HID 2002PGGMV 200x iCLASS Contactless Smart Cards, Standard PVC, 16K Bits (2K Bytes) with 16 Application Areas
- 13.56 MHz read/write contactless smart card technology provides high-speed, reliable communications with high data integrity
- iCLASS technology ensures high security with mutual authentication, encrypted data transfer, and 64-bit diversified keys for read/write capabilities
- Any existing HID format can be factory or field programmed into the secure HID access control application area
- Available in 2k bit (256 Byte), 16k bit (2K Byte) or 32k bit (4K Byte) configurations
- Meets ISO standards for thickness for use with all direct image and thermal transfer printers

The HID 2002PGGMV 200x iCLASS Contactless Smart Cards offer advanced access control technology combined with versatility and security. With a capacity of 16K bits (2K bytes) and 16 application areas, these cards are designed for diverse applications such as access control, biometrics, and cashless vending. Their robust features include high-speed communication, superior encryption, and customization options, making them an ideal choice for any organization requiring reliable smart card solutions.
Features
- 13.56 MHz read/write contactless smart card technology: Provides high-speed, reliable communications with high data integrity.
- High security with iCLASS technology: Ensures mutual authentication, encrypted data transfer, and 64-bit diversified keys for robust read/write capabilities.
- Factory or field programming: Any existing HID format can be programmed into the secure HID access control application area.
- Memory options: Available in 2k bit (256 Byte), 16k bit (2K Byte), or 32k bit (4K Byte) configurations to suit various needs.
- ISO standards compliance: Meets ISO standards for thickness for compatibility with all direct image and thermal transfer printers.
- Customizable: Add a magnetic stripe, barcode, anti-counterfeiting features, or photo ID directly on the card.
Detailed 2002PGGMV iCLASS Card Features
- Sufficient read/write memory: Capable of storing multiple biometric templates efficiently.
- Multiple application area configurations: 16k available in two or sixteen area options to support varied applications.
- Numerous applications support: Each card enables secure applications like access control and future growth.
- ISO compliance: Adheres to ISO 15693 and 14443B standards for seamless contactless communications.
Read/Write Functionality Overview
iCLASS® technology enhances access control by employing encrypted data transmission between the card and reader, securing against data compromise and card duplication. Utilizing industry-standard encryption techniques further fortifies security. Multi-functional memory applications leverage protected read/write keys, facilitating complex usage while supporting future scalability.
Proven and Reliable Technology
The HID iCLASS cards ensure consistent read ranges that are unaffected by physical obstructions or environmental variations, ensuring reliable performance in any condition.
Compact and Portable Design
These cards are thin enough to fit comfortably alongside credit cards in wallets or purses and can be used as photo ID badges with a strap and clip.
Photo ID Compatible
Print directly onto the cards using thermal transfer or direct image printers, with the option for vertical slot punching for convenient use.
Long-Lasting Durability
The passive design of the HID iCLASS cards is battery-free and supports an estimated minimum of 100,000 reads, ensuring longevity and reliability.
| Feature | Details |
|---|---|
| Frequency | 13.56 MHz |
| Memory Capacity | 16K Bit (2K Bytes) |
| Application Areas | 16 |
| Material | Standard PVC |
| Programming | iCLASS programmed with standard Access Control Application |
| Design | Plain White with Gloss Finish |
| Card Numbering | Sequential Matching Programmed/Printed (Inkjetted) |
| Orientation | Vertical Slot Punch (Portrait) |
| Printing Compatibility | Compatible with direct image and thermal transfer printers |
| Estimated Reads | Minimum 100,000 |



