The ACR122U-A9 is the latest NFC Reader, designed as a PC-connected contactless smart card reader/writer based on 13.56 MHz Contactless (RFID) Technology. It adheres to the ISO/IEC18092 standard for Near Field Communication (NFC), offering compatibility with not only MIFARE and ISO 14443 IC TYPE A and B cards but also all four types of NFC tags.The ACR122U-A9 supports both CCID and PC/SC, making it a straightforward plug-and-play USB device that seamlessly works with various devices and applications. With impressive access speeds of up to 424 kbps and a full USB speed of up to 12 Mbps, the ACR122U-A9 can read and write data swiftly and efficiently. Its proximity operating distance extends up to 5 cm, depending on the specific contactless tag in use.For enhanced security, the ACR122U-A9 can be integrated with an ISO 7816-3 SAM slot. Additionally, this NFC Reader is available in a modular form, facilitating its integration into larger machines, including POS terminals, physical access systems, and vending machines.The ACR122U-A9 NFC Reader serves as an excellent choice for secure personal identity verification and online micro-payment transactions. It finds applications in various fields such as access control, e-payment, e-ticketing for events and public transportation, toll road fare collection, and network authentication. Features USB 2.0 Full Speed Interface CCID Compliance Smart Card Reader: Read/write speed up to 424 kbps Built-in antenna for contactless tag access, with card reading distance of up to 50 mm (depending on tag type) Supports ISO 14443 Type A and B cards, MIFARE, FeliCa, and all 4 types of NFC (ISO/IEC 18092) tags Built-in anti-collision feature (only 1 tag is accessed at any time) Application Programming Interface: Supports PC/SC Supports CT-API (through wrapper on top of PC/SC) Peripherals: User-controllable bi-color LED User-controllable buzzer Supports Android™ OS 3.1 and above Physical Characteristics Dimensions (mm) 98.0 mm (L) x 65.0 mm (W) x 12.8 mm (H) Weight (g) 70 g USB Interface Protocol USB CCID Power Source From USB port Speed USB Full Speed (12 Mbps) Cable Length 1.0 m, Fixed Contactless Smart Card Interface Standard ISO/IEC 18092 NFC, ISO 14443 Type A & B, MIFARE®, FeliCa Protocol ISO 14443-4 Compliant Card, T=CL  MIFARE® Classic Card, T=CL  ISO18092, NFC Tags  FeliCa Built-in Peripherals LED 1 bi-color: Red and Green Buzzer Monotone Certifications/Compliance Certifications/Compliance EN 60950/IEC 60950 ISO 18092 ISO 14443 USB Full Speed PC/SC CCID VCCI (Japan) KC (Korea) Microsoft® WHQL CE FCC RoHS 2 REACH Device Driver Operating System Support Device Driver Operating System Support Windows® CE Windows® Linux® MAC OS® Solaris Android™

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Luxurious finish, Invisible chip design combined with technology, making them perfect for VIPs and executives. Made from high-quality 304 stainless steel, carry durability and a prestigious look.  Each card is double-sided, different shade each side, matte finish, with a printable surface for personalization, allowing for distinctive branding and individual expression. Featuring NTAG215 NFC technology, these cards include an invisible chip for discreet yet seamless connectivity with NFC-enabled devices.  Utilizes Rubik chip technology for seamless connectivity, Ideal for VIPs, executives, and prestigious individuals Premium 304 stainless steel for durability and prestige, Double-sided with printable surface for personalization NTAG215 high-end NFC features, Includes invisible chip for discreet integration with NFC-enabled devices With 504-byte usable memory; The chip has a read-write lock function that can be repeatedly edited or read-only; Cannot be edited or reset after set as read-only tag; As for Amiibo, only can edit once; Durable and suitable for long time use With a double-sided design and printable surface, the Rubik NFC 215 Metal Cards offer ample space for personalization and branding, allowing users to make a lasting impression in every encounter. The inclusion of an invisible chip ensures seamless integration with modern NFC-enabled devices, while maintaining the sleek aesthetic of the card.

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Designed to Read, Write and Manage UHF / Long Distance RFID cards (For non encrypted card/tag only), this device is your all-in-one solution for reading and writing Ultra High Frequency RFID tags, cards, and stickers (Only for high-frequency operation such as long distance parking cards, inventory tags). Supports wide frequency spectrum, this tool is ideal for a multitude of applications such as real-estate, inventory management &  tracking, asset tracking, point of sale, warehouse stock management, and access control. Advanced RFID Technology: Equipped with a Rubik UHF RFID chip reader for quick and accurate identification and data reading. Broad Frequency Range: Operates across wide band frequencies from 865-868 MHz and 902-928 MHz, accommodating various global RFID standards. Supports ISO18000-6C Protocol: With a maximum power output of 4W, ensuring efficient and reliable card reading. Versatile Compatibility: Supports multiple development platforms including Android, JAVA, Delphi, C#, VC, DLL, and both 32/64 bit systems across B/S & C/S architecture.  Proximity Reading: Effective card reading distance of 0 to 10 cm, providing flexibility in various use scenarios. System Requirements: This USB powered desktop RFID reader/writer requires Microsoft Windows 10 PC/laptop. Basic drivers and demo software provided for basic operation, (only basic instructions provided for reading writing, background knowledge is required to use such advanced device) Exclusions: Not suitable for reading/writing encrypted/protected/Dynamic and Active cards such as HID, Honeywell, Nedap, WatchNet..etc Package Includes:  1 x Desktop UHF Reader/Writer1 x UHF RFID Card (Free Sample)1 x UHF Tag Paper Coated (Free Sample)

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The FM1208 CPU10 Smart Card features a dual-chip design combining a secure 7K CPU chip with a 1KM1 MIFARE-compatible Writable memory chip (UID Non-Writable), offering enhanced security and versatility in one card. Built with anti-copy protection and a non-writable UID, it's ideal for high-integrity systems. Key Features: 🔐 7K Secure CPU Chip (ISO 7816): Provides cryptographic processing for secure ID, authentication, and encrypted storage. 📶 1KM1 MIFARE-Compatible Chip (ISO 14443A): Offers 1KB EEPROM with writeable memory blocks for access control and data applications. 🛡️ Non-Writable UID: Both CPU and M1 chips feature hardware-locked UID for anti-cloning protection. ⚡ Dual Interface Compatibility: Supports both contact and contactless systems in a single card. 🎨 White Printable PVC Surface: Customizable for printing, embossing, or lamination. Applications: Corporate and government ID cards Secure building access and time attendance Campus, transportation, and library systems Telecom or utility token-based solutions Loyalty and multi-function cards  

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Long reading range that can reach to be 8m or longer (depends on reader and application environment), glossy surface, fit for thermal transfer printing. Worldwide operation in the RFID UHF bands, 860-960 MHz, meets the protocol of EPCglobal Gen2 as well as ISO/IEC 18000-6C. 

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ZKTeco K1-1DR a touchless infrared exit button designed for offices, commercial buildings, and secure areas. The stainless steel faceplate, reliable sensor, and included remote controller deliver hygienic, convenient, and long-lasting performance. Key Features Touchless infrared sensor for hygienic, no-contact exit. Access control compatible works with most door controllers. Wireless remote included for flexible release control. High durability rated up to 100,000 activations. Easy installation with standard mounting size. Specifications Model K1-1DR Type Infrared touchless exit button Material Stainless steel panel Control Infrared sensor + wireless remote Lifespan Up to 100,000 uses Applications Offices, commercial buildings, secure access doors What’s in the Box 1 × ZKTeco K1-1DR Exit Button 1 × Wireless Remote Controller Mounting Screws zkteco exit button, k1-1dr, infrared exit switch, touchless door release, access control accessories

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The ZKTeco B06 12V Wired Doorbell is a durable and efficient electronic doorbell designed to seamlessly integrate with access control systems. It operates on a wired 12V DC power supply, eliminating the need for batteries, and provides a clear and pleasant “Dingdong” chime that is ideal for hotels, offices, homes, and public buildings. Built with high-quality ABS fire-resistant material, this doorbell ensures reliable performance and enhanced safety. Its 90 dB sound output delivers a loud and clear tone that can be heard easily in busy environments. The B06 is designed for easy installation, with straightforward wiring: simply connect the red wire to positive (+) and the black wire to negative (−) on a DC 12V power source. Compact in size yet powerful in performance, the B06 operates reliably under a wide temperature range of -10°C to 80°C and humidity below 80%, making it suitable for various indoor applications.   12V Wired Doorbell B06 Product Specifications Specifications for 12V Wired Electronic Dingdong Music Doorbell Parameter Specification Product Name 12V Wired Doorbell Material ABS Fire-Resistant Material Power Supply DC 12V (Wired) Doorbell Sound 90 dB Operating Temperature -10°C to 80°C Sound Type Dingdong Operating Humidity Less than 80% Application Suitable for all households and public places Connection Instructions Connect DC 12V power: Red wire to positive (+), Black wire to negative (−) Dimensions 86 mm × 55 mm × 16 mm

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The ZKTeco CR10M-W is a versatile and reliable 13.56 MHz RFID card reader and writer designed for applications that require both card number reading and data writing capabilities. Combining advanced functionality with a compact, plug-and-play USB design, the CR10M-W provides a fast, secure, and efficient solution for access control, time attendance, visitor management, and card issuance systems. Unlike basic readers, the CR10M-W supports full read/write operations, making it ideal for organizations that need to encode user information onto RFID cards for customized security applications. Its high-speed transaction processing, LED indicator, and buzzer feedback ensure smooth and reliable operation in busy environments. The CR10M-W features developer-friendly communication protocols, allowing easy integration with third-party software and security platforms. Powered entirely through USB, it requires no external power source, offering simple installation and maintenance. It is compatible with a wide range of Windows operating systems, ensuring flexibility and broad deployment options. CR10 Series RFID Readers Specifications Models: CR10E (125 KHz), CR10M (13.56 MHz), CR10M-W (13.56 MHz) Feature CR10E (125 KHz) CR10M (13.56 MHz) CR10M-W (13.56 MHz) Frequency 125 KHz 13.56 MHz 13.56 MHz Read Range Up to 10 cm Up to 5 cm Up to 5 cm Functionality Read card number only Read card number only Read and write Interface USB USB USB Power Powered by USB Powered by USB Powered by USB Transactions High speed High speed High speed Indicators LED indicator & buzzer LED indicator & buzzer LED indicator & buzzer Driver Requirement No driver (keyboard emulation) No driver (keyboard emulation) — OS Compatibility Windows 98/2000/XP/Vista/7 Windows 98/2000/XP/Vista/7 Windows 2000/2003/XP/Vista (32-bit)/7 (32-bit) Communication Protocol — Available for development Available for development

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The ZKTeco CR10M is a high-performance 13.56 MHz RFID desktop card reader designed for fast, secure, and convenient card reading operations. With its compact design and USB plug-and-play interface, the CR10M requires no additional drivers, functioning as a keyboard emulator for effortless integration with a wide range of systems. The CR10M is ideal for access control, time attendance, visitor management, and ID verification applications. It supports a read range of up to 5 cm, ensuring quick card detection and high-speed transaction processing. Clear LED indicators and buzzer feedback provide instant status confirmation, improving user experience and operational efficiency. Additionally, the CR10M includes communication protocol support, enabling developers to integrate it seamlessly into customized software solutions and security systems. It is compatible with multiple Windows operating systems, making deployment straightforward and flexible. CR10 Series RFID Readers Specifications Models: CR10E (125 KHz), CR10M (13.56 MHz), CR10M-W (13.56 MHz) Feature CR10E (125 KHz) CR10M (13.56 MHz) CR10M-W (13.56 MHz) Frequency 125 KHz 13.56 MHz 13.56 MHz Read Range Up to 10 cm Up to 5 cm Up to 5 cm Functionality Read card number only Read card number only Read and write Interface USB USB USB Power Powered by USB Powered by USB Powered by USB Transactions High speed High speed High speed Indicators LED indicator & buzzer LED indicator & buzzer LED indicator & buzzer Driver Requirement No driver (keyboard emulation) No driver (keyboard emulation) — OS Compatibility Windows 98/2000/XP/Vista/7 Windows 98/2000/XP/Vista/7 Windows 2000/2003/XP/Vista (32-bit)/7 (32-bit) Communication Protocol — Available for development Available for development

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CR10 Series are accessories designed to read proximity cards. They are connected to PC through USB Port (Plug & play). They allow high speed transactions and incorporate LED indicators. CR10E and CR10M are compatible with all kind of windows S.O and read the same serial number as ZKTeco devices. The ZKTeco CR10E is a compact and efficient 125 KHz RFID proximity card reader designed for fast and secure card data reading. With its plug-and-play USB interface, the CR10E requires no additional drivers, functioning as a keyboard emulator for seamless integration with existing systems. Ideal for access control, time attendance, and identification applications, the CR10E offers a read range of up to 10 cm, ensuring quick transactions and reliable performance. Its LED indicator and buzzer feedback provide clear confirmation for every card read, improving operational efficiency. Engineered for compatibility, the CR10E supports multiple Windows operating systems, including Windows 98, 2000, XP, Vista, and Windows 7. Its high-speed data transfer and USB power supply make it a low-maintenance, user-friendly solution for organizations looking to streamline their card reading processes. CR10 Series RFID Readers Specifications Models: CR10E (125 KHz), CR10M (13.56 MHz), CR10M-W (13.56 MHz) Feature CR10E (125 KHz) CR10M (13.56 MHz) CR10M-W (13.56 MHz) Frequency 125 KHz 13.56 MHz 13.56 MHz Read Range Up to 10 cm Up to 5 cm Up to 5 cm Functionality Read card number only Read card number only Read and write Interface USB USB USB Power Powered by USB Powered by USB Powered by USB Transactions High speed High speed High speed Indicators LED indicator & buzzer LED indicator & buzzer LED indicator & buzzer Driver Requirement No driver (keyboard emulation) No driver (keyboard emulation) — OS Compatibility Windows 98/2000/XP/Vista/7 Windows 98/2000/XP/Vista/7 Windows 2000/2003/XP/Vista (32-bit)/7 (32-bit) Communication Protocol — Available for development Available for development

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Product Description The Hikvision DS-K1F181-F is a compact and efficient fingerprint enrollment device designed for use in access control systems, time attendance solutions, and identity registration applications. It uses an optical fingerprint module to capture accurate and high-quality fingerprint images quickly. The device connects via USB 2.0 and supports plug-and-play functionality for easy installation. It is intended for indoor desktop use in locations such as hotels, office buildings, residential properties, and registration counters.   DS-K1F181-F Fingerprint Enrollment Device Specifications Model DS-K1F181-F Processor 32-bit MCU Fingerprint Module Optical, red backlight Supported Operating System Windows Image Resolution 500 ppi Fingerprint Image Size 256 × 288 pixels Communication Interface USB 2.0 Working Voltage DC 5V, 200 mA Operating Temperature -30 °C to 70 °C Operating Humidity 20% – 80% Dimensions 100 × 48 × 35 mm

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The DS-K1F180A-D8E is a dual-frequency smart card reader designed for high compatibility, security, and ease of use. It supports both 13.56 MHz and 125 kHz frequencies, allowing it to read Mifare cards, ID (EM) cards, and CPU card serial numbers, making it suitable for a wide range of access control and identification applications. The device communicates with a PC through a USB 2.0 interface and features driver-free, plug-and-play functionality, ensuring fast installation and stable operation. Its data transmission is protected by advanced encryption algorithms, providing a secure environment for card issuance and communication. For software development, the DS-K1F180A-D8E comes with a comprehensive SDK and API (Download from Hikvision, not provided by the seller)RFID, supporting multiple operating systems and development platforms, making integration flexible and efficient. In addition, the device supports online firmware upgrades, enabling easy maintenance and functionality updates over time.  Compact in design, reliable in performance, and equipped with high-standard encryption and compatibility features, this model is ideal for secure ID verification, attendance systems, and card issuance environments. • Complies with ISO 14443 A/B and ISO 7816 standards. Supports card reading frequencies of 13.56 MHz and 125 KHz, and can read Mifare cards, ID (EM) cards, and CPU card serial numbers. • Communicates with PC via USB 2.0 interface, supports driver-free technology, plug and play. • Uses advanced encryption algorithms for card issuing, ensuring secure and reliable data transmission. • Provides complete development kit and API functions, compatible with various operating systems and development platforms. • Supports firmware upgrades, allowing online device updates. Specifications Performance Parameters Card Reading Frequency 13.56 MHz, 125 KHz Communication Interface USB 2.0 Working Voltage DC 5V, 200 mA Dimensions 117 mm × 67.5 mm × 14.3 mm Card Types Supported Mifare Card, CPU Card, ID Card PSAM Slots 2 or more Status Indicator LED Indicator Fingerprint Collection None Fingerprint Collection Area None Supported Operating Systems Windows XP, Windows 7, Windows 8 Protocols ISO 14443 A/B Standard, ISO 7816 Standard Environmental Parameters Operating Temperature -20 °C ~ 65 °C Relative Humidity 20% to 80% Order Model Model Number DS-K1F180A-D8E

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CR20 Series are desktop enrollment devices designed to read to read (CR20M) RFID proximity cards for streamlining sign-in process and enhances contactless access control. They are connected to a PC through a USB interface, allowing high-speed data transmission. The connection interface is USB. Power supply 5 V. Dimensions 117.2x66.2x17 mm.The CR20M reader is used in access control and management systems. The device is able to read and write the individual card code and transfer it to the access control software for further processing  Note: Another model CR20MW comes with read-and-write functionality and includes a communication protocol for development. Features Operating System: Windows, Android, Linux Frequency: 13.56MHz Read Range: Up to 3 cm Communication: USB Operating Temperature: -10 degree Celsius to 70 degree Celsius Material: Industrial ABS Plastic Dimension: 117.2*66.2*17 (mm) USB charging Plug & play LED indicator and buzzer feedback

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Live20R, a latest optical fingerprint scanner, is developed by ZKTeco. It supports fingerprint detection and captures fingerprint image fast, with high resolution. The product is tiny in size and easy to perform fingerprint registration on the desktop. Low power consumption, it can be applies to Android tablet and mobile phone. We provide SDKs for customers to develop their own applications.(ZKTeco Entropy Live20R fingerprint reader collector browser web page docking BS framework WEB/JS call) Features  Support fingerprint detection function  Quick scanning of fingerprint on dry, wet or rough fingertips  SDK for development from ZKTeco High Speed USB 2.0  Work reliably under extreme lighting condition such as direct sunlight or dim light ZKTeco LIVE 20R Specifications Product Model LIVE 20R Sensor Type Optical fingerprint Effective Sensing Window 15.2 × 20.3 mm Image Size 300 × 400 pixels Image Resolution 500 DPI Distortion Rate <1% Gray Scale 8 bit Data Encryption AES-256 Template Size <2048 bytes Interface Type Standard USB port Operating System Windows / Linux / Android Domestic Operating Systems Supported (Galaxy Kirin, Zhongbiao Kirin, Tongxin OS — including Phytium, Loongson, Feiteng, Haiguang, Zhaoxin platforms) Working Voltage 5V Working Temperature -10 ~ 55 °C Working Humidity 0% ~ 93% (non-condensing) Communication Method USB 1.1 / 2.0 Supported Algorithm ZKFINGER V10.0 Product Dimensions (L × W × H) 49.5 × 43 × 20 mm Net Weight <120 g

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An latest optical fingerprint scanner, it is developed by ZKTeco. It supports finger detection and captures fingerprint image fast, with high resolution. The product is small, easy to use fingerprint registration on the desktop. Low power consumption, it also applies to Android tablet and mobile phone. We provide SDKs for customers to develop their own applications. Features Operating System: Windows, Android, Linux Frequency: 13.56MHz Read Range: Up to 3 cm Communication: USB Operating Temperature: -10 degree Celsius to 70 degree Celsius Material: Industrial ABS Plastic Dimension: 117.2*66.2*17 (mm) USB charging Plug & play LED indicator and buzzer feedback ZKTeco LIVE 10R Specifications Product Model LIVE 10R Sensor Type Optical Effective Sensing Window 16.5 × 23 mm Effective Sensing Area 15.24 × 20.32 mm Image Size 300 × 400 pixels Image Resolution 500 DPI Operating System Windows, Android, Linux Domestic Operating Systems Supported (Galaxy Kirin, Zhongbiao Kirin, Tongxin OS — including Phytium, Loongson, Feiteng, Haiguang, Zhaoxin platforms) Power Supply 5V USB power Working Temperature -20 ~ 55 °C Working Humidity 0% ~ 90% (non-condensing) Communication Method USB 2.0, compatible with USB 1.1 Supported Algorithm ZKFINGER V10.0 Product Dimensions (L × W × H) 75.5 × 53.2 × 19 mm Net Weight <90 g

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CR20 Series are desktop enrollment devices designed to read to read ID 125KHz (CR20E) proximity cards for streamlining sign-in process and enhances contactless access control. They are connected to a PC through a USB interface, allowing high-speed data transmission. The connection interface is USB. Power supply 5 V. Dimensions 117.2x66.2x17 mm.The CR20E reader is used in access control and management systems. The device is able to read the individual card code and transfer it to the access control software for further processing  Features Operating System: Windows, Android, Linux Frequency: 125KHz Read Range: Up to 5 cm Communication: USB Operating Temperature: -10 degree Celsius to 70 degree Celsius Material: Industrial ABS Plastic Dimension: 117.2*66.2*17 (mm) USB charging Plug & play LED indicator and buzzer feedback

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CR20 Series are desktop enrollment devices designed to read to read & write (CR20MW) RFID proximity cards for streamlining sign-in process and enhances contactless access control. They are connected to a PC through a USB interface, allowing high-speed data transmission. The connection interface is USB. Power supply 5 V. Dimensions 117.2x66.2x17 mm.The CR20MW reader is used in access control and management systems. The device is able to read and write the individual card code and transfer it to the access control software for further processing  Note: CR20E and CR20M read the same serial number as ZKTeco devices CR20MW comes with read-and-write functionality and includes a communication protocol for development. Features Operating System: Windows, Android, Linux Frequency: 13.56MHz Read Range: Up to 3 cm Communication: USB Operating Temperature: -10 degree Celsius to 70 degree Celsius Material: Industrial ABS Plastic Dimension: 117.2*66.2*17 (mm) USB charging Plug & play LED indicator and buzzer feedback

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This writable ID 125KHz for low-frequency, matches with traditional LF proximity readers. ID Chip 125KHz low-frequency RFID chip Compatible with EM4100 / TK4100 protocol 5-byte ID (writable) Physical Specs: Card size: CR80 (85.6 × 54 mm) Material: PVC or PET Printable surface (optional for card printers)

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This writable UHF + Fixed ID 125KHz Combo RFID Card features an Impinj Monza H9 chip (EPCglobal Gen 2 v2, ISO 18000-63 compliant) for long-range UHF performance, combined with a 125KHz TK4100 chip for low-frequency, fixed ID identification. The Monza H9 chip enables fast, high-sensitivity reading for applications like asset tracking, warehouse automation, and vehicle access, while the TK4100 chip ensures compatibility with legacy 125KHz systems used in access control, time attendance, and parking. This dual-frequency card is suitable for mixed environments where modern UHF infrastructure coexists with traditional LF proximity readers. The UHF side offers writable EPC memory with high read reliability and fast encoding, while the TK4100 chip provides stable fixed-ID operation following EM4100/TK4100 protocols. Dual Chip Integration: UHF + ID 125KHz chip in one card supports both long-range tracking and short-range scanning. UHF Chip – Impinj H9: Compliant with EPCglobal Class 1 Gen 2 v2 ISO/IEC 18000-63 (formerly known as ISO 18000-6C) Up to 10m read range (depending on reader) 96-bit TID, up to 128-bit EPC memory ID Chip – EM4100/TK4100: 125KHz low-frequency RFID chip Compatible with EM4100 / TK4100 protocol 5-byte fixed ID (read-only, non-writable) Physical Specs: Card size: CR80 (85.6 × 54 mm) Material: PVC or PET Printable surface (optional for card printers) Feature UHF - Impinj Monza H9 LF - TK4100 / EM4100 (125KHz) Frequency UHF: 860–960 MHz LF: 125 KHz Protocol Standard EPCglobal Gen2 v2, ISO/IEC 18000-63 ISO/IEC 11784/11785 (EM format) Chip Manufacturer Impinj Memory Type EPC Memory (User-writable), TID (fixed) Fixed read-only ID UID / TID 96-bit TID (non-cloneable, unique) 64-bit fixed ID (non-changeable) EPC Memory Up to 128 bits (user-writable) N/A User Memory Optional 32 or 64 bits (depends on config) N/A Read Range Up to 10 meters (with reader and tag tuning) 2–10 cm (depending on reader) Write Capability EPC memory writable (password-protected optional) Not writable (read-only chip) Encryption / Security No native encryption, supports EPC password lock None Compatibility UHF RFID readers (fixed, handheld, gate) EM4100/TK4100-compatible 125KHz readers Use Case Asset tracking, vehicle access, inventory control Time attendance, legacy access, parking systems Anti-collision Support Yes No Multi-tag Reading Yes (bulk read supported) No Operating Temperature -20°C to +55°C -20°C to +55°C Typical Applications Modern RFID systems with EPC backend Legacy systems using proximity cards Card Material PVC, glossy/printable surface Same card body Form Factor ISO standard CR80 (credit card size) Same

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This writable UHF + Fixed ID-125KHz Combo RFID Card combines an NXP UCODE 8 chip (EPCglobal Gen 2v2, ISO 18000-63 compliant) for long-range UHF communication and a 125KHz TK4100 chip for low-frequency identification with a fixed, read-only ID number. The UHF component enables efficient tracking, asset management, parking and bulk inventory operations over extended distances, while the TK4100 chip ensures consistent identification for legacy systems such as access control, time attendance, or parking. This dual-frequency card is ideal for environments where both modern EPC-based UHF systems and traditional 125KHz proximity systems are used in parallel. The UHF side supports writable EPC memory and integration with advanced RFID infrastructure, while the TK4100 chip delivers stable compatibility with most 125KHz readers using EM4100/TK4100 protocol. Dual Chip Integration: UHF + ID 125KHz chip in one card supports both long-range tracking and short-range scanning. UHF Chip – NXP U8: Compliant with EPC Gen2 / ISO18000-6C Up to 10m read range (depending on reader) 128 bits (user writable) ID Chip – EM4100/TK4100: 125KHz low-frequency RFID chip Compatible with EM4100 / TK4100 protocol 5-byte fixed ID (read-only, non-writable) Physical Specs: Card size: CR80 (85.6 × 54 mm) Material: PVC or PET Printable surface (optional for card printers) Feature / Parameter NXP UCODE 8 (7618) TK4100 / EM4100 Frequency UHF 860–960 MHz LF 125KHz Protocol EPC Gen2 v2 / ISO 18000-6C EM4100 / TK4100 (proprietary) Chip Type Writable, high-performance RFID chip Fixed ID, read-only chip EPC Memory 96 bits (Writable) N/A User Memory None None TID (Tag ID) 48-bit, factory-programmed, read-only (Fixed) 40-bit (5 bytes), fixed ID, read-only UID Writable? ❌ No (TID fixed), but EPC is writable ❌ No (UID is permanently fixed) Read Range Up to 8–10 meters (depends on reader/antenna) Up to 3–8 cm (depends on reader) Application Use Long-range tracking, logistics, automation, parking Access control, parking, time attendance Data Protection Supports access and kill password options No password or encryption support Chip Manufacturer NXP Semiconductors OEM (TK4100), EM Microelectronic (EM4100) Writable Data EPC memory only None (read-only fixed ID) Typical Use Environment Modern RFID infrastructure, EPC tracking Legacy 125KHz systems, door access

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This Writable (Fixed UID) 13.56MHz RFID card is embedded with the MIFARE S50 chip, offering stable and reliable contactless performance based on ISO/IEC 14443A standards. Designed for secure access, data storage, and identification applications, the S50 card features a large 1KB EEPROM memory divided into 16 sectors, making it suitable for multi-application environments such as schools, universities, banks, parking, transport, offices and building access systems. The card comes with a fixed 4-byte UID for consistent identification, while the memory blocks and card number are fully writeable, allowing flexible integration with a wide range of RFID systems. The S70 chip supports sector-level security and block-wise data control, making it ideal for advanced access control, library systems, prepaid solutions, and more. Physical Specs: Card size: CR80 (85.6 × 54 mm) Material: PVC or PET Printable surface (optional for card printers) Feature Category Specification Chip Type MIFARE S50 Frequency 13.56 MHz Protocol Standard ISO/IEC 14443A Memory Size 1KB EEPROM (32-bit × 256 = 1024 bytes) Memory Structure 16 sectors × 4 blocks per sector UID (Unique Identifier) 4-byte Fixed UID (non-writable) Card Number Writable Yes card/application number can be written into memory blocks User Data Writable Yes all memory (except sector 0, block 0) is writable Security Features Each sector protected with two keys (A/B) and access conditions Card Material PVC Surface Finish Glossy Print Compatibility Offset printing, UV printing Card Size CR80 standard (85.6 × 54 × 0.84 mm) Operating Temperature -20°C to +55°C Storage Temperature -40°C to +65°C Card Life (Durability) Typically 100,000 write cycles per block, 10+ years data retention Typical Applications Access control, loyalty cards, hotel keys, public transport cards

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This Writable (Fixed UID) 13.56MHz RFID card is embedded with the MIFARE S70 chip, offering stable and reliable contactless performance based on ISO/IEC 14443A standards. Designed for secure access, data storage, and identification applications, the S70 card features a large 4KB EEPROM memory divided into 40 sectors, making it suitable for multi-application environments such as schools, universities, banks, parking, transport, offices and building access systems. The card comes with a fixed 4-byte UID for consistent identification, while the memory blocks and card number are fully writeable, allowing flexible integration with a wide range of RFID systems. The S70 chip supports sector-level security and block-wise data control, making it ideal for advanced access control, library systems, prepaid solutions, and more. HF Chip – MIFARE S70 4K: MIFARE S70 4K Memory, ISO 14443A Physical Specs: Card size: CR80 (85.6 × 54 mm) Material: PVC or PET Printable surface (optional for card printers) Feature Category Specification Chip Type MIFARE S70 (Compatible) Frequency 13.56 MHz Protocol Standard ISO/IEC 14443A Memory Size 4KB EEPROM (32-bit × 1024 = 4096 bytes) Memory Structure 40 sectors × 4 blocks per sector UID (Unique Identifier) 4-byte Fixed UID (non-writable) Card Number Writable Yes – card/application number can be written into memory blocks User Data Writable Yes – all 4K memory is writable (except sector 0, block 0) Security Features Each sector protected with two keys (A/B) and access conditions Card Material PVC Surface Finish Glossy Print Compatibility Offset printing, UV printing Card Size CR80 standard (85.6 × 54 × 0.84 mm) Operating Temperature -20°C to +55°C Storage Temperature -40°C to +65°C Typical Applications Access control, prepaid cards, parking, campus ID, loyalty programs

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This Writable EPC, H9 UHF RFID card is embedded with the Impinj Monza H9 chip, offering advanced RFID performance compliant with EPCglobal Gen2v2 and ISO/IEC 18000-6C standards. Designed for high-speed, long-range applications, Monza H9 delivers enhanced sensitivity, fast encoding, and superior read reliability even in dense tag environments. The chip features a 128-bit EPC memory, 96-bit TID, and integrated privacy features such as short-range mode, untraceable mode, and support for secure serialization. This makes it ideal for supply chain, parking, retail inventory, asset tracking, and smart manufacturing scenarios requiring highly efficient and secure RFID infrastructure. UHF Chip – Impinj Monza H9: Compliant with EPC Gen2 v2 and ISO/IEC 18000-6C Up to 10m read range (depending on reader) 128-bit Writable EPC memory, 96-bit Fixed TID Physical Specs: Card size: CR80 (85.6 × 54 mm) Material: PVC or PET Printable surface (optional for card printers) Feature Category Specification Chip Model Impinj Monza H9 Frequency Range UHF 860–960 MHz Air Interface Protocol EPCglobal Gen 2 v2 / ISO 18000-6C EPC Memory 128 bits – Writable User Memory None TID (Tag Identifier) 96 bits – Read-only, factory-programmed (fixed) Access Password 32 bits (for read/write protection, optional) Kill Password 32 bits (optional, for permanent disablement) Read Sensitivity Up to -24 dBm Write Sensitivity Up to -20 dBm Read Range Up to 10–12 meters (depending on reader and antenna) Write Speed Fast write performance (<2 ms typical) EPC Locking Yes – EPC and access passwords can be locked  Privacy Features Short Range Mode, Untraceable Mode Data Retention 10+ years Write Endurance 100,000 cycles Card Size CR80 (85.6 × 54 × 0.84 mm) Material Options PVC Surface Finish Glossy Print Compatibility offset Operating Temperature -40°C to +85°C Storage Temperature -55°C to +100°C

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This writable UHF + Fixed ID-125KHz Combo RFID Card combines an NXP UCODE 8 chip (EPCglobal Gen 2v2, ISO 18000-63 compliant) for long-range UHF communication and a 125KHz TK4100 chip for low-frequency identification with a fixed, read-only ID number. The UHF component enables efficient tracking, asset management, parking and bulk inventory operations over extended distances, while the TK4100 chip ensures consistent identification for legacy systems such as access control, time attendance, or parking. This dual-frequency card is ideal for environments where both modern EPC-based UHF systems and traditional 125KHz proximity systems are used in parallel. The UHF side supports writable EPC memory and integration with advanced RFID infrastructure, while the TK4100 chip delivers stable compatibility with most 125KHz readers using EM4100/TK4100 protocol. Dual Chip Integration: UHF + ID 125KHz chip in one card supports both long-range tracking and short-range scanning. UHF Chip – NXP U8: Compliant with EPC Gen2 / ISO18000-6C Up to 10m read range (depending on reader) 128 bits (user writable) ID Chip – EM4100/TK4100: 125KHz low-frequency RFID chip Compatible with EM4100 / TK4100 protocol 5-byte fixed ID (read-only, non-writable) Physical Specs: Card size: CR80 (85.6 × 54 mm) Material: PVC or PET Printable surface (optional for card printers) Feature / Parameter NXP UCODE 8 (9662) TK4100 / EM4100 Frequency UHF 860–960 MHz LF 125KHz Protocol EPC Gen2 v2 / ISO 18000-6C EM4100 / TK4100 (proprietary) Chip Type Writable, high-performance RFID chip Fixed ID, read-only chip EPC Memory 96 bits (Writable) N/A User Memory None None TID (Tag ID) 48-bit, factory-programmed, read-only (Fixed) 40-bit (5 bytes), fixed ID, read-only UID Writable? ❌ No (TID fixed), but EPC is writable ❌ No (UID is permanently fixed) Read Range Up to 8–10 meters (depends on reader/antenna) Up to 3–8 cm (depends on reader) Application Use Long-range tracking, logistics, automation, parking Access control, parking, time attendance Data Protection Supports access and kill password options No password or encryption support Chip Manufacturer NXP Semiconductors OEM (TK4100), EM Microelectronic (EM4100) Writable Data EPC memory only None (read-only fixed ID) Typical Use Environment Modern RFID infrastructure, EPC tracking Legacy 125KHz systems, door access

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This Long Range Writable UHF RFID card is embedded with the NXP UCODE 8 (9662) chip, delivering reliable and high-performance RFID functionality in compliance with EPCglobal Gen 2v2 and ISO/IEC 18000-6C standards. Optimized for long-range, high-speed communication, this card is ideal for parking, inventory tracking, retail logistics, asset identification, warehouse automation, and applications requiring fast and accurate tag reads in dense tag environments. The UCODE 8 chip includes a Writable 96-bit EPC memory, a 48-bit Fixed TID (with a unique serial number), and advanced features such as automatic self-tuning, Brand Identifier, and pre-serialized EPC support. Designed for consistent performance on a wide range of materials, it offers excellent read sensitivity, fast encoding speed, and enhanced reliability for large-scale deployments. UHF Chip – NXP UCODE 8 (9662): Compliant with EPC Gen2 / ISO18000-6C Up to 10m read range (depending on reader) 96-bit Writable EPC memory, a 48-bit Fixed TID Physical Specs: Card size: CR80 (85.6 × 54 mm) Material: PVC or PET Printable surface (optional for card printers) Feature Category Specification Chip Model NXP UCODE 8 (9662) Frequency Range 860–960 MHz (UHF, globally tunable) Air Interface Protocol EPCglobal Class 1 Gen2 v2, ISO/IEC 18000-6C EPC Memory 96 bits – Writable User Memory Not available (UCODE 8 has no separate user memory) TID (Tag Identifier) 48 bits – Factory-programmed, read-only (fixed) Access Password 32 bits (optional, for read/write protection) 00000000 (hex) Kill Password 32 bits (optional, to permanently disable tag) 00000000 (hex) Read Sensitivity Up to -23 dBm (high sensitivity for long-range reads) Write Sensitivity Up to -18 dBm Read Range Up to 8–10 meters (depending on reader and environment) Write Speed Fast write support, <2 ms typical Unique Features Self-tuning antenna technology, brand identifier support, pre-serialized EPC Memory Locking EPC and access password fields can be locked (write-once or permanent) Data Retention 10+ years Write Endurance 100,000 cycles TID Structure Starts with E28068 Card Size CR80 standard (85.6 x 54 x 0.84 mm) Material PVC glossy Print Compatibility Supports offset printing Operating Temperature -40°C to +85°C Storage Temperature -55°C to +100°C

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This UHF RFID card is embedded with the Impinj Monza H3 (9662) chip, offering high-performance RFID identification compliant with EPCglobal Gen 2 and ISO/IEC 18000-6C standards. Designed for long-range, fast, and reliable communication, this card is suitable for inventory tracking, personnel ID, parking, asset management, and other applications requiring fast bulk reads and custom user memory. The Monza H3 chip features 512 bits of user memory, a 96-bit EPC number, and Read Protect/Write Protect features for secure deployments. With excellent sensitivity and performance, it supports multi-tag environments and can be used in both indoor and outdoor scenarios. UHF Chip – Impinj Monza H3: Compliant with EPC Gen2 / ISO18000-6C Up to 10m read range (depending on reader) 96-bit EPC + 512-bit user memory (Writeable) Physical Specs: Card size: CR80 (85.6 × 54 mm) Material: PVC or PET Printable surface (optional for card printers) Parameter Specification Chip Model Impinj Monza H3 (9662) Frequency UHF 860–960 MHz Protocols Supported EPCglobal Gen 2 v1.2.0 / ISO/IEC 18000-6C EPC Memory 96 bits (customizable EPC code) User Memory 512 bits TID (Tag Identifier) 64 bits (read-only, includes manufacturer info) Access/Kill Passwords 32 bits each Write Capability EPC & User Memory are writable Lock Feature Yes (Write/Read lock on EPC, user memory, access) Read Range Up to 8–10 meters (depending on reader and antenna) Operating Temperature -40°C to +85°C Storage Temperature -55°C to +100°C Data Retention >10 years Write Endurance 100,000 cycles Material PVC  Card Dimensions ISO CR80 – 85.6 × 54 × 0.84 mm Surface Options Glossy  Printing Support Offset

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This writable UHF H3+ HF (13.56Mhz Fixed UID) Combo RFID Card is dual-chip UHF RFID card/tag combines an Impinj Monza H3 chip (EPCglobal Gen 2, ISO 18000-6C compliant) for long-range UHF communication, and an IC F08 chip (13.56 MHz, compatible with MIFARE® 1K) featuring writeable memory with a fixed UID for secure short-range applications. The UHF component provides reliable performance for tracking and inventory management over extended distances, while the IC F08 chip ensures stable identity and compatibility with a wide range of access control systems. The card supports the storage of custom user data such as IDs, timestamps, or access logs, making it ideal for hybrid RFID environments that require both high-frequency authentication and long-range identification. UHF + 13.56 MHz HF chip in one card supports both long-range tracking and short-range scanning. UHF Chip – Impinj Monza H3: Compliant with EPC Gen2 / ISO18000-6C Up to 10m read range (depending on reader) 96-bit EPC + 512-bit user memory (Writeable) IC Chip – F08 (MIFARE 1K Compatible): 13.56 MHz ISO14443A standard (Writeable) 1KB EEPROM, 16 sectors (Writeable) 4-byte fixed UID (non-writable) for reliable access control use Physical Specs: Card size: CR80 (85.6 × 54 mm) Material: PVC or PET Printable surface (optional for card printers) Feature Category UHF (Monza H3) IC (F08 - MIFARE 1K Clone) Frequency 860–960 MHz (UHF) 13.56 MHz (HF) Protocol EPC Gen2 / ISO 18000-6C ISO 14443A Memory Size 512-bit EPC / 96-bit User memory 1 KB (16 sectors, 4 blocks each) UID Type EPC-based, system defined 4-byte fixed UID (not writable) Security No encryption, EPC write lock option CRYPTO1 (basic MIFARE security) Write Capability EPC + User memory writable Memory writable, but UID not writable Typical Use Cases Logistics, asset tracking, warehouse Access control, time attendance, parking Read Range Up to 8–10 meters (depends on reader) Up to 5–10 cm (HF reader dependent) Reader Compatibility UHF readers (e.g., Impinj, Zebra) MIFARE readers (e.g., RC522, PN532) Dual Chip Integration ✅ Two chips in one card ✅ Separate antennas & chips

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This writable UHF + HF Combo RFID Card dual chip UHF RFID card/tag combines an NXP UCODE 8 chip (EPCglobal Gen 2v2, ISO 18000-63 compliant) for long-range UHF communication, and an IC F08 chip (13.56 MHz, compatible with MIFARE® 1K) featuring a writeable memory with fixed UID for secure short-range applications. The UHF component enables efficient tracking and inventory management over long distances, while the IC F08 chip ensures stable identity for authentication and access control. The card supports storage of custom user data such as ID numbers, timestamps, or access logs, making it suitable for hybrid RFID environments requiring both long-range and secure close-range interaction. Dual Chip Integration: UHF + 13.56 MHz HF chip in one card supports both long-range tracking and short-range scanning. UHF Chip – NXP U8: Compliant with EPC Gen2 / ISO18000-6C Up to 10m read range (depending on reader) 128 bits (user writable) IC Chip – F08 (MIFARE 1K Compatible): 13.56 MHz ISO14443A standard 1KB EEPROM, 16 sectors 4-byte fixed UID (non-writable) for reliable access control use Physical Specs: Card size: CR80 (85.6 × 54 mm) Material: PVC or PET Printable surface (optional for card printers) Feature NXP UCODE 8 (U8) IC F08 (13.56 MHz) Manufacturer NXP Semiconductors Compatible with MIFARE® 1K standard RFID Type UHF (Ultra High Frequency) HF (High Frequency) Frequency 860–960 MHz 13.56 MHz Standard Compliance EPCglobal Gen2v2, ISO/IEC 18000-63 ISO/IEC 14443A EPC Memory 128 bits (user writable) — User Memory None 1 KB EEPROM (16 sectors) TID / UID 96-bit TID with 48-bit fixed serial 4-byte UID (fixed) Data Retention 20 years 10 years Write Endurance 100,000 cycles 100,000 cycles Typical Read Range Up to 10–12 meters 2–10 cm Security Features None (basic privacy support) Sector-based key A/B access control Write Protection Lockable EPC memory Yes (per sector) UID Fixed (non-changeable) Fixed (non-changeable) Writable Data EPC memory (e.g., item ID, batch) ID numbers, timestamps, access logs Typical Applications Logistics, inventory, retail tracking Access control, staff ID, smart cards Dual-Frequency Use Case Long-range item tracking Secure short-range authentication

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Rubik NFC 213 (NTAG213) printable White NFC Patch Stickers (rectangular 25 x 40mm) are compact, self-adhesive NFC tags designed for seamless everyday use. Each tag comes with a reliable NTAG213 chip operating at 13.56MHz, offering fast, secure, and universal compatibility with NFC-enabled Android and iOS devices. With a clean white surface and strong adhesive backing, these patches are ideal for automation tasks, asset tagging, smart posters, and interactive labels. Suitable for both personal and business use where discreet yet visible NFC functionality is required. Features White self-adhesive NFC sticker patches NTAG213 chip with 144 bytes user memory Operates at 13.56MHz, ISO 14443A standard Compatible with Android and iOS NFC devices Clean, non-printed white surface for custom labeling Comparison Feature NTAG213 NTAG215 NTAG216 User Memory 144 bytes 504 bytes 888 bytes Total Memory 180 bytes 540 bytes 924 bytes Typical Use Basic URL, ID, tags Amiibo, mid-size data vCards, long URLs, forms URL Length ~132 characters ~492 characters ~854 characters Compatibility Android / iOS Android / iOS / Amiibo Android / iOS NFC Forum Type Type 2 Tag Type 2 Tag Type 2 Tag Frequency 13.56 MHz 13.56 MHz 13.56 MHz ISO Standard ISO/IEC 14443-A ISO/IEC 14443-A ISO/IEC 14443-A Price Level Lowest Medium Highest

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Rubik NFC 213 (NTAG213) printable White NFC Patch Stickers (25mm Round) are compact, self-adhesive NFC tags designed for seamless everyday use. Each tag comes with a reliable NTAG213 chip operating at 13.56MHz, offering fast, secure, and universal compatibility with NFC-enabled Android and iOS devices. With a clean white surface and strong adhesive backing, these patches are ideal for automation tasks, asset tagging, smart posters, and interactive labels. Suitable for both personal and business use where discreet yet visible NFC functionality is required. Features White self-adhesive NFC sticker patches NTAG213 chip with 144 bytes user memory Operates at 13.56MHz, ISO 14443A standard Compatible with Android and iOS NFC devices Clean, non-printed white surface for custom labeling Comparison Feature NTAG213 NTAG215 NTAG216 User Memory 144 bytes 504 bytes 888 bytes Total Memory 180 bytes 540 bytes 924 bytes Typical Use Basic URL, ID, tags Amiibo, mid-size data vCards, long URLs, forms URL Length ~132 characters ~492 characters ~854 characters Compatibility Android / iOS Android / iOS / Amiibo Android / iOS NFC Forum Type Type 2 Tag Type 2 Tag Type 2 Tag Frequency 13.56 MHz 13.56 MHz 13.56 MHz ISO Standard ISO/IEC 14443-A ISO/IEC 14443-A ISO/IEC 14443-A Price Level Lowest Medium Highest

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Rubik NFC 215 (NTAG215) Anti-Metal NFC Stickers are colorful, compact, and engineered for reliable NFC performance even when placed on metal surfaces. Each sticker features a strong adhesive backing and anti-metal shielding layer to ensure consistent scanning and reading. With a universal 13.56MHz frequency and NTAG215 chip inside, these tags are ideal for everyday automation, quick actions, digital links, and smart labeling. Compatible with most Android and iOS NFC-enabled devices. Features Self-adhesive anti-metal NFC stickers NTAG215 chip with 504 bytes user memory Supports 13.56MHz RFID & NFC IC protocol Universal compatibility (Android/iOS devices) Works on metal and non-metal surfaces ISO/IEC 14443 Type A standard Read range up to 5 cm (depends on device) Durable, flexible, and easy to apply Pack includes 6 individual assorted color tags Comparison Feature NTAG213 NTAG215 NTAG216 User Memory 144 bytes 504 bytes 888 bytes Total Memory 180 bytes 540 bytes 924 bytes Typical Use Basic URL, ID, tags Amiibo, mid-size data vCards, long URLs, forms URL Length ~132 characters ~492 characters ~854 characters Compatibility Android / iOS Android / iOS / Amiibo Android / iOS NFC Forum Type Type 2 Tag Type 2 Tag Type 2 Tag Frequency 13.56 MHz 13.56 MHz 13.56 MHz ISO Standard ISO/IEC 14443-A ISO/IEC 14443-A ISO/IEC 14443-A Price Level Lowest Medium Highest

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Rubik NFC 213 (NTAG213) Anti-Metal NFC Stickers are colorful, compact, and engineered for reliable NFC performance even when placed on metal surfaces. Each sticker features a strong adhesive backing and anti-metal shielding layer to ensure consistent scanning and reading. With a universal 13.56MHz frequency and NTAG213 chip inside, these tags are ideal for everyday automation, quick actions, digital links, and smart labeling. Compatible with most Android and iOS NFC-enabled devices. Features Self-adhesive anti-metal NFC stickers NTAG213 chip with 144 bytes user memory Supports 13.56MHz RFID & NFC IC protocol Universal compatibility (Android/iOS devices) Works on metal and non-metal surfaces ISO/IEC 14443 Type A standard Read range up to 5 cm (depends on device) Durable, flexible, and easy to apply Pack includes 6 individual assorted color tags Comparison Feature NTAG213 NTAG215 NTAG216 User Memory 144 bytes 504 bytes 888 bytes Total Memory 180 bytes 540 bytes 924 bytes Typical Use Basic URL, ID, tags Amiibo, mid-size data vCards, long URLs, forms URL Length ~132 characters ~492 characters ~854 characters Compatibility Android / iOS Android / iOS / Amiibo Android / iOS NFC Forum Type Type 2 Tag Type 2 Tag Type 2 Tag Frequency 13.56 MHz 13.56 MHz 13.56 MHz ISO Standard ISO/IEC 14443-A ISO/IEC 14443-A ISO/IEC 14443-A Price Level Lowest Medium Highest

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Rubik NFC 215 (NTAG215) Anti-Metal NFC Tags are designed for reliable use on metal and metallic surfaces, featuring strong self-adhesive backing and built-in shielding to prevent signal interference. Equipped with the NTAG215 chip, these tags offer more memory capacity than NTAG213, making them ideal for medium-sized data like digital profiles, smart actions, and Amiibo data. Fully compatible with most Android and iOS NFC-enabled devices, these universal labels are perfect for smart labeling, access control, IT assets, and digital business applications. Features Self-adhesive anti-metal NFC stickers NTAG215 chip with 504 bytes user memory Supports 13.56MHz RFID & NFC IC protocol Universal compatibility (Android/iOS devices) Works on metal and non-metal surfaces ISO/IEC 14443 Type A standard Read range up to 5 cm (depends on device) Durable, flexible, and easy to apply Pack includes 6 individual tags Comparison Feature NTAG213 NTAG215 NTAG216 User Memory 144 bytes 504 bytes 888 bytes Total Memory 180 bytes 540 bytes 924 bytes Typical Use Basic URL, ID, tags Amiibo, mid-size data vCards, long URLs, forms URL Length ~132 characters ~492 characters ~854 characters Compatibility Android / iOS Android / iOS / Amiibo Android / iOS NFC Forum Type Type 2 Tag Type 2 Tag Type 2 Tag Frequency 13.56 MHz 13.56 MHz 13.56 MHz ISO Standard ISO/IEC 14443-A ISO/IEC 14443-A ISO/IEC 14443-A Price Level Lowest Medium Highest

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Rubik NFC 216 (NTAG216) Anti-Metal NFC Tags offer the highest memory capacity in the NTAG series, with reliable performance even when applied to metal surfaces. Built with a special anti-interference layer and strong self-adhesive backing, these tags ensure consistent signal strength on laptops, tools, machinery, and other metal equipment. Featuring 888 bytes of user memory, NTAG216 is perfect for storing large vCards, URLs, digital forms, and custom smart tasks. Compatible with most NFC-enabled Android and iOS devices, it's ideal for business automation, IT asset tagging, and industrial environments. Features Self-adhesive anti-metal NFC stickers NTAG215 chip with 888 bytes user memory Supports 13.56MHz RFID & NFC IC protocol Universal compatibility (Android/iOS devices) Works on metal and non-metal surfaces ISO/IEC 14443 Type A standard Read range up to 5 cm (depends on device) Durable, flexible, and easy to apply Pack includes 6 individual tags Feature NTAG213 NTAG215 NTAG216 User Memory 144 bytes 504 bytes 888 bytes Total Memory 180 bytes 540 bytes 924 bytes Typical Use Basic URL, ID, tags Amiibo, mid-size data vCards, long URLs, forms URL Length ~132 characters ~492 characters ~854 characters Compatibility Android / iOS Android / iOS / Amiibo Android / iOS NFC Forum Type Type 2 Tag Type 2 Tag Type 2 Tag Frequency 13.56 MHz 13.56 MHz 13.56 MHz ISO Standard ISO/IEC 14443-A ISO/IEC 14443-A ISO/IEC 14443-A Price Level Lowest Medium Highest

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Rubik NFC 216 (NTAG216) Anti-Metal NFC Tags offer the highest memory capacity in the NTAG series, with reliable performance even when applied to metal surfaces. Built with a special anti-interference layer and strong self-adhesive backing, these tags ensure consistent signal strength on laptops, tools, machinery, and other metal equipment. Featuring 888 bytes of user memory, NTAG216 is perfect for storing large vCards, URLs, digital forms, and custom smart tasks. Compatible with most NFC-enabled Android and iOS devices, it's ideal for business automation, IT asset tagging, and industrial environments. Features Self-adhesive anti-metal NFC stickers NTAG215 chip with 888 bytes user memory Supports 13.56MHz RFID & NFC IC protocol Universal compatibility (Android/iOS devices) Works on metal and non-metal surfaces ISO/IEC 14443 Type A standard Read range up to 5 cm (depends on device) Durable, flexible, and easy to apply Pack includes 2 individual tags Feature NTAG213 NTAG215 NTAG216 User Memory 144 bytes 504 bytes 888 bytes Total Memory 180 bytes 540 bytes 924 bytes Typical Use Basic URL, ID, tags Amiibo, mid-size data vCards, long URLs, forms URL Length ~132 characters ~492 characters ~854 characters Compatibility Android / iOS Android / iOS / Amiibo Android / iOS NFC Forum Type Type 2 Tag Type 2 Tag Type 2 Tag Frequency 13.56 MHz 13.56 MHz 13.56 MHz ISO Standard ISO/IEC 14443-A ISO/IEC 14443-A ISO/IEC 14443-A Price Level Lowest Medium Highest

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Rubik NFC 215 (NTAG215) Anti-Metal NFC Tags are designed for reliable use on metal and metallic surfaces, featuring strong self-adhesive backing and built-in shielding to prevent signal interference. Equipped with the NTAG215 chip, these tags offer more memory capacity than NTAG213, making them ideal for medium-sized data like digital profiles, smart actions, and Amiibo data. Fully compatible with most Android and iOS NFC-enabled devices, these universal labels are perfect for smart labeling, access control, IT assets, and digital business applications. Features Self-adhesive anti-metal NFC stickers NTAG215 chip with 504 bytes user memory Supports 13.56MHz RFID & NFC IC protocol Universal compatibility (Android/iOS devices) Works on metal and non-metal surfaces ISO/IEC 14443 Type A standard Read range up to 5 cm (depends on device) Durable, flexible, and easy to apply Pack includes 2 individual tags Comparison Feature NTAG213 NTAG215 NTAG216 User Memory 144 bytes 504 bytes 888 bytes Total Memory 180 bytes 540 bytes 924 bytes Typical Use Basic URL, ID, tags Amiibo, mid-size data vCards, long URLs, forms URL Length ~132 characters ~492 characters ~854 characters Compatibility Android / iOS Android / iOS / Amiibo Android / iOS NFC Forum Type Type 2 Tag Type 2 Tag Type 2 Tag Frequency 13.56 MHz 13.56 MHz 13.56 MHz ISO Standard ISO/IEC 14443-A ISO/IEC 14443-A ISO/IEC 14443-A Price Level Lowest Medium Highest

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