Ukuze kuhlangatshezwane nezidingo zamakhasimende, inkampani yethu isanda kuhlinzeka ithegi yemvamisa emibili ene-chip eyodwakumakhasimende ethu ase-US, okusetshenziswa ezikhwameni zegazi embonini yezokwelapha. Le tag enemvamisa emibili izuza zonke izinzuzo zamathegi e-RFID UHF kanye ne-HF, futhi ilungisa amaphutha awo. Ingasetshenziswa ukuhlonza ibanga elifushane kanye nokuhlonza ibanga elide. Ingasetshenziswa ukuhlonza i-single-target (funda ngaphandle kokudideka), futhi ingasetshenziswa ekufundeni okusheshayo kwamathegi amaningi. Kungakhathaliseki ukuthi ukuzwela kwe-chip kwebhendi eyodwa yemvamisa noma ububanzi bendawo yememori eyabiwe, kuhambisana ngokugcwele nezidingo zohlelo lokusebenza lwamathegi ebhendi eyodwa yemvamisa.
Le thegi idinga ukuboshwa kwi-chip eyodwa kuphela. Le chip inendawo yokugcina eyabiwe engama-2Kbits futhi ihlanganisa izici ezahlukene ze-UHF ne-HF, okwandisa kakhulu ukusetshenziswa kwe Ubuchwepheshe be-RFIDfuthi kuthuthukisa inani elengeziwe lobuchwepheshe be-RFID.
Ngokuphathelene nobuchwepheshe be-RFID, i-UHF RFID inebanga elide lokubona, elifika kumamitha ayi-10 noma ngaphezulu, futhi inezinga lokubona elisheshayo. Ingaqoqa ngokuzenzakalelayo idatha yesici njengezinombolo zezinto, izimfanelo kanye nezimo. Futhi inokusebenza okuqinile ekuphathweni kwedijithali kwabasebenzi, izimpahla nezinto. I-NFC ingakwazi ukubona nokudlulisa idatha eduze, ngebanga eliphumelelayo lokubona elingamasentimitha ayi-10, futhi isekela uxhumano olunezinhlangothi ezimbili, olungadala indawo yokubethela ephezulu kanye nokuphepha okuphezulu kokuxhumana kwedatha phakathi kwamadivayisi. Inamandla angenamkhawulo ekulweni nokukhwabanisa.
I-RFID yemvamisa ephindwe kabili iyisiqondiso esikhulu sezinhlelo zokusebenza zemboni ye-RFID zesikhathi esizayo
Njengamanje, ukusetshenziswa okuphumelela kakhulu kobuchwepheshe be-RFID obunemvamisa emibili ukulwa notshwala, njenge-Wuliangye, i-Moutai, kanye nohlobo lwesiFulentshi lwe-brandy i-Remy Martin. Kuyaqondakala ukuthi i-Wuliangye ike yasebenzisa ubuchwepheshe be-UHF RFID ngaphambilini ukuvimbela ukwenziwa mbumbulu kanye nokulwa nokushushumbiswa. Ubuchwepheshe be-UHF bungasiza ukuphathwa okuhlakaniphile kwabathengisi kwezokuthutha kanye nokugcina impahla, kodwa akulungile kubathengi bokugcina ukwenza ukuhlonza okulwa nokwenziwa mbumbulu. Ngenxa yokuthi abathengi abanawo amadivayisi okubuza ahambisanayo, kunzima kubathengi bokugcina ukuhlola ubuqiniso bezimpahla nge-UHF. Ngemuva kokwethulwa kwemvamisa ephezulu, abathengi bangahlola ubuqiniso bemikhiqizo ngokusebenzisa nje i-smartphone enikwe amandla yi-NFC. I-chip eyodwa kanye nemvamisa emibili kulula kokubili kubathengi nakubathengisi.
Ngo-2015, uRemy Martin waqala ukusebenzisa ubuchwepheshe be-RFID emabhodleleni ewayini. Abathengi bangathola ulwazi olufana namaphuzu omvuzo kaRemy Martin, imisebenzi ekhethekile kanye nolunye ulwazi, kanye nolwazi lokuqinisekiswa kwemvelaphi yewayini, ngokusondela ebhodleleni lewayini nge-smartphone enikwe amandla yi-NFC. Futhi uma umthengi evula iphakheji lebhodlela, i-antenna yethegi iyaphuka bese ithumela isignali, ekhombisa ukuthi ibhodlela selishintshe kusuka esimweni sokuvalwa kuya esimweni sokuvulwa.
Enqubweni yokuklama ithegi ephezulu kanye nokupakisha, amalebula emvamisa ekabiliingasetshenziswa ukuhlonza izinto ezahlukahlukene ezindaweni ezibucayi, njengezinto zensimbi, izinga lokushisa eliphezulu kanye nomswakama ophezulu, njll., iyahambisana nezinhlelo ze-HF noma ze-UHF ezikhona ngaphandle kokushintsha imishini yokufunda ekhona. Lokhu kugwema ukutshalwa kwezimali okuphindaphindiwe ohlelweni lohlelo lokusebenza futhi kuthuthukisa ukwabiwa kwezinsiza zesistimu nakakhulu.
I-XGSun ithuthukise futhi yakhiqiza le mvamisa ephindwe kabili Ithegi ye-RFID kagesingokwezidingo zamakhasimende, okuthole udumo olukhulu kumakhasimende. Uma unezidingo kule ndawo, sicela usithinte!
Imvamisa: 13.56MHz kanye no-860-960MHz
Iphrothokholi yokuxhumana: HF: ISO14443A/ISO15693 UHF: ISO18000-6C (EPC C1G2)
Inqubo yokukhiqiza: Ukubopha okuguquguqukayo, Ukuguqula
Izinto ezisetshenziswayo: Iphepha lobuciko/iphepha le-PET/iphepha lokwenziwa le-PP/iphepha elishisayo/i-PVC
Isikhathi sokuthunyelwe: Okthoba-14-2022