Description
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:
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 |
