Kutshanje, iTexas Instruments (TI) yenze isibhengezo esibalulekileyo ngokukhululwa kothotho lweetshiphusi zeemoto ezidityanisiweyo zesizukulwana esitsha. Ezi chips ziyilelwe ukunceda abenzi beemoto ekudaleni okukhuselekileyo, okukrelekrele, kunye namava okuqhuba okuntywilayo kwabakhweli, ngaloo ndlela kukhawulezisa inguqu yeshishini leemoto ukuya kubukrelekrele kunye ne-automation.
Enye yeemveliso eziphambili eziveliswe ngeli xesha sisizukulwana esitsha se-AWRL6844 60GHz millimeter-wave radar sensor exhasa edge AI. Le sensor ifezekisa ukuchaneka okuphezulu kokuchongwa nge-chip enye esebenza ngomphetho we-AI algorithms. Iyakwazi ukuxhasa imisebenzi emithathu engundoqo: ukubonwa kwebhanti yesikhumbuzi sokuhlala, ukubonwa kwemoto yomntwana, kunye nokukhangela ukungena.
Idibanisa ii-transmitters ezine kunye nabamkeli abane, ukubonelela ngedatha yokufumanisa i-high-resolution, kunye neendleko zayo ziphuculwe ukuze zihambelane nezicelo ezinkulu ngabavelisi bezixhobo zokuqala (OEMs). Idatha eqokelelweyo igalelo kwi-algorithms eqhutywe yi-AI echanekileyo yesicelo, esebenza kwi-customizable on-chip hardware accelerators kunye ne-digital signal processors (DSPs), iphucula kakhulu ukuchaneka kokwenza izigqibo kunye nokukhawuleza ukusetyenzwa kwedatha. Ngexesha lokuqhuba, inzwa inezinga lokuchaneka ukuya kuthi ga kwi-98% ekufumaneni nasekubekeni abahlali kwisithuthi, ixhasa ngamandla umsebenzi wokukhumbuza ibhanti. Emva kokupaka, isebenzisa iteknoloji ye-neural network ukubeka iliso kubantwana abangajongwanga kwisithuthi, kunye nezinga lokuchaneka kokuhlelwa okungaphezulu kwe-90% yeentshukumo ezincinci, ngokufanelekileyo inceda ii-OEMs ukuhlangabezana neemfuno zoyilo lweNkqubo yoVavanyo lweMoto eNtsha yaseYurophu (i-Euro NCAP) kwi-2025.
Ngelo xesha, i-Texas Instruments iye yasungula isizukulwana esitsha se-automotive audio processors, kuquka i-AM275x - Q1 iyunithi yokulawula i-microcontroller (MCU) kunye ne-AM62d - Q1 iprosesa, kunye ne-audio amplifier ehamba kunye ne-TAS6754 - Q1. Ezi processors zamkela ii-cores ze-C7x DSP eziphambili, ezidibanisa i-TI's vector-based C7x DSP cores, i-Arm cores, imemori, i-audio networks, kunye neemodyuli zokhuseleko lwe-hardware kwi-system-on-chip (SoC) ehlangabezana neemfuno zokhuseleko olusebenzayo. Oku kunciphisa inani lamacandelo afunekayo kwiinkqubo ze-automotive audio amplifier. Idityaniswe noyilo lwamandla aphantsi, inciphisa kakhulu inani eliqokelelweyo lamacandelo kwinkqubo yomsindo kwaye yenza lula ukuntsonkotha koyilo lomsindo. Ukongeza, ngetekhnoloji yokumodareyitha entsha ye-1L, iziphumo zesandi zeKlasi D ziyafezekiswa, ngakumbi ukunciphisa ukusetyenziswa kwamandla. I-AM275x - Q1 MCU kunye ne-AM62d - iiprosesa ze-Q1 zinesandi somsindo, ukucinywa kwengxolo esebenzayo, ukuhlanganiswa kwesandi, kunye nemisebenzi yothungelwano olukwimoto ephucukileyo (kubandakanya i-Ethernet audio video bridging), enokuzisa amava omsindo antywilayo ngaphakathi kwesithuthi kwaye ihlangabezane nokusukela abathengi kwi-audio ekumgangatho ophezulu.
U-Amichai Ron, uSekela Mongameli oPhezulu we-TI's Embedded Processing Division, wathi: "Abathengi banamhlanje banemfuno eziphezulu zobulumko kunye nentuthuzelo yemoto. I-TI iyaqhubeka nokutyalomali kuphando kunye nophuhliso kunye nolutsha. Ngokusebenzisa obu buchwepheshe be-chip obuphezulu, sibonelela ngezisombululo ezibanzi kubenzi beemoto, ukuqhuba ukuphuculwa kunye nokuguqulwa kwamava okuqhuba iimoto ezizayo. "
Ngokunyuka kwendlela yobukrelekrele beemoto, imfuno yentengiso yezisombululo ze-semiconductor ephucukileyo iyanda imihla ngemihla. Iitshiphusi zemoto zesizukulwana esitsha ezisungulwe yi-Texas Instruments ngeli xesha, kunye nezinto ezitsha ezibalaseleyo ekubhaqweni kokhuseleko kunye namava omsindo, kulindeleke ukuba zihlale kwindawo ebalulekileyo kwintengiso ye-elektroniki yemoto, ekhokela iindlela ezintsha kuphuhliso lweshishini kunye nokufaka impembelelo eyomeleleyo kwinguqu yengqondo yemoto yehlabathi. Okwangoku, i-AWRL6844, AM2754 - Q1, AM62D - Q1, kunye ne-TAS6754 - i-Q1 iyafumaneka ukulungiselela ukuveliswa kwangaphambili kwaye inokuthengwa ngewebhusayithi esemthethweni ye-TI.
Ixesha lokuposa: Mar-10-2025