Product

  1. IC card (MF1 S50 card)
IC card-FM11R08 card/Mifare Classic 1K card/SLE66R35 card/ISSI4439 card/MF1 S50 EV1 card In a narrow sense, an IC card refers to an M1 card, also known as an S50 card (MF1 S50 card), and in a broad sense, it refers to a readable and writable radio frequency card. The M1 card includes a contactless smart card chip suitable for applications such as public transportation, access control systems, membership cards, and more. Fully compliant with the IISO/IEC 14443 Type A standard, with 1 KB memory and 7-byte or 4-byte identifiers.   Technical Indicators ■ Fully compliant with ISO/IEC 14443 Type A 1-3 standards, ensuring a broad market for solution developers and suppliers ■ With 7-byte unique identifier (7B UID) or 4-byte non-unique identifier (4B UID) ■ A variety of product combinations, the most cost-effective ■ 1KB EEPROM ■ Card and reader compatibility across product generations, reducing infrastructure costs ■ Freely programmable memory access conditions ■ Many companies have extensive and competitive supply chains with commercial products ■ Personalization options, flexible support for 4-byte and 7-byte UID infrastructure (only for 7B UID version) ■ Faster time to market   Application ■ Public transportation ■ Electronic toll collection ■ Membership card ■ Event ticketing ■ parking  
    1. IC card - MF1 S70 card (Mifare Classic 4k card)
  MIFARE Classic MF1S70 can be used for contactless smart cards and complies with ISO/IEC 14443 Type A standard. The MIFARE Classic 4K MF1S70 IC is used in applications such as public transport tickets and can be used in various other applications.   Anti-jamming Intelligent anti-interference function allows multiple cards to work on site at the same time. The anti-jamming algorithm selects each card individually and ensures that the selected card executes the transaction correctly without interference from another card in the field.   Easy to integrate and easy to use Designed for easy integration and ease-of-use, the MF1S70yyX allows an entire ticket transaction to be completed in less than 100 ms. ■ Manufacturer-programmed 7-byte UID or 4-byte NUID identifier per device ■ Support random ID ■ Three-pass two-way authentication (ISO/IEC DIS 9798-2) ■ Each sector provides two sets of independent keys, supporting multi-purpose key system   Form ■ 7-byte UID, 4-byte NUID ■ Wafer bump core ■ MOA4 and MOA8 contactless modules Features and Benefits ■ Contactless data transmission and power supply ■ Working distance up to 100 mm, depending on antenna geometry and reader configuration ■ Operating frequency: 13.56 MHz ■ Data transfer: 106 kb/s ■ Data integrity: 16-bit CRC, parity, bit encoding, bit counting ■ Anti-jamming ■ Typical ticket transaction time: < 100 ms (including backup management) ■ 4 KB, organized in 4 blocks of 32 sectors and 16 blocks of 8 sectors (each block contains 16 bytes) ■ User-definable access conditions for each memory block ■ Data retention period is 10 years ■ Write operation endurance is 100000 cycles   Application ■ Public transportation ■ Electronic toll collection ■ Membership card ■ Event ticketing ■ parking ■ Member points ■ Internet cafes ■ Employee card ■ Access control management  
    1. Mifare Ultralight Card / Mifare Ultralight C Card / SLE66R01P Card
  MIFARE MF0ICU1 can be used with Proximity Coupling Device (PCD) and complies with ISO/IEC 14443 A standard. It is designed to be used with one-way tickets, loyalty cards or event day cards in public transport networks and can replace traditional ticketing solutions such as paper tickets, magnetic stripe tickets or coins.   With the proliferation of contactless proximity smart cards, public transport and event operators are turning to fully contactless solutions. MIFARE Ultralight for dedicated tickets will reduce system installation and maintenance costs, as well as machine failures caused by terminal damage and ticket jams. The MF0ICU1 can be easily integrated into existing solutions and even upgrades standard paper ticket vending machines. This low-cost ticketing solution helps operators reduce cash flow in the system.   The mechanical and electrical characteristics of MIFARE Ultralight meet the requirements of paper ticket manufacturers.   Contactless energy and data transfer MF0ICU1 connects the coil with a small number of turns. MF0ICU1 complies with TFC.0 (Edmondson) and TFC.1 (ISO) ticket formats defined by BS EN753-2. The TFC.1 format ticket is supported by the MF0ICU10 chip, which integrates a 17 pF on-chip resonant capacitor. The smaller TFC.0 format ticket is supported by the MF0ICU11 chip, which integrates a 50 pF on-chip resonant capacitor.   Anti-jamming Intelligent anti-interference function can realize multi-card work at the same time. The anti-jamming algorithm selects each card individually and ensures that the selected card executes the transaction correctly without data corruption due to other cards on site.   Concatenated Unique Identifier (UID) Tamper prevention is based on each IC's unique IC serial number (called a unique identifier, UID). The UID of MF0ICU1 consists of 7 bytes and supports the ISO/IEC 14443-3 cascade level 2 standard.   Safety ■ 7-byte UID per device per ISO/IEC 14443-3 standard ■ 32-bit user-definable one-time programmable (OTP) area ■ Field programmable read-only lock function per page   Features and Benefits ■ MIFARE RF interface (ISO/IEC 14443 A) ■ Contactless data transfer and power supply (no battery required) ■ Working distance: up to 100 mm (depending on antenna geometry) ■ Operating frequency: 13.56 MHz ■ Data transfer: 106 kb/s ■ Data integrity: 16-bit CRC, parity, bit encoding, bit counting ■ Anti-jamming ■ 7-byte serial number, conforming to ISO/IEC 14443-3 cascade level 2 standard ■ Typical ticket transaction time: < 35 ms ■ Fast counter transaction time: < 10 ms   EEPROM ■ 512 bits, 1536 bits, 16 pages, 48 pages, 4 bytes per page ■ Field programmable read-only lock function per page ■ 32-bit user-definable one-time programmable (OTP) area ■ 384-bit, 1152-bit user read/write area (12 pages, 36 pages) ■ Data retention period is 5 years ■ Write operation endurance is 10000 cycles   Application ■ Dedicated tickets in public transport ■ Dedicated tickets in event tickets  
    1. Mifare Plus S 2K/4K card / Mifare Plus X 2K/4K card
  Take the classic contactless smart card system to a whole new level of security! MIFARE Plus becomes the security benchmark for mainstream contactless smart card applications. It is the only mainstream IC compatible with MIFARE Classic 1K (MF1ICS50) and MIFARE Classic 4K (MF1ICS70), and after upgrading existing infrastructure and security upgrades, MIFARE Plus uses AES-128 (Advanced Encryption Standard) for authentication, data integrity and encryption. MIFARE Plus is based on the global open standard air interface and encryption algorithm, with the highest level of security. MIFARE Plus is available in two versions: MIFARE Plus X and MIFARE Plus S. MIFARE Plus S (see this data sheet for the description of MF1SPLUSx0y1) is the standard version directly upgraded from the MIFARE Classic system. It is configured to provide high data integrity.   MIFARE Plus X (MF1PLUSx0y1) offers increased flexibility, optimizing the command flow for speed and security. It offers a rich feature set, including close inspection against secondary attacks.   Features and Benefits ■ 2 kB or 4 kB EEPROM ■ Simple fixed memory structure, compatible with MIFARE Classic 1K and MIFARE Classic 4K ■ The memory structure is the same as MIFARE Classic 4K (area, block) ■ Access conditions can be freely configured ■ PLUS S version supports ISO/IEC 14443 Class A UID (4-byte UID, 4-byte NUID, 7-byte UID), optional random ID is supported; PLUS X version supports ISO/IEC 14443-3 UID, 4-byte NUID, 7-byte UID), optional support random ID ■ Multi-sector verification, multi-block read and write ■ PLUS S version has AES-128 for authentication and integrity; PLUS X version has AES-128 for authentication, confidentiality and integrity ■ Anti-modification mechanism when writing AES key ■ The key can be stored in the form of MIFARE CRYPTO1 key (2 × 48 bits per sector) and AES key (2 × 128 bits per sector) ■ Basic support for the virtual card concept ■ Communication speed up to 848 kb/s ■ Number of single write operations: 200,000 cycles (typical value) ■ Common Criteria Certification: EAL4+   Application ■ Public transportation ■ Access control management, such as employee, school or campus cards ■ Electronic toll collection ■ Internal micropayment ■ Internet cafes ■ Affiliate program ■ parking  
    1. Mifare Plus EV1 2K card / Mifare Plus EV1 4K card
  Take the classic contactless smart card system to a whole new level of security! MIFARE Plus becomes the security benchmark for mainstream contactless smart card applications. It is the only mainstream IC compatible with MIFARE Classic 1K (MF1ICS50) and MIFARE Classic 4K (MF1ICS70), and after upgrading existing infrastructure and security upgrades, MIFARE Plus uses AES-128 (Advanced Encryption Standard) for authentication, data integrity and encryption. MIFARE Plus is based on the global open standard air interface and encryption algorithm, with the highest level of security. MIFARE Plus is available in two versions: MIFARE Plus X and MIFARE Plus S. MIFARE Plus S (see this data sheet for the description of MF1SPLUSx0y1) is the standard version directly upgraded from the MIFARE Classic system. It is configured to provide high data integrity.   MIFARE Plus X (MF1PLUSx0y1) offers increased flexibility, optimizing the command flow for speed and security. It offers a rich feature set, including close inspection against secondary attacks.   Features and Benefits ■ 2 kB or 4 kB EEPROM ■ Simple fixed memory structure, compatible with MIFARE Classic 1K and MIFARE Classic 4K ■ The memory structure is the same as MIFARE Classic 4K (area, block) ■ Access conditions can be freely configured ■ PLUS S version supports ISO/IEC 14443 Class A UID (4-byte UID, 4-byte NUID, 7-byte UID), optional random ID is supported; PLUS X version supports ISO/IEC 14443-3 UID, 4-byte NUID, 7-byte UID), optional support random ID ■ Multi-sector verification, multi-block read and write ■ PLUS S version has AES-128 for authentication and integrity; PLUS X version has AES-128 for authentication, confidentiality and integrity ■ Anti-modification mechanism when writing AES key ■ The key can be stored in the form of MIFARE CRYPTO1 key (2 × 48 bits per sector) and AES key (2 × 128 bits per sector) ■ Basic support for the virtual card concept ■ Communication speed up to 848 kb/s ■ Number of single write operations: 200,000 cycles (typical value) ■ Common Criteria Certification: EAL4+   Application ■ Public transportation ■ Access control management, such as employee, school or campus cards ■ Electronic toll collection ■ Internal micropayment ■ Internet cafes ■ Affiliate program ■ parking    
    1. Mifare DESFire EV1 2K/4K/8K card
  MIFARE DESFire EV1 (MF3ICD(H) 21/41/81) is a Common Criteria (EAL4+) certified product for service providers requiring secure multipurpose smart cards for mass transit systems, access management or internal electronic payment applications. It fully meets the needs of fast and highly secure data transfer, flexible storage planning and interoperability with existing infrastructure.   MIFARE DESFire EV1 is based on a global open standard air interface and encryption method. Fully complies with the four levels of ISO/IEC 14443A standards, and specifically selects the ISO/IEC 7816-4 directive. It has a chip-embedded backup management system and three-way two-way authentication.   A MIFARE DESFire EV1 card can store up to 28 different applications. Each application has 32 files. The size of each file can be set during the initial design, so It is a truly flexible and convenient product. In addition, all file types have an automatic anti-modification mechanism to ensure the integrity of the exchanged data. With MIFARE DESFire EV1, the data transmission speed can reach 848 kb/s, making fast data transmission possible. The key features of this device are implied in the product name. "DESFire": DES means the 3DES or AES hardware encryption engine used to encrypt the transmitted data; "Fire" means that the product acts as a fast (F), innovative (I), reliable (R), safe (E) IC in close range Preeminence in the world of contactless transactions. As a result, MIFARE DESFire EV1 brings many benefits to the end user, as cardholders experience the convenience of contactless ticketing applications and can also use the same card for other related applications, such as paying for purchases in vending machines , used as access control management or event tickets.   In other words, the MIFARE DESFire EV1 silicon solution combines security and reliability to bring system designs favored by consumers. MIFARE DESFire EV1 achieves the best balance of speed, performance and cost-effectiveness. The open concept of the system can seamlessly integrate other ticketing tools in the future (such as smart tickets, remote control keys (key fob) and mobile phones using NFC short-range wireless communication technology. Ticketing, etc.), and fully compatible with existing MIFARE card reader hardware platforms. MIFARE DESFire EV1 is your passport to the contactless world. Features and Benefits ■ RF Interface: ISO/IEC 14443 Class A ■ Contactless data transmission and RF field power supply (no battery required) ■ Working distance: up to 100 mm (depending on the power supply provided by the PCD and the antenna geometry) ■ Operating frequency: 13.56 MHz ■ Fast data transfer: 106 kb/s, 212 kb/s, 424 kb/s, 848 kb/s ■ High data integrity: 16/32 bit CRC, parity, bit encoding, bit counting ■ True deterministic anti-jamming ■ 7-byte unique identifier (conforms to ISO/IEC 14443-3 cascade level 2 standard, and provides optional random ID) ■ Using the ISO/IEC 14443-4 protocol ISO/IEC 7816 Compatibility ■ Support ISO/IEC 7816-3 APDU message structure ■ For "Select File", ISO/IEC 7816-4 INS code "A4" is supported ■ For "Read Binary", ISO/IEC 7816-4 INS code "B0" is supported ■ For "Update Binary", ISO/IEC 7816-4 INS code "D6" is supported ■ For "Read Record", supports ISO/IEC 7816-4 INS Code "B2" ■ For "Additional Records", ISO/IEC 7816-4 INS code "E2" is supported ■ Supports ISO/IEC 7816-4 INS Code "84" for "Seeking Challenge" ■ For "Internal Certification", ISO/IEC 7816-4 INS code "88" is supported ■ For "external certification", ISO/IEC 7816-4 INS code "82" is supported   Non-volatile memory ■ 2 kB or 4 kB or 8 kB nonvolatile memory ■ Data retention period is 10 years ■ Write operation endurance is typically 500 000 cycles   Non-volatile memory structure ■ Flexible file system ■ Up to 28 applications can run simultaneously on one PICC ■ Each application supports up to 32 files (standard data files, backup data files, numerical files, linear recording files and circular recording files) ■ File size is determined at creation time   Concatenated Unique Identifier (UID) Tamper prevention is based on each IC's unique IC serial number (called a unique identifier, UID). The UID of MF0ICU1 consists of 7 bytes and supports the ISO/IEC 14443-3 cascade level 2 standard. safety ■ Common Criteria Certification: EAL4+ (hardware and software) ■ Each device has a unique 7-byte serial number ■ Optional "random" ID for enhanced security and privacy ■ Three-pass two-way authentication ■ Two-way authentication according to ISO/IEC 7816-4 standard ■ Supports 1 card master key and up to 14 keys per application ■ Hardware DES using 56/112/168-bit key, providing key version and confirming data authenticity through 8-byte CMAC ■ Hardware AES with 128-bit key, 8-byte CMAC to provide key version and verify data authenticity ■ Data encryption on the RF channel ■ Application layer authentication ■ Hardware anomaly detection mechanism ■ Self-protecting file system ■ Backward compatible with MF3ICD40: 4 byte MAC, CRC 16   Special Function ■ Transaction-oriented automatic anti-modification mechanism ■ Configurable ATS information to personalize the card ■ Backward compatible with MF3ICD40 ■ Optional high input capacitance (70pF) for small size designs (MF3ICDH 21/41/81)   Application ■ Advanced public transport system ■ High security access control management ■ Internal electronic payment system ■ Event ticketing ■ E-government application      
  1. Mifare DESFire EV2 2K/4K/8K card
Mifare DESFire (EV2(H)mf3d X2/X4/X8) is the latest addition to the Mifare DESFIRE family, introducing new features and improving performance for the best user experience. Mifare DESFire Ev2 is Common Criteria EAL5+ security certification, which is the same level of security certification as the requirement for IC smart card products such as bank cards and electronic passports. It fully meets the requirements for fast, highly secure data transmission and flexible application management. This makes it an ideal product for service providers and service operators looking to provide an easy, convenient and secure way to access a wide variety of different services.   MIFARE DESFire EV2 provides optimal flexibility when creating multi-application scenarios, such as multi-keyset and transaction MAC misartapp features to support new business models. Smart city services such as can be used with only a Mifare DESFire Ev2 card in combination with services such as public transport, car or bike sharing, access to city attractions with citizen services, closed-loop e-payment applications and local loyalty programmes.   MIFARE DESFire Ev2 is an encryption method for the air interface based on global open standards. It is compliant with all levels of ISO/IEC 14443A and supports optional ISO/IEC 7816-4 (APDU command and file structure support), and is fully compatible with existing read and write bases.   With an on-chip backup management system and three-way mutual authentication, a Mifare DESFire Ev2 card can accommodate as many applications as memory. Each application can hold up to 32 files with various data configurations. Each application can hold up to 32 files with various data configurations. The size of each file defines the moment of its creation, making MIFARE DESFire Ev2 a truly flexible and convenient product. All file types have an automatic tear-resistant mechanism that ensures transaction-oriented data integrity. The main features of the device are indicated by its name "DESFire": DES displays a high level of security using 3DES or AES hardware encryption engines for data transmission confidentiality and integrity protection. Fire indicates its prominence as a fast, innovative, reliable and safe IC in the contactless proximity transaction market.   MIFARE DESFire EV2 offers the perfect balance of speed, performance and cost efficiency. Its open concept allows seamless integration of other ticketing media such as smart tickets, bank converging cards and mobile ticketing based on Near Field Communication (NFC) technology. It is also fully compatible with existing read and write hardware platforms. MIFARE DESFire Ev2 is your secure contactless system worldwide ticket.      
    1. NTAG203 card / NTAG213 card / NTAG215 card / NTAG216 card
  NTAG203, NTAG213, NTAG215 and NTAG216 were developed by NXP Semiconductors and are used as standard NFC tag ICs to work with NFC devices or NFC-compatible proximity coupling devices and are widely used in market applications such as retail, gaming and consumer electronics. The NTAG203 communication layer (RF interface) complies with ISO/IEC 14443A standard Part 2 and Part 3; NTAG213, NTAG215 and NTAG216 (hereinafter collectively referred to as NTAG) are designed to fully comply with NFC Forum Type 2 tags and ISO/IEC14443 Type A specifications.   Target applications include outdoor and print media smart advertising, SoLoMo applications, product verification, NFC shelf labels, mobile phone companion labels.   Targeted use cases include outdoor smart advertising, product authentication, mobile phone companion tags, Bluetooth or Wi-Fi pairing, electronic shelf labels and business cards. NTAG memory can also be segmented to deploy multiple applications simultaneously.   Contactless energy and data transfer NTAG communication can be established only when the IC is connected to the antenna. The high-speed RF communication interface allows data to be transmitted at a baud rate of 106 kb/s when the NTAG is within RF range.   Simple deployment and convenience for users ■ NTAG offers special features designed for improved integration and user convenience. ■ Fast read capability allows scanning a complete NDEF message with only one FAST_READ command, reducing overhead in high-throughput production environments. ■ Improved RF performance allows greater flexibility in choice of shape, size and material. ■ Selection of 75 μm thick ICs enables the production of ultra-thin labels for easier integration, such as magazines or game cards. Safety ■ Manufacturer-programmed 7-byte UID per device ■ Preprogrammed functional container with one-time programmable bits ■ With field programmable read-only lock function ■ Original signature based on ECC ■ 32-bit password protection prevents unauthorized memory operations Compliant with NFC Forum Tag Type 2 NTAG IC fully complies with the NFC Forum Tag Type 2 technical specification and provides NDEF data structure configuration.   Anti-jamming Intelligent anti-jamming feature allows multiple tags to work in the field at the same time. An anti-jamming algorithm selects each tag individually and ensures that the selected tag executes the transaction correctly without being interfered by the presence of another tag in the field.   Features and Benefits ■ Contactless data transmission and power supply ■ Operating frequency: 13.56 MHz ■ Data transfer: 106 kb/s ■ Data integrity: 16-bit CRC, parity, bit encoding, bit counting ■ Working distance: up to 100 mm (depending on various parameters such as field strength and antenna geometry) ■ 7-byte serial number (ISO/IEC 14443-3 cascade level 2) ■ UID ASCII mirror for automatic serialization of NDEF messages ■ Read command triggers automatic NFC counter ■ ASCII mirror of the NFC counter to automatically add the NFC counter value to the NDEF message ■ Original signature based on ECC ■ Fast read command ■ Truly anti-jamming ■ 50 pF input capacitance   EEPROMv ■ 168 bytes, 180 bytes, 540 bytes, or 924 bytes organized in 42, 45, 135, or 231 pages of 4 bytes each ■ 144 bytes, 144 bytes, 504 bytes or 888 bytes user free read/write area (36 pages, 36 pages, 126 pages or 222 pages) ■ 4-byte initialized functional container with one-time programmable access bits ■ The first 16 pages have a field-programmable read-only lock function per page ■ Field programmable read-only lock function for every page (NTAG203) for the first 8 pages, every two pages (NTAG213) or every 16 pages (NTAG215 and NTAG216) after the first 16 pages ■ NTAG213, NTAG215, NTAG216 configurable password protection with optional failed attempt limit function ■ NTAG213, NTAG215, NTAG216 have anti-modification support functional container (CC) and lock bit ■ NTAG213, NTAG215, NTAG216 have originality test and support ECC ■ Data retention period is 10 years ■ Write operation endurance is 100,000 cycles Application ■ Smart Ads ■ Product and equipment certification ■ call request ■ SMS ■ Call to action ■ Discount coupons and coupons ■ Bluetooth or Wi-Fi pairing ■ Connection switching ■ Product certification ■ Supporting label for mobile phone ■ Self-labeling of electronic products ■ business card  
  1. ICODE SLI card/ICODE SLI-S card/ICODE SLIX card/ICODE SLIX-S card
ICODE is a proven and reliable technology that ranks first in the world with nearly 200 million ICs used. All ICODE family products support ISO 15693 / ISO 18000-3 compliant infrastructure. ICODE is an open platform, and any company that wants to develop, promote and sell ICODE-compatible products and services can use this technology.   NXP implements the "Open Value Chain Strategy", is your ideal partner, and provides benchmark RFID solutions worldwide - ICODE is an open platform, any company that wants to develop, promote and sell ICODE compliant products and services can use this technique. NXP implements the "Open Value Chain Strategy", whether you are a smart label manufacturer, component supplier, or system integrator, NXP is your ideal partner, providing benchmark RFID solutions worldwide. The ICODE interface platform currently includes: ICODE SLI Series ICODE SLI is the industry leading product for ISO15693/ISO18000-3 compliant applications. Its RF performance is the industry benchmark, top-notch quality, and a full set of features optimized for a variety of application environments. With ICODE SLI-S, the ICODE family has been extended with enhanced user memory and password protection for memory access and EAS. In addition, ICODE SLI-S also provides privacy protection and cleaning functions. Its excellent RF characteristics ensure robust and reliable performance in industrial environments. ICODE SLI-L is an economical IC for ISO15693/ISO18000-3 compliant applications with small memory capacity. Although SLI-L has a smaller memory capacity, it still ensures the same powerful performance as SLI-S.   ICODE SLIX series ICODE SLIX series (ICODE SLIX, SLIX-S, SLIX-L) is a new generation of ICODE SLI series with the same functions but stronger RF performance. Its read range has been increased by 20% and the effect of offset is lower, which brings the system reliability to a new level. And, all products in this product line support additional EAS and AFI password protection. Its effective data retention period of up to 50 years is ideal for libraries, archives and other long-term preservation applications.   Features and Benefits ■ Best-in-class RF performance ■ Globally proven and reliable technology with globally supported third-party equipment ■ Each IC has a unique identifier ■ Functions fully meet user needs ■ Reprogrammable user memory up to 1280 bits, data retention period up to 50 years ■ Compliance with prevailing regulations worldwide ■ Optional password protection for EAS, AFI and user memory ■ First-class cost performance ■ Privacy protection function ■ Complete range of compatible products, suitable for developing future innovative products   Application ■ Library and rental services ■ Healthcare ■ Ski ticketing ■ Asset management and smart shelf solutions ■ Factory automation  
  1. CPU card-FM1204 card/FM1208 card/FM1216 card
This type of chip is a single-interface non-contact CPU card chip, produced in Shanghai Fudan Microelectronics, and is currently the most widely used CPU card in the industry. Product Category: FM1204 is compatible with M1 CPU card (1K is compatible with M1+3K CPU), supports DES algorithm, COS conforms to PBOC2.0 standard FM1208-09 standard CPU card (8K CPU), supports DES algorithm, COS complies with PBOC2.0 standard FM1208M01-10 M1 compatible CPU card (1K compatible M1 + 7K CPU), supports DES algorithm, COS complies with PBOC2.0 standard FM1208-43 CPU card (8K CPU) conforming to the standard of the Ministry of Construction, supporting DES algorithm, with the official certification code of the Ministry of Construction, COS conforming to the PBOC2.0 standard and the standard of the Ministry of Construction FM1208SH01-68 CPU card (Shanghai bus card) that meets the standards of the Ministry of Construction, compatible with FM11RF08SH CPU card, with the official certification code of the Ministry of Construction, COS meets the standards of the Ministry of Construction and Shanghai local standards FM1208M04-23 Compatible with S70 CPU card (4K compatible with S70 + 4K CPU), supports DES algorithm, COS complies with PBOC2.0 standard FM12AS04M01-35 M1 compatible CPU card (1K compatible M1 + 4K CPU), supports DES algorithm, COS complies with PBOC2.0 standard FM12AG08M01-37 M1-compatible CPU card (1K compatible with M1 + 1K CPU supporting national secret SM1 algorithm access control application + 2K CPU supporting PBOC application), supports DES algorithm, supports SM1 algorithm of State Cryptography Administration, COS conforms to PBOC2.0 standard FM1208-30 is a CPU card (8K CPU) that meets the standards of the Ministry of Construction, supports DES algorithm, and has a test certification code from the Ministry of Construction. dedicated) FM1216-137 card is compatible with M1 CPU card (1K is compatible with M1+15K CPU), supports DES algorithm, COS conforms to PBOC2.0 standard   Characteristic ■ Communication protocol: ISO 14443-A ■ MCU instruction compatible with 8051 ■ Support 106Kbps data transfer rate ■ Triple-DES coprocessor ■ Program memory 8K*8bitEEPROM ■ 256*8bit iRAM ■ 384*8bit xRAM ■ Low voltage detection reset ■ High and low frequency detection reset ■ EEPROM meets the index of 100,000 erasing and writing ■ EEPROM meets the 10-year data retention index ■ One identification card: 3ms (including reset response and conflict) ■ EEPROM erase time: 2.4ms ■ Typical transaction time: <350ms Safety ■ With reverse power analysis module ■ There is a high and low frequency detection and reset module, and the chip's operating frequency exceeds the detection range and automatically resets ■ EOM anti-reverse extraction, access data encryption.  
    1. Tag-it™ HF-I Plus Card (TI256 Card/TI2048 Card)
  Ti2048 non-contact IC thin card, composed of IC chip and induction antenna, is pressed into a card of international standard size by high-temperature lamination process. The original Tag-it HF-I chip of Texas Instruments used in the Ti2048 RF thin card complies with the IEC/ISO 15693 air interface protocol, and the reading and writing distance can reach 1m with the portal antenna, which is very suitable for reading multiple cards at a time (anti-collision) occasions.   Technical Indicators ■ Storage capacity: 2k bit, divided into 64×32 segments, unique 64bit serial number ■ Working frequency: 13.56MHz±200kHz ■ Read and write distance: 5cm standard desktop card reader ■ Read and write time: up to 50 tags can be confirmed simultaneously per second ■ Working temperature: -20℃~55℃ ■ Erase and write life: ≥100,000 times ■ Data retention: ≥10 years ■ Executive standard: ISO15693   Application ■ Enterprise card ■ School management ■ Bus stored-value card ■ Expressway tolls ■ Parking lot ■ Community management    
    1. LEGIC MIM256 card/LEGIC MIM1024 card
  The Prime series is a very reliable non-contact card chip launched by LEGIC in 1992. So far, the chip has not been cracked, and there is no compatible chip, which shows the high security of its products. The commonly used models of the Prime series are LEGCI MIM256 and LEGIC MIM1024, which are widely used in security fields such as access control and identification, and occupy a leading position in the European access control security market.   Technical Indicators ■ Storage capacity: 256byte (LEGCI MIM256), 1024byte (LEGIC MIM 1024) ■ Working frequency: 13.56MH ■ Basic security, focusing on convenience, a single card can achieve up to 127 applications ■ Integrated high frequency and digital component integration interface ■ Meet EN300 330 and CE standards ■ Compatible with LEGIC256 or 1024 byte chips ■ Data retention: ≥10 years ■ Master token system control and automatic key management system (based on LEGIC prime chip and security)   Application ■ Enterprise card ■ School management ■ Bus stored-value card ■ Expressway tolls ■ Parking lot ■ Community management  
  1. LEGIC ATC256 card/LEGIC ATC1024 card/LEGIC ATC2048 card/LEGIC ATC4096 card/LEGIC CTC4096 card
The LEGIC advant chip series offers a variety of contactless logic encryption chips that meet the contactless ISO14443 A and ISO 15693 application standards.   All types of chips have powerful security application management functions. From the basic single application to the comprehensive "one card" solution, there are various memory sizes and ISO standards to choose from. All chips share a common application interface.   The chip adopts LEGIC's unique main token system control TM, which is convenient for realizing one card with multiple functions, security system control and data control. ■ Contactless interface: Compatible with 13.56MHz, ISO14443 A and ISO 15693 ■ Memory capacity: storage capacity from 128 bytes to 4096 bytes. Data segments and read/write permissions can be dynamically defined, and each application can be allocated from 16 bytes to 4096 bytes ■ One card with multiple functions: plug-and-play multi-application, up to 127 applications   Safety: ■ Integrated system security & key management based on physical token (LEGIC master token system control). A secure physical token prevents non-secure passwords and translates directly to system control for system users. ■ Specify encrypted data transmission and encrypted data storage methods (AES 128/256 bytes, 3DES, DES, LEGIC encryption) for each application. ■ A unique chip ID (UID) is built into all LEGIC chips, and the LEGIC SafeID feature (authenticated UID) is also used to enhance credibility. ■ The hardware has passed EAL4+CC certification (ATC4096).   Common API: Provides common API for all LEGIC advant cards, which can be designed conveniently, timely and effectively. Application ■ Enterprise card ■ School management ■ Bus stored-value card ■ Expressway tolls ■ Parking lot ■ Community management
    1. SRT512 card/SRI512 card
  The SRT512 chip was developed by STMicroelectronics (ST), the world's leading developer of RFID chips. The SRT512 is designed for ISO 14443-B compliant short-range applications that require reusable tokens, such as access control systems, exhibition ticketing, and bus ticketing. In order to maintain efficient operation in these applications, the chip has a built-in anti-collision mechanism to prevent the chip from conflicting with other nearby cards, and the transaction speed is at a superior level among similar products. An on-chip computing unit including dual counters and tear-resistant features enable a secure and card-durable solution.   technical indicators ■ User capacity: 512bit ■ Protocol standard: ISO14443 TYPE B ■ Carrier frequency: 13.56MHz ■ Baud rate: 106kbit/s ■ With anti-collision mechanism ■ Operating distance: >20cm   EEPROM ■ User password area: 5 blocks, each block is 32bit ■ Binary counter: 2 blocks, each 32bit ■ Lockable EEPROM: 9 pieces, each 32bit ■ UID serial number: 64bit ■ Internal capacitance: 70pF Main application ■ Subway ticketing ■ Hotel door lock  
  1. FELICA-Lite-S card
Felica is a radio frequency identification technology developed by SONY. The carrier frequency used by this technology is the same as ISO14443A and ISO14443B, both are 13.56MHz, so some people call it ISO14443C, but SONY does not officially accept this title.     The Felica technology is not a fully open protocol, especially the part of the technology that involves security authentication and encryption, and SONY has kept it very secret. This article introduces only part of its public information.     The communication protocol of Felica technology includes three layers: the physical layer describes the physical and electrical characteristics of data transmission; the data link layer describes the format of data transmission and error detection; the application layer describes the functions and specifications of commands.     Felica has two important parameters: factory identification code (IDm) and factory parameter (PMm). IDm and PMm can be obtained by polling commands. IDm and PMm are fixed in the card when leaving the factory, and cannot be modified after the card leaves the factory.   Felica uses the Factory Identification Number (IDm) to identify a card in communications. Idm contains two parts, manufacturer code and card identification code.   The factory parameters (PMm) include 2-byte chip type (used to identify the product) and 6-byte maximum response time parameters (used to determine the timeout time of each command).   Felica implements the anti-collision mechanism of the card based on the time slot method. In order to recognize a card, the reader must poll an unknown number of cards using the polling command. After the card receives the polling command, it randomly selects a time slot, and responds when the reader calls the time slot, so as to achieve anti-collision. When the reader correctly receives a card's response to the polling command, the reader can obtain the Idm of the card. In the subsequent communication, the reader can read from multiple cards in the RF field by including the Idm in the command packet. The only designated one for communication. After receiving the command, the card will compare its own Idm with the Idm in the command packet, if they are different, the card will not respond to the command. This mechanism enables card selection in an RF field.    

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