1.Contactless ID card - TK4100/EM4100/EM4200 card In a narrow sense, an ID card is a low-frequency read-only radio frequency card. Now there is an upgraded ID chip on the market, which is readable and writable, and the frequency band is 125KHz. The EM chip is an ID chip imported from Switzerland Microelectronics. There are compatible ID chips in China, the common TK4100 chip. The above chips can be used universally, and there is only a serial number inside the card, without any security function, and the radio frequency identification only identifies the serial number in it. Technical Indicators

1. Storage capacity: 0bit/64bit/128bit
2. Working frequency: 125KHZ
3. Reading and writing distance: 2-4cm
4. Erase and write life: unlimited reading

Application Widely used in identification, attendance system, access control system, property identification, enterprise card system, parking, animal identification, identification, identification of goods, meeting sign-in, electronic tags, warehouse management, personnel management, etc. 2.EM4305- LF Animal & Access ICs EM4305 card is a product developed by Swiss EM Microelectronics Company. The EM4305 chip is a non-contact RFID radio frequency chip with a working frequency of 100KHZ--150KHZ and read and write functions. It can provide a variety of data transmission rates and data encoding methods with low power consumption. The EM4305 chip is not only compatible with the ISO11784/11785 standard, but also complies with the ISOFDX/B animal identification standard. Technical Indicators EEPROM space 512bit, 16 bytes*32 bits distribution

• 32-bit UID (unique identification code)
• 3 Compatible with ISO 11784/11785 protocol
• 32-bit password read and write protection
• Can put EEPROM words into read-only locked state
• 2 encoding methods (Manchester, Biphase)
• Multiple data rates (8, 16, 32, 64 RF clocks)
• It has the feature that the card reader asks first
• The frequency range is 100~150KHz
• Chip comes with rectifier and voltage clamp
• No external capacitor required (voltage hold-up)
• The temperature range is -45℃~+85℃
• Very low power consumption
• Enlarged solder joints (200μm*400μm) allow direct connection to the antenna
• 3 resonant capacitors 210pF or 250pF or 330pF
• Protocol compatible with EM4469/EM4569
• Double-buffered protected word

 

• • Application Widely used in identification, attendance system, access control system, property identification, enterprise card system, parking, animal identification, identification, identification of goods, meeting sign-in, electronic tags, warehouse management, personnel management, etc.3.EM4450 - 1 KBIT READ/WRITE, LOW FREQUENCY CONTACTLESS IDENTIFICATION DEVICEEM4450 card is a product developed by Swiss EM Microelectronics Company. The EM4450 chip is a non-contact RFID radio frequency chip with a working frequency of 100KHZ--150KHZ and read and write functions. It can provide a variety of data transmission rates and data encoding methods with low power consumption.The EM4450 chip implements the 11785 standard.

Technical Indicators

•  EEPROM space 1024bit
•  Data retention: 10 years
• Card reading times: 100,000 times

Application It is widely used in patrol system, access control system, long-distance parking system and other fields. 4.ATA5577 - contactless read/write in the 100 to 150 kHz frequency band T5577 is an upgraded chip of T5557 and T5567, which is compatible with the latter two chips. The chip has a total of 330 bits of EPROM (distributed into 10 blocks, each block is 33 bits), which can be read/written from the T5557 reader/writer. Block 0 is the parameter configuration block reserved for setting the operating mode of the T5557. Block 7 can be used as a user data block, and a set of user passwords can be set to protect all data blocks to avoid illegal rewriting without permission. Technical Indicators  

• Non-contact read/write data transfer
• Radio carrier frequencies from 100KHz to 150KHz
• Compatible and extended application mode with e5550 products
• Small capacity, its structure is compatible with international standard ISO/IEC11784 / 785
• There is a 75pF resonant capacitance on the chip mask
• 7 x 32 bit E2PROM storage space including 32 bit password area
• A 64-bit storage space is separately opened as a traceable data area for manufacturers
• The 32-bit configuration register can be set as follows in E2PROM
• Data rate: fixed value from RF/2 to RF/128 or e5550 (usually used in RF/32 or RF/64)
• Modulation/coding: FSK, PSK, Manchester, biphase, NRZ (typical: Manchester)

 

• Other options: cipher mode, maximum block feature, answer-on-request (AOR) mode (default: PASS=0, MAXB=7, AOR=0); reverse data output, direct access mode, sequence terminator, write protection (every block is fully locked), OTP function, etc.

Memory Structure The memory bank is a 330-bit E2PROM, arranged in 10 blocks of pages 0 and 1, and each block (including the 1-bit lock block bit that is planned at the same time) has 33 bits. Page 0 has 8 memory blocks, block 0 of which contains configuration/control data and is not transferred during normal read operations. Block 7 can be used as a write-protection password by the user. In conjunction with the display value of the largest block, some block values or the 7th block password value can be set to be invisible. Only legitimate users who know the password can access the data block in the card. The first bit of each memory bank, that is, the 0th bit, is the lock block control bit that cannot be viewed but can be rewritten at one time (that is, the OTP feature. For safety reasons, one should provide the OTP function of rewriting the 0th bit of each block) . Block 1 and Block 2 on page 1 contain traceable data and are locked by Atmel during their data planning during manufacturing test. Application Widely used in hotel door lock card, health insurance card, campus card, enterprise/factory attendance card, gas card, Internet card, dining card, game card, student score card, phone card, theater card, entertainment card, etc. NXP HITAG Card - high reliability, robust performance and safe data transmission HITAG series chips are designed for various identification applications, including livestock tracking, casino management, access control and all logistics management applications, etc. It is the first in the market to support complex anti-jamming algorithms and can read multiple tags at the same time tag chip. NXP's HITAG portfolio features four generations of LF transponder ICs. These include HITAG µ, HITAG S, HITAG 2, and HITAG 1 devices. The operating frequency of HITAG transponder chips is 100 to 150kHz, and it can work normally even in harsh environments (such as metal objects within the range of the antenna or in humid environments), free from electronic interference, and can ensure the safety of data transmission. In order to provide the optimum solution for all applications, the ICs in the HITAG portfolio are available in different memory sizes, read/write or read-only access functions, standards-compliant proprietary encryption and in a large number of delivery forms. The transponder ICs used in the HITAG series not only comply with the ISO 11784/85 or ISO 14223 animal identification standards, but also support the ISO 18000-2 industrial standard. HITAG transponder ICs are designed for ultra-low power consumption and provide the long read range required for livestock tracking. HITAG 1 The chip capacity is 2048bit, and the operating distance can reach 1.5m. It has a very precise anti-interference function, allowing several tags to operate simultaneously within the operating range of the reading device. This extremely low-power EEPROM design can have the same distance reading and writing distance. HITAG 2 The chip capacity is 256bit, the operating distance can reach 1.5m, it has multi-mode capability, can operate under different reading devices and baud rates, and supports multiple protocols, so it can be used in various applications. HITAG S The latest member of the HITAG series has 32bit, 256bit, 2048bit capacity, and the operating distance can reach 2m. It is mainly used in the large number of livestock tracking and food safety markets. Its innovative ultra-low power design brings a longer reading distance. It is very suitable for the needs of this application field. Features and Benefits

• >Long-term mature and reliable technology
• Integrated capacitors with different capacitance values and tolerances
• Rich product portfolio
• Compliance with prevailing regulations worldwide
• Fast write speed for efficient transponder initialization
• Suitable for contactless identification transponders and cards
• Password protection
• Simple system integration

Technical Indicators

• Working frequency: 100～150Khz
• Protocol standard: Composite ISO11784/85
• Storage capacity: 32bit～2048bit
• Operating distance: 1.5 meters, 2 meters
• Erase and write times: >100,000 times
• Data retention: >10 years

Application

• Livestock tracking
• Cylinder logistics
• Laundry automation
• Factory automation
• Membership card

1. 1. 26 Bit Proximity Cards

This Clamshell Proximity Card is comparable to HID® 1326 ProxCard® II and is programmed with 26 bit format H10301. This item is programmed to your specifications and is designed for access control, event security, and time & attendance tracking. It includes a Limited Lifetime Warranty against errors in manufacturing. Save up to 50% with our high quality products over other brands. This Proximity Card is in the popular standard 26 bit format H10301. The internal Facility Code can be any number between 0 and 255. The internal Card Number can be any number between 1 and 65,535. Please add any special instructions to the notes section on the order checkout page. If you do not specify a Facility Code or Starting Number when ordering, the default Facility Code or Starting Number below will be used. Please call us if you need help determining the correct Facility Code or Starting Number. If not specified, we will send our choice in following ranges. The most common HID credentials formats working to HID Prox readers and multiCLASS readers:

• • HID H10301 format AKA HID 26bit, Wiegand 26;

 

• • HID H10302 format without facility code AKA HID 37bit, Wiegand 37;

 

• • HID H10304 format with facility code AKA HID 37bit, Wiegand 37;

 

• • HID Corporate 1000 format AKA Corp1000 35bit;

 

• • HID D10202 format AKA HID 33bit, Wiegand 33;

  26Bit Proximity Cards Proximity Card - 26bit H10301