Tsarin daidaitawa akan guntu (SoC) suna canza masana'antar fasaha, kuma tare da isowar jerin AMD Versal RF, wannan ci gaba yana ɗaukar gagarumin tsalle. An ƙirƙira don sadar da aikin da ba a taɓa yin irinsa ba a ciki sarrafa siginar dijital (DSP) y masu canza mitar rediyo (RF)., waɗannan na'urori masu haɗaka suna nuna alamar kafin da bayan a sassa kamar tsaro, sararin samaniya da gwaji da kayan aunawa.
Abin da ya sa waɗannan SoCs suka zama na musamman shine haɗuwa da babban kwamfuta da sassauƙa, haɗa abubuwa kamar su masu canza bayanan RF masu ƙarfi, motoci ilimin artificial da dabaru na shirye-shirye akan guntu monolithic. Tsarinsa ba wai kawai inganta aikin ba, amma har ma yana inganta fannoni kamar su girman, nauyi da amfani da makamashi, abubuwa masu mahimmanci a cikin aikace-aikacen ci gaba.
Juyin Halitta da Ƙwararrun Ƙwarewar Fasaha
Tare da jerin Versal RF, AMD yana gabatar da ƙarni na biyar na na'urorin RF kai tsaye. Wannan shi ne karo na farko da aka haɗa manyan masu canza samfura kai tsaye, keɓaɓɓun tubalan DSP da injunan AI don aikace-aikace iri-iri akan guntu ɗaya. Waɗannan na'urori suna samun ƙarfin sarrafawa har zuwa Ayyukan tera 80 a sakan daya (TOPS), wanda ke wakiltar haɓakar haɓakar haɓakar kwamfuta.
Jigon zane ya haɗa da high ƙuduri data converters tare da 14-bit calibration da gudun har zuwa 32 giga samfurori a sakan daya (GSPS), wanda ke ba da damar sa ido daidai na bakan gizo-gizo. Wannan matakin dalla-dalla shine maɓalli a cikin aikace-aikacen da ke buƙatar nazarin sigina na lokaci ɗaya, kamar sadarwar tauraron dan adam y electromagnetic bakan ayyuka.
Inganta SWaP: Girma, Nauyi da Ƙarfi
Ɗayan ƙarfin jerin Versal RF shine mayar da hankali ga ingantawa SWAP (girma, nauyi da iko). Godiya ga ƙirar su ta ɗaya, waɗannan SoCs suna ba da damar haɗin kai wanda ke ɗaukar ƙasa da sarari kuma yana cinye ƙarancin ƙarfi. Wannan al'amari yana da mahimmanci a sassan da ƙuntatawa na ƙirar jiki da makamashi ke da ƙarfi, kamar tsarin sararin samaniya y tsaro.
Bugu da ƙari, ana aiwatar da ayyukan DSP a cikin tubalan da aka keɓe waɗanda ke rage yawan amfani da wutar lantarki har zuwa 80% idan aka kwatanta da na al'ada mafita. Wannan ba kawai yana adana albarkatu ba, har ma yana ba da damar ƙarin ikon sarrafa kwamfuta a cikin sarari ɗaya.
Maɓallin Aikace-aikace: Aerospace, Tsaro da Gwaji da Aunawa
Ana nuna iyawar waɗannan na'urori a cikin fa'idarsu a sassa na musamman. A cikin sararin samaniya da filin tsaro, SoCs suna ba da izini cikakken bincike da ƙarancin jinkiri don ayyuka masu mahimmanci, kamar radars tsararru ko bayanan hankali. A nasu bangaren, a gwaje-gwaje da aunawa, sun yi fice a cikin kayan aiki irin su high gudun ocilloscopes y bakan janareta, inda daidaito da sassauci suke da mahimmanci.
Halayen Gaba
Tare da kayan aikin haɓakawa yanzu akwai kuma samfuran silicon da aka tsara don ƙarshen 2025, AMD yana shirin ƙaddamar da samarwa da yawa a cikin 2027. Wannan tsarin lokaci yana nuna ƙaddamar da kamfani don ci gaba da bidi'a, da nufin ƙarfafa jagorancinsa a kasuwa don samar da ingantattun hanyoyin sarrafa kwamfuta.
Jerin AMD's Versal RF ba wai kawai yana sake fayyace ma'auni na yanzu ba, har ma yana buɗe kofa ga sabbin na'urori waɗanda ke da nufin daidaitawa. Tare da ikonsa na haɗa abubuwa da yawa a cikin guntu guda ɗaya, yana rage sarƙaƙƙiya kuma yana haɓaka aiki, zama zaɓi mai mahimmanci a cikin buƙata da haɓaka kasuwanni cikin sauri.