Ukuze kuhlangatyezwane neemfuno zabathengi, inkampani yethu isandula ukunikaithegi yetshiphu enye kabini-frequency kumthengi wethu waseUnited States, esetyenziswa kwiingxowa zegazi kwishishini lezonyango. Le thegi yokuphindaphinda kabini izuza njengelifa zonke izibonelelo ze-RFID UHF kunye neethegi ze-HF, kwaye yenza ukusilela kwazo. Ingasetyenziselwa ukuchongwa koluhlu olufutshane kunye nokuchongwa komgama omde. Ingasetyenziselwa ukuchongwa kwethagethi enye (ukufunda ngaphandle kokubhideka), kwaye isetyenziswe kwiithagethi ezininzi zokufunda ngokukhawuleza. Nokuba bubuntununtunu be-chip yebhendi yefrikhwensi enye okanye uluhlu lwendawo yememori ekwabelwanayo ngayo, ihambelana ngokupheleleyo neemfuno zesicelo sethegi yebhendi enye.
Le thegi idinga kuphela ukubotshelelwa kwitshiphu enye. Le chip ine-2Kbits yendawo yokugcina ekwabelwana ngayo kwaye idibanisa iimpawu ezahlukeneyo ze-UHF kunye ne-HF, eyandisa kakhulu ukusetyenziswaItekhnoloji yeRFIDkwaye iphucula ixabiso elongezelelweyo leteknoloji yeRFID.
Ngokobuchwephesha be-RFID, i-UHF RFID inomgama omde wokuqondwa, ukuya kuthi ga kwi-10m okanye ngaphezulu, kwaye inesantya sokuqondwa ngokukhawuleza. Inokuqokelela ngokuzenzekelayo idatha yeempawu ezifana namanani ezinto, iimpawu kunye neemeko. Kwaye inokusebenza okuqinileyo kulawulo lwedijithali lwabasebenzi, i-asethi kunye nezinto. I-NFC inokuchonga kwaye idlulise idatha kwindawo esondeleyo, kunye nomgama osebenzayo wokuchonga malunga ne-10 cm, kwaye ixhasa uxhulumaniso lweendlela ezimbini, ezinokudala i-encryption ephezulu kunye ne-high-security bume yokusebenzisana kwedatha phakathi kwezixhobo. Inamandla angenamkhawulo ekuchaseni inkohliso.
I-RFID ye-Dual-frequency isalathiso esikhulu kwizicelo zeshishini ze-RFID zexesha elizayo
Okwangoku, esona sicelo siphumeleleyo sobuchwephesha be-RFID ephindwe kabini kukunxamnye notywala obuchasene nenkohliso, obufana neWuliangye, iMoutai, kunye nebranti yaseFransi yebranti uRemy Martin. Kuyaqondwa ukuba uWuliangye ebekhe wasebenzisa itekhnoloji ye-UHF RFID ukunqanda ukwenza umgunyathi kunye nokuchasana nokuthutyeleziswa. Itekhnoloji ye-UHF inokuququzelela ulawulo olukrelekrele lwabathengisi kulungiselelo kunye nokugcinwa kwempahla, kodwa akulunganga ukuphelisa abathengi ukuba benze uchongo oluchasene nenkohliso. Ngenxa yokuba abathengi bengenazo izixhobo zokubuza ezihambelanayo, kunzima kubathengi bokugqibela ukujonga ubunyani bempahla nge-UHF. Emva kokungeniswa kwamaza omoya aphezulu, abathengi banokujonga ubunyani beemveliso ngokusebenzisa nje i-smartphone ene-NFC. I-chip enye kunye ne-dual-frequency ilungele abathengi kunye nabathengisi.
Ngo-2015, uRemy Martin waqala ukusebenzisa itekhnoloji yeRFID kwiibhotile zewayini. Abathengi banokufumana ulwazi olunje ngamanqaku okuvuza kaRemy Martin, imisebenzi ekhethwayo kunye nolunye ulwazi, kunye nemvelaphi yolwazi lwesatifikethi sewayini, ngokusondela kwibhotile yewayini nge-smartphone ene-NFC. Kwaye emva kokuba umthengi evula iphakheji yebhotile, i-antenna yethegi iyaphuka kwaye ithumele uphawu, ebonisa ukuba ibhotile ishintshile ukusuka kwimeko evaliweyo ukuya kwindawo evulekileyo.
Kuyilo lwethegi ephezulu kunye nenkqubo yokupakisha,iilebhile eziphindwe kabini ingasetyenziselwa ukuchonga izinto ezahlukeneyo kwiimeko ezigqithisileyo, ezifana nezixhobo zetsimbi, ubushushu obuphezulu kunye nomswakama ophezulu, njl., ehambelana neenkqubo ezikhoyo ze-HF okanye ze-UHF ngaphandle kokutshintsha izixhobo zokufunda ezikhoyo. Oku kuthintela utyalo-mali oluphinda-phindwayo kwinkqubo yesicelo kwaye kwandisa ulwabiwo lwemithombo yenkqubo ngakumbi.
I-XGSun iphuhlise kwaye yavelisa le frequency ezimbiniIthegi ye-elektroniki ye-RFID ngokwemfuno yabathengi, eye yaphumelela indumiso ephezulu evela kubathengi. Ukuba unazo naziphi na iimfuno kule ndawo, nceda uqhagamshelane nathi!
Ukuphindaphinda: 13.56MHz & 860-960MHz
Iprothokholi yonxibelelwano: HF: ISO14443A/ISO15693 UHF: ISO18000-6C (EPC C1G2)
Inkqubo yemveliso: Flip bonding, Ukuguqula
Imathiriyeli engaphezulu: Iphepha lobugcisa/i-PET/iphepha le-PP eyenziweyo/Iphepha le-Thermal/PVC
Ixesha lokuposa: Oct-14-2022