Kutshanje, iTexas Instruments (TI) yenze isibhengezo esibalulekileyo ngokukhutshwa kothotho lweetships zezithuthi ezihlanganisiweyo zesizukulwana esitsha. Ezi tships zenzelwe ukunceda abenzi beemoto ekudaleni amava okuqhuba akhuselekileyo, akrelekrele, kwaye anomdla ngakumbi kubakhweli, ngaloo ndlela kukhawuleziswa utshintsho lweshishini leemoto oluya kubukrelekrele kunye noomatshini.
Enye yeemveliso eziphambili eziveliswe ngeli xesha yi-AWRL6844 60GHz millimeter-wave radar sensor yesizukulwana esitsha exhasa i-edge AI. Le sensor ifumana ukuchaneka okuphezulu kokufumanisa ngokusebenzisa ii-algorithms ze-AI ezisebenzisa i-chip enye. Ingaxhasa imisebenzi emithathu ephambili: ukufumanisa ukubamba kweenkqubo zebhanti yesihlalo, ukufumanisa umntwana emotweni, kunye nokufumanisa ukungena.
Idibanisa iitransmitter ezine kunye neereceiver ezine, inika idatha yokuchonga enesisombululo esiphezulu, kwaye ixabiso layo lilungiselelwe ukuhambelana nezicelo ezinkulu ezenziwe ngabavelisi bezixhobo zokuqala (ii-OEM). Idatha eqokelelweyo ifakwa kwii-algorithms eziqhutywa yi-AI ezithile, ezisebenza kwii-accelerators ze-hardware ezilungiselelwe ngokwezifiso kunye neeprosesa zesignali zedijithali (ii-DSP), ziphucula kakhulu ukuchaneka kokwenza izigqibo kunye nokukhawulezisa ukucutshungulwa kwedatha. Ngexesha lokuqhuba, i-sensor inezinga lokuchaneka elifikelela kwi-98% ekufumaneni nasekubekeni abantu abakwisithuthi, ixhasa kakhulu umsebenzi wokukhumbuza ibhande lesihlalo. Emva kokupaka, isebenzisa itekhnoloji yenethiwekhi ye-neural ukujonga abantwana abangajongwanga kwisithuthi, ngezinga lokuchaneka kokuhlelwa elingaphezulu kwe-90% kwiintshukumo ezincinci, inceda ngempumelelo ii-OEM ukuhlangabezana neemfuno zoyilo lweNkqubo yoVavanyo lweeMoto eziNtsha zaseYurophu (i-Euro NCAP) ngo-2025.
Kwangaxeshanye, iTexas Instruments ikwaqalise isizukulwana esitsha seenkqubo zomsindo weemoto, kuquka iyunithi ye-microcontroller ye-AM275x - Q1 (MCU) kunye neprosesa ye-AM62d - Q1, kunye ne-audio amplifier TAS6754 - Q1 ehamba nayo. Ezi nkqubo zamkela ii-C7x DSP cores eziphambili, zidibanisa ii-TI's vector-based C7x DSP cores, ii-Arm cores, imemori, iinethiwekhi zomsindo, kunye neemodyuli zokhuseleko lwehardware kwi-system-on-chip (SoC) ehlangabezana neemfuno zokhuseleko olusebenzayo. Oku kunciphisa inani lezinto ezifunekayo kwiinkqubo ze-automotive audio amplifier. Xa idibene noyilo olunamandla aphantsi, inciphisa kakhulu inani eliqokelelweyo lezinto kwinkqubo yeaudio kwaye yenza kube lula uyilo lweaudio. Ukongeza, ngetekhnoloji entsha ye-1L modulation, iziphumo zesandi zeClass D ziyafezekiswa, nto leyo enciphisa ukusetyenziswa kwamandla ngakumbi. Iiprosesa ze-AM275x - Q1 MCU kunye ne-AM62d - Q1 zinesandi sendawo, ukucinywa kwengxolo esebenzayo, ukwenziwa kwesandi, kunye nemisebenzi yothungelwano oluphambili lwezithuthi (kubandakanya ukuhlanganisa ividiyo yesandi ye-Ethernet), enokuzisa amava esandi anzulu ngaphakathi kwesithuthi kwaye ihlangabezane nokufuna kwabathengi isandi esikumgangatho ophezulu.
U-Amichai Ron, uSekela Mongameli oyiNtloko kwiCandelo le-TI's Embedded Processing, uthe: "Abathengi banamhlanje baneemfuno eziphezulu zobukrelekrele kunye nentuthuzelo yeemoto. I-TI iyaqhubeka nokutyala imali kuphando nophuhliso kunye nokuvelisa izinto ezintsha. Ngolu buchwepheshe be-chip obuphambili, sinikezela ngezisombululo ezipheleleyo kubenzi beemoto, siqhuba ukuphuculwa kunye nokuguqulwa kwamava okuqhuba iimoto kwixesha elizayo."
Ngokukhula kwendlela yobuchwephesha beemoto, imfuno yemarike yezisombululo ze-semiconductor eziphambili iyanda imihla ngemihla. Iitships zeemoto zesizukulwana esitsha eziqaliswe yiTexas Instruments ngeli xesha, kunye notshintsho lwazo olubalaseleyo ekufumaneni ukhuseleko kunye namava omsindo, kulindeleke ukuba zithathe indawo ebalulekileyo kwimarike ye-elektroniki yeemoto, zikhokele iindlela ezintsha kuphuhliso lweli shishini kwaye zifake impembelelo enamandla kutshintsho lwe-Intelligence yeemoto kwihlabathi liphela. Okwangoku, i-AWRL6844, AM2754 - Q1, AM62D - Q1, kunye ne-TAS6754 - Q1 ziyafumaneka ukuze zenziwe kwangaphambili kwaye zinokuthengwa kwiwebhusayithi esemthethweni ye-TI.
Ixesha leposi: Matshi-10-2025