Ukuze kuhlangatshezwane nezidingo zamakhasimende, inkampani yethu isanda kunikezelaumaka we-single-chip dual-frequency kukhasimende lethu lase-US, elisetshenziswa ezikhwameni zegazi embonini yezokwelapha. Le thegi ye-dual-frequency izuza njengefa zonke izinzuzo zamathegi e-RFID UHF kanye ne-HF, futhi yenza ukushiyeka kwayo ngokulandelana. Ingasetshenziselwa ukuhlonza ibanga elifushane kanye nokuhlonza ibanga elide. Ingasetshenziselwa ukuhlonza okuhlosiwe okukodwa (funda ngaphandle kokudideka), futhi isetshenziswe kokuningi okuhlosiwe ukufunda ngokushesha. Kungakhathaliseki ukuthi ukuzwela kwe-chip yebhendi yefrikhwensi eyodwa noma ububanzi bendawo yenkumbulo eyabiwe, ihambisana ngokugcwele nezidingo zohlelo lokusebenza zamathegi ebhendi eyodwa.
Le thegi idinga kuphela ukuboshelwa ku-chip eyodwa. Le chip inendawo yokugcina okwabelwana ngayo engu-2Kbits futhi ihlanganisa izici ezihlukene ze-UHF ne-HF, ezikhulisa kakhulu ukusetshenziswaUbuchwepheshe be-RFIDfuthi ithuthukisa inani elengeziwe lobuchwepheshe be-RFID.
Mayelana nobuchwepheshe be-RFID, i-UHF RFID inebanga elide lokuqashelwa, kufika ku-10m noma ngaphezulu, futhi inezinga lokuqashelwa okusheshayo. Ingakwazi ukuqoqa ngokuzenzakalelayo idatha yesici njengezinombolo zento, izibaluli nezimo. Futhi inokusebenza okuqinile ekuphathweni kwedijithali kwabasebenzi, izimpahla nezinto. I-NFC ingakwazi ukuhlonza futhi idlulise idatha ebangeni eliseduze, ngebanga elisebenzayo lokuhlonza elingaba ngu-10 cm, futhi isekela uxhumano lwezindlela ezimbili, olungakha indawo yokubethela okuphezulu kanye nokuvikeleka okuphezulu kokusebenzelana kwedatha phakathi kwamadivayisi. Inamandla angenamkhawulo ekulweni nomgunyathi.
I-Dual-frequency RFID iyinkomba enkulu yezinhlelo zokusebenza ze-RFID zesikhathi esizayo
Njengamanje, ukusetshenziswa okuphumelele kakhulu kobuchwepheshe be-RFID be-dual-frequency ukuphuza utshwala, okufana ne-Wuliangye, i-Moutai, kanye nohlobo lwesiFulentshi lwe-brandy Remy Martin. Kuyaqondakala ukuthi u-Wuliangye useke wasebenzisa ubuchwepheshe be-UHF RFID ukuvimbela ukwenziwa komgunyathi nokulwa nokushushumbiswa. Ubuchwepheshe be-UHF bungasiza ukuphatha okukhaliphile kwabathengisi kwezokuthutha kanye nokugcinwa kwempahla, kodwa akulungile ukuqeda abathengi ukuthi benze ukuhlonza okumelene nomgunyathi. Ngenxa yokuthi abathengi abanawo amadivaysi emibuzo ahambisanayo, kunzima kubathengi bokugcina ukuthi bahlole ubuqiniso bezimpahla nge-UHF. Ngemuva kokwethulwa kwefrikhwensi ephezulu, abathengi bangabheka ubuqiniso bemikhiqizo ngokusebenzisa nje i-smartphone enikwe amandla yi-NFC. I-One-chip kanye ne-dual-frequency ilungele abathengi nabathengisi.
Ngo-2015, u-Remy Martin waqala ukusebenzisa ubuchwepheshe be-RFID emabhodleleni ewayini. Abathengi bangathola ulwazi olufana namaphuzu omvuzo ka-Remy Martin, imisebenzi ekhethwayo kanye nolunye ulwazi, kanye nemininingwane yesitifiketi somsuka wewayini, ngokusondela ebhodleleni lewayini nge-smartphone enikwe amandla i-NFC. Futhi uma umthengi evula iphakethe lebhodlela, i-antenna yethegi iyaphuka futhi ithumele isignali, ebonisa ukuthi ibhodlela selishintshile lisuka esimweni esivaliwe laya esimweni esivulekile.
Kumklamo womaka okhuphukayo kanye nenqubo yokupakisha,amalebula ama-dual-frequency ingasetshenziswa ukuhlonza izinto ezihlukahlukene ezimweni ezimbi kakhulu, njengezinto zensimbi, izinga lokushisa eliphezulu kanye nomswakama ophezulu, njll., ezihambisana nezinhlelo ezikhona ze-HF noma ze-UHF ngaphandle kokufaka imishini yokufunda ekhona. Lokhu kugwema ukutshalwa kwezimali okuphindaphindiwe kusistimu yohlelo futhi kuthuthukisa ukwabiwa kwensiza yesistimu nakakhulu.
I-XGSun ithuthukise futhi yakhiqiza le frikhwensi ekabiliIthegi ye-elektroniki ye-RFID ngokwesidingo samakhasimende, esizuze udumo olukhulu kumakhasimende. Uma unezidingo kule ndawo, sicela usithinte!
Imvamisa: 13.56MHz & 860-960MHz
Imithetho yokuxhumana: HF: ISO14443A/ISO15693 UHF: ISO18000-6C (EPC C1G2)
Inqubo yokukhiqiza: Flip bonding，Ukuguqula
Izinto ezingaphezulu: Iphepha lobuciko / i-PET/ PP iphepha lokwenziwa / Iphepha elishisayo / i-PVC
Isikhathi sokuthumela: Oct-14-2022