bokuklama, i-Keysight. “Izindlu zokuklama manje sezingakwazi ukufakazela ukusebenza okugcwele kohlelo ngaphambi kokwenziwa, okunikeza amakhasimende azo ukuzethemba kokuzibophezela.”