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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The FM1208 CPU10 Smart Key Tag features a dual-chip design combining a secure 7K CPU chip with a 1KM1 MIFARE-compatible writeable memory chip (UID Non-writeable), 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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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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The IC S50 White Card is a high-performance contactless smart card designed for a multitude of applications requiring secure and efficient data transactions. Constructed from durable PVC material, this card adheres to the ISO standard size of 85.5mm x 54mm x 0.84mm, ensuring compatibility with standard card readers and easy integration into existing systems. Chip: Mifare S50 Operating frequency: 13.56mhz Read and write distance: 5-10CM Erase and write life: more than 100,000 times Data retention time: 10 years Material: PVC. ABS Detailed Features: Chip Technology: Equipped with the NXP MIFARE IC S50 chip, the card offers reliable performance and compatibility with a wide range of contactless systems. Operating Frequency: Operates at a frequency of 13.56 MHz, complying with ISO/IEC 14443A standards Memory Capacity: Provides 1 KB of EEPROM memory, organized into 16 sectors with 4 blocks each, allowing for efficient data storage and management. Read/Write Distance: Supports a communication range of up to 10 cm, enabling quick and convenient transactions. Durability: Designed for longevity, the card supports over 100,000 read/write cycles and offers data retention for a minimum of 10 years. Applications: The versatility of the IC S50 White Card makes it suitable for various applications, including: Public Transportation: Facilitates seamless fare collection and passenger management. Parking Systems: Enables efficient vehicle access and fee processing. Identity Authentication: Serves as a reliable medium for personal identification in secure environments. Attendance Systems: Streamlines employee attendance tracking and management. Access Control: Provides secure entry to restricted areas in corporate and residential settings. Cashless Payments: Ideal for meal sales, vending machines, and other point-of-sale systems. Event Ticketing: Simplifies entry management for concerts, sports events, and exhibitions. Product Identification: Assists in inventory management and counterfeit prevention. With its robust features and wide-ranging applicability, the IC S50 White Card is an excellent choice for organizations seeking a reliable and secure contactless smart card solution.

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125KHz T5577 RFID Tags Rewritable Key FOB Proximity Access Keychains. The 125KHz T5577 RFID series offers a reliable and cost-effective solution for proximity access control, time attendance, hotel keycards, and identification systems. Built using the T5577 chip, these RFID cards and tags are rewritable, allowing for flexible reprogramming and reuse. They support multiple data formats and are compatible with most 125KHz RFID readers, making them an ideal choice for RFID deployments. Technical Specifications: Chip Type: EMID T5577 (compatible with EM4305) Frequency: 125KHz Memory: 363 bits EEPROM, divided into 32 blocks Read Range: 1–5 cm (varies by tag size and reader) Material: ABS plastic (waterproof, durable) Dimensions: Various (typically 40mm x 30mm x 4mm for teardrop shape) Operating Temperature: -10°C to +60°C Data Retention: >10 years Write Endurance: >100,000 cycles Attachment: Keyring hole Applications: Key access systems, parking gates, lockers, staff ID

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125KHz T5577 RFID Tags Rewritable Key FOB Proximity Access Keychains. The 125KHz T5577 RFID series offers a reliable and cost-effective solution for proximity access control, time attendance, hotel keycards, and identification systems. Built using the T5577 chip, these RFID cards and tags are rewritable, allowing for flexible reprogramming and reuse. They support multiple data formats and are compatible with most 125KHz RFID readers, making them an ideal choice for RFID deployments. Technical Specifications: Chip Type: EMID T5577 (compatible with EM4305) Frequency: 125KHz Memory: 363 bits EEPROM, divided into 32 blocks Read Range: 1–5 cm (varies by tag size and reader) Material: ABS plastic (waterproof, durable) Dimensions: Various (typically 40mm x 30mm x 4mm for teardrop shape) Operating Temperature: -10°C to +60°C Data Retention: >10 years Write Endurance: >100,000 cycles Attachment: Keyring hole Applications: Key access systems, parking gates, lockers, staff ID

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Self adhesive, coated paper label stickers tags, 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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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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IC Type-A Cards with Rubik advanced chip is designed specially for Rubik RFID Reader/Writer/Duplicator/Copier. The beauty of Rubik IC Type-A card is that it has wide compatibility. Cards are erasable and can be rewritten up to 10,000 times, Rubik cards life is up to 100,000 times. Made of PVC, Operating distance 0-10cm (depends on reader strength), waterproof. 

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