NFC-NTAG413鍔ㄦ€佸姞瀵嗚姱鐗?/h2>

鍒嗙被: NFC鑺墖闃蹭吉, | 鏍囩: RFID,NFC,RFID鐢靛瓙鏍囩,NFC 闃蹭吉,閲嶅簡RFID,NXP,RFID璇嗚,NFC鎶楅噾灞?/a>,閲嶅簡NFC,NFC闃蹭吉鐡剁洊,NXP413,鑺墖闃蹭吉, | 2019-01-29

NTAG 413 DNA 甯︽潵浜咥ES瀵嗙爜璁よ瘉錛屽交搴曟敼鍙樹簡NTAG鐨勪駭鍝佺粍鍚堬紝鍙渶鎰熷簲鏍囩灝卞彲浠ヨ嚜鍔ㄥ畨鍏ㄥ湴榪炴帴鍒扮綉緇滄湇鍔★紝鑰屾棤闇€鍦ㄧЩ鍔∟FC璁懼涓婂畨瑁呬笓鐢ㄥ簲鐢ㄧ▼搴忋€侼TAG 413 DNA revolutionizes NTAG product portfolio by bringing AES cryptographicauthentication and allows to automatically and securely connect to a web service by just tapping the tag without the need of a dedicated app installed on the mobile NFC device.闄XP鍘熷垱絳懼悕鍜屼笁閬撳弻鍚戣璇佷箣澶栵紝瀹冭繕寮曞叆浜嗕竴縐嶆柊鐨勫畨鍏ㄧ壒鎬э紝縐頒負鈥滃畨鍏ㄥ敮涓€鐨凬FC娑堟伅(SUN)鈥濓紝瀹冨湪姣忔璇誨彇鏃惰嚜鍔ㄧ敓

闃呰璇︾粏

RFID楂橀璇誨啓鍣?/h2>

鍒嗙被: 緋葷粺闆嗘垚涓庢湇鍔?/a>, | 鏍囩: 浜у搧闃蹭吉,闃茬獪璐?/a>,RFID,RFID鐢靛瓙鏍囩,閰掔被RFID,RFID璇嗚,RFID鎶楅噾灞?/a>,RFID璇誨啓鍣?/a>, | 2019-01-27

* 宸ヤ笟綰SO14443 RFID璇誨啓鍣↖ndustrial ISO14443 RFID reader鍔熻兘鐗圭偣Functional characteristics錛?nbsp;   1) 璇嗗埆閫熷害 & 鑳藉姏錛氱粨鍚堜笓鏈夌殑楂樻晥鐢靛瓙鏍囩紕版挒澶勭悊綆楁硶錛屽湪淇濇寔楂樿瘑璇葷巼鐨勫悓鏃訛紝瀹炵幇瀵圭數瀛愭爣絳劇殑蹇€熻鍐欏鐞嗐€?nbsp;Identification speed & capability: Combining with proprietary and efficient collision processing algorithm for electronic tags, fast reading and writing processing for electronic tags can be realized while maintaining high recogniti

闃呰璇︾粏

鏈嶈鏅鴻兘綆＄悊緋葷粺鐨勬牳蹇冩槸瀵規帴娣樺疂騫沖彴錛屽疄鏃舵姄鍙栨窐瀹濊鍗曪紝蹇€熸媶鍒嗚鍗曪紝鍖歸厤搴撳瓨錛岃繀閫熼厤璐у彂璐э紝緙╃煭鏈嶈鐗╂祦鏃墮棿錛屾彁楂樿鍗曞畬鎴愮巼銆佸簱瀛樼鐞嗘按騫沖拰璐㈠姟瀵硅處緇撶畻閫熷害銆俆he core of clothing intelligent management system is docking Taobao platform, grabbing Taobao orders in real time, quickly splitting orders, matching inventory, quickly distributing goods and delivering goods, shortening clothing logistics time, improving order completion rate, inventory management level and financial

璇鴻礉灝旂墿鐞嗗濂栫殑鐩稿叧楂樼鎶€鈥斺€斺€滅煶澧ㄧ儻鑱氬悎灞忊€濓紝鐭沖ⅷ鐑仛鍚堝睆鏄敱鐭沖ⅷ鐑埗鎴愮殑鏌旀€ц杽鑶滄樉紺哄睆錛屾縺媧誨悗鍙互鏄劇ず鏂囧瓧鎴栧浘妗堬紝鍐呭惈瀹氬埗閫氱敤鍨婻FID鏍囩錛屾槸鐭沖ⅷ鐑妧鏈湪楂樼闃蹭吉棰嗗煙鐨勫皷绔妧鏈拰鏈€鏂板簲鐢ㄣ€俆he relevant high-tech of the Nobel Prize in Physics, " Graphene Polymerization Screen", is a flexible film display screen made of graphene, which can display characters or patterns after activation and contains customized universal RFID tags. It is the cutting-edge technology and the latest

鈫? 鍏徃鍐嶈幏鏂扮増鏉?/h2>

鍒嗙被: 鍏徃鏂伴椈, | 鏍囩: 浜у搧闃蹭吉,闃茬獪璐?/a>,RFID,NFC,RFID鐢靛瓙鏍囩,NFC 闃蹭吉,閲嶅簡RFID,NXP,閰掔被RFID,RFID璇嗚,RFID鏃犱漢闆跺敭,NFC鎶楅噾灞?/a>,NFC鎶楅噾灞炴爣絳?/a>,RFID鎶楅噾灞炴爣絳?/a>,閲嶅簡NFC, | 2018-12-20

鐢變簲鐩劇鎶€鐮斿彂鐨?quot;NFC浜у搧寮€灝佸垽鏂瘑鍒槻浼函婧愮郴緇烿1.0"鍙娾€滃熀浜嶳FID瓚呴珮棰戠殑浜у搧淇℃伅杈ㄨ瘑緋葷粺V1.0鈥濊幏寰楀浗瀹剁増鏉冪櫥璁般€俆he " NFC product unsealing judgment and identification security traceability system V1.0" and " RFID UHF - based product information identification system V1.0" developed by wudun technology have won the national copyright registration.

闃呰璇︾粏

閲嶅簡浜旂浘縐戞妧鏈夐檺鍏徃鐨勯槻浼槻紿滆拷婧郴緇熴€侀槻浼妧鏈駭鍝併€丷FID鐢靛瓙鏍囩銆佺墿鑱旂綉搴旂敤緇堢鐨勭爺鍙戙€佹帹騫褲€侀攢鍞強鏈嶅姟璇勫絎﹀悎GB/T19001-2016/ISO9001:2015璐ㄩ噺綆＄悊浣撶郴璁よ瘉銆俆he research and development, promotion, sales and service evaluation of anti-counterfeiting and anti-channeling tracing system, anti-counterfeiting technology products, RFID electronic tags and Internet of Things application terminals of Chongqing Wudun Technology Co., Ltd. conform to the certification

NFC-瀹氬埗鍔犻暱澶╃嚎鑺墖灝佸彛鏍?/h2>

鍒嗙被: NFC鑺墖闃蹭吉, | 鏍囩: 浜у搧闃蹭吉,鐧介厭闃茬獪璐?/a>,RFID,NFC,RFID鐢靛瓙鏍囩,NFC 闃蹭吉,閰掔被RFID,RFID璇嗚,RFID鎶楅噾灞?/a>,NFC鎶楅噾灞炴爣絳?/a>,閲嶅簡NFC,NFC闃蹭吉鍖呰, | 2018-12-12

鍙傛暟Parameters:*闈炴帴瑙﹀紡鏁版嵁浼犺緭鍜屼緵搴旇兘婧怌ontactless data transmission and energy supply*13.56 MHz鐨勫伐浣滈鐜嘜perating frequency of 13.56 MHz*106 kbit / s鐨勬暟鎹紶杈揹ata transfer*16浣岰RC錛屽鍋舵牎楠岋紝浣嶇紪鐮侊紝浣嶈鏁扮殑鏁版嵁瀹屾暣鎬?6 - bit CRC, parity check, bit encoding, data integrity of bit count*宸ヤ綔璺濈鍙揪100姣背錛堝彇鍐充簬鍚勭鍙傛暟錛屼緥濡傚満寮哄拰澶╃嚎鍑犱綍褰㈢姸錛塛orking distance up to 100mm ( depending on various parameters such as field strength and antenna geometry )*7瀛楄妭搴忓垪鍙鳳紙鏍規嵁IS

闃呰璇︾粏

閲嶅簡浜旂浘縐戞妧鏈夐檺鍏徃鑾峰緱鍥藉鐭ヨ瘑浜ф潈灞€棰佸彂鐨勩€婁竴縐嶉槻浼爣璇嗗強鍏惰繘琛岄槻浼殑緋葷粺銆嬬殑涓撳埄璇佷功銆侰hongqing wudun technology co., ltd. obtained the patent certificate of " an anti-counterfeiting mark and its anti-counterfeiting system" issued by the state intellectual property office.

NFC-鐢靛瓙鑺墖闃蹭吉鍏ㄦ伅鏍?/h2>

鍒嗙被: NFC鑺墖闃蹭吉, | 鏍囩: RFID,RFID鐢靛瓙鏍囩,NFC 闃蹭吉,閲嶅簡RFID,閰掔被RFID,RFID璇嗚,NFC鎶楅噾灞?/a>,NFC鎶楅噾灞炴爣絳?/a>,RFID鎶楅噾灞炴爣絳?/a>,閲嶅簡NFC,NFC闃蹭吉鍖呰, | 2018-11-27

鍙傛暟 Parameters:鍒墮€犲晢/鑺墖Manufacturer / Chip:: FM1108鍩烘潗鏉愯川: 80g 閾滅増綰?鏍兼媺杈涘簳Substrate material: 80g coated paper Gerasin bottom澶╃嚎鍒剁▼鏂瑰紡: 閾濊殌鍒籄l(9渭m)+PET(50渭m)Antenna manufacturing method: aluminum etching Al ( 9渭 m ) + PET ( 50渭 m )絎﹀悎鏍囧噯Conforming to the standard: ISO/IEC 15693EPC Class1 Gen2鑺墖瀛樺偍鍖篊hip storage area: EPC瀵嗙爜鍖? (鍙鍙啓)Password area: ( readable and writable )鐢ㄦ埛鍖? 144Bite (鍙鍙啓)User area: 144 bits

闃呰璇︾粏

鍔熻兘Functions錛?銆丯FC鑺墖闃蹭吉楠岃瘉鍙婃函婧愶紱NFC chip anti-counterfeiting verification and traceability;2銆佽姱鐗囨敞濉戝叆鐡剁洊錛汭njection molding the chip into the bottle cap;3銆佸疄鐜拌姱鐗囧寘瑁呴槻浼猂ealizing anti-counterfeiting of chip packaging鍙傛暟Parameters錛氳姱鐗嘋hip: NXP   Impinj    ALIEN宸ヤ綔棰戠巼Operating frequency錛?3.56MHz浼犺緭Transmission錛氶潪鎺ヨЕ寮廋ontactless閫氫俊娉㈢壒鐜嘋ommunication baud rate錛?06Kbit/s宸ヤ綔璺濈Working distance錛氬皬浜?00mm(涓庡ぉ綰胯璁℃湁鍏?less t

NFC-鎶楅噾灞為槻浼姱鐗?/h2>

鍒嗙被: NFC鑺墖闃蹭吉, | 鏍囩: RFID鐢靛瓙鏍囩,NFC 闃蹭吉,閲嶅簡RFID,NXP,RFID璇嗚,RFID鎶楅噾灞?/a>,NFC鎶楅噾灞?/a>,NFC鎶楅噾灞炴爣絳?/a>,RFID鎶楅噾灞炴爣絳?/a>,閲嶅簡NFC, | 2018-11-13

 搴旂敤 Application:鎶楅噾灞炴潗鏂欍€侀槻閲戝睘鏉愭枡銆侀噾灞為殧紱繪潗鏂欙紝閾佹哀浣撴潗鏂欙紝淇楃О鈥滅甯冣€濄€傚箍娉涘簲鐢ㄤ簬鐢電灞忚斀銆侀伩鍏嶉€氳璁懼騫叉壈銆佹秷闄ょ數瑙嗛噸褰便€佹満鎴跨數紓佹薄鏌撳鐞嗙瓑棰嗗煙錛岀敤浜庡睆钄芥墜鏈恒€佺數鑴戙€佸井娉㈢倝絳夌殑鐢電杈愬皠銆傚叾鍘熺悊鏄拰澶氱楂橀RFID鑺墖(NFC)鐨勬爣絳懼拰闅旂鏉愭枡灝佽鎴愭姉閲戝睘鏍囩銆?nbsp;Anti - metal material, anti-metal material, metal isolation material, ferrite material, commonly known as " magnetic cloth". It is widely used in the fields of electromagnetic shielding, avoiding interference of communication equip

闃呰璇︾粏

鍙傛暟Parameters錛氭爣絳炬潗璐↙abel material:  75 鐣悎鎴愮焊 (鐧借壊) 75 times synthetic paper ( white )澶╃嚎鍒剁▼鏂瑰紡Antenna manufacturing method:  閾濊殌鍒籥luminum etchingAl(9渭m)+PET(50渭m)   絎﹀悎鏍囧噯Conforming to the standard錛?ISO/IEC 18000-6C  EPC Class1 Gen2   鑺墖瀛樺偍鍖篊hip memory area: EPC 128Bits (鍙鍙啓readable and writable) TID     96Bits (鍙涓嶅彲鍐檙eadable a

鍔熻兘Functions:1銆丯FC鑺墖闃蹭吉楠岃瘉鍙婃函婧愶紱NFC chip anti-counterfeiting verification and traceability;2銆佺壒孌婃潗鏂欏瀷闃蹭吉錛汼pecial material type anti-counterfeiting;3銆佺墿嫻侀槻紿滆揣甯傚満鐩戠銆係upervision of the logistics anti-channeling market.鍙傛暟Parameters:鍗忚Protocol: ISO/IEC 14443 TYpeA宸ヤ綔棰戠巼Operating frequency錛?3.56MHz浼犺緭Transmission錛氶潪鎺ヨЕ寮廋ontactless閫氫俊娉㈢壒鐜嘋ommunication baud rate錛?06Kbit/s宸ヤ綔璺濈Working distance錛氬皬浜?00mm(涓庡ぉ綰胯璁℃湁鍏?less than 10

NFC-浜у搧鍖呰寮€鍚姸鎬佽紺虹數瀛愭爣絳?/h2>

鍒嗙被: NFC鑺墖闃蹭吉, | 鏍囩: 浜у搧闃蹭吉,闃茬獪璐?/a>,鐢ㄦ埛鏁版嵁鏀墮泦,闃蹭吉鏍囪瘑,RFID,NFC,RFID鐢靛瓙鏍囩,NFC 闃蹭吉,閲嶅簡RFID,NXP,RFID璇嗚, | 2018-11-06

    涓昏閫傜敤鐗圭偣錛歁ain applicable features:1銆佸寘瑁呭紑灝佽鍙栨暟鎹紺猴紱 Warning to read data when packaging is opened;2銆佸寘瑁呭畬鏁翠駭鍝侀槻浼函婧愪俊鎭弽棣堬紱security traceability Information Feedback of Packaging Complete Products;3銆侀槻浼函ID涓庤姱鐗囩墿鐞哢UID榪涜緇戝畾錛屼笉鍙鏀逛笌澶嶅埗銆?nbsp; The anti-counterfeiting tracing ID is bound to the physical UUID of the chip and cannot be tampered with or copied.閮ㄤ喚鍙傛暟錛歋ome parameters:*闈炴帴瑙﹀紡鏁版嵁浼犺緭鍜屼緵

闃呰璇︾粏

 RFID灞傛灦鏍囩,騫挎硾榪愮敤浜庡浘涔﹂/浠撳偍鐗╂祦琛屼笟鐨勬姉閲戝睘璐ф灦鏍囩.楂橀/瓚呴珮棰戜袱涓孌靛潎鏈夎繍鐢紝涓昏閲囩敤RFID鐢靛瓙鏍囩鎶€鏈疄鐜版暟鎹嚜鍔ㄩ噰闆嗗姛鑳斤紝緇撳悎鏁版嵁搴撳強杞歡綆＄悊緋葷粺瀹炵幇鍥句功棣嗚嚜鍔╁€熻繕銆佸浘涔︾洏鐐廣€佸浘涔︿笂鏋躲€佸浘涔︽绱€佸浘涔﹂槻鐩椼€佸€熼槄璇佺鐞嗐€佸浘涔﹁瘉鍙戞斁銆侀钘忎俊鎭粺璁＄瓑絳夊姛鑳姐€俁FID shelf labels are widely used in the anti-metal shelf labels of library / warehouse logistics industry. Both high frequency and ultra-high frequency bands are used, mainly using RFID electronic label technology to realize the function of automatic data

    涓嶯TAG 213鐩告瘮錛孨TAG 213 TT鎻愪緵浜嗘洿澶氬姛鑳斤紝涓烘櫤鑳藉寘瑁呭拰鍝佺墝淇濇姢鎻愪緵浜嗘洿澶氫紭鍔褲€侼TAG 213 TT鏂扮殑鏍囩綃℃敼鍔熻兘錛屽湪鍚姩榪囩▼涓嫻嬫爣絳劇鏀圭嚎鐨勭姸鎬併€傚鏋滄帰嫻嬬嚎寮€璺紝NTAG 213 TT灝嗘案涔呭瓨鍌ㄨ浜嬩歡銆傛爣絳劇鏀圭嚎鐨勪俊鎭姸鎬佸彲浠ョ敤ASCII鐮侀暅鍍忓埌鍖呭惈NDEF淇℃伅鐨勭敤鎴峰瓨鍌ㄥ櫒涓紝鎴栬€呭彲浠ョ敤涓撶敤鍛戒護璇誨彇    NTAG 213 TT offers extended features compared to the NTAG 213 providing additional benefits for smart packaging and brand protection. NTAG 213 TT the new tag tamper functionality which is detecting the status