Cykeo RFID IoT Solution Products R&D Manufacturer
Is RFID or barcode scanning more cost-effective for inventory control?
537Compare RFID and barcode scanning costs for inventory management. Learn which system offers better ROI for warehouses, retail, and manufacturing.
MoreHow Much Memory is in an RFID Tag?
RFID tag memory ranges from 64 bits to 8 KB, depending on the tag type and purpose. Passive tags typically store basic identifiers (e.g., unique IDs), while advanced active tags can hold sensor data, timestamps, or encryption keys. Here’s a detailed guide to RFID memory types and their applications.
1. Memory Capacity by RFID Tag Type
| Tag Type | Memory Range | Common Uses |
|---|---|---|
| Passive LF/HF | 64 bits – 2 KB | Access control, payment cards, animal ID |
| Passive UHF | 96 bits – 4 KB | Retail inventory, supply chain tracking |
| Active/Semi-Passive | 512 bytes – 8 KB | Cold chain monitoring, industrial IoT |
2. What Can You Store in an RFID Tag?
- Basic Tags (64–256 bits):
- Unique identifiers (UIDs) linked to databases.
- Example: Cykeo’s EcoTag Basic stores a 128-bit UID for retail inventory.
- Advanced Tags (1–8 KB):
- Sensor data (temperature, humidity).
- Encryption keys for secure authentication.
- Maintenance logs (e.g., equipment service history).
3. Factors Influencing Memory Needs
- Data Type: Text vs. numeric data (e.g., a serial number vs. a temperature log).
- Security: Encrypted tags require extra memory for keys and certificates.
- Frequency: High-memory tags often use UHF or active systems for complex applications.
4. Cykeo’s High-Memory RFID Solutions
- Cykeo’s DataTrack Series offers 4 KB tags for storing sensor data in healthcare and logistics.
- Their SecureVault Tags provide 2 KB memory with AES-256 encryption for anti-counterfeiting.
5. Case Study: 90% Faster Data Collection
A pharmaceutical company reduced vaccine monitoring time by 90% using Cykeo’s 4 KB RFID tags to store temperature logs, eliminating manual paperwork.
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