NXP low-frequency HITAG-µ ICs

• Representing the next level of cost and performance leadership for RFID applications, these low-frequency ICs support the upcoming ISO14223-2 standard and its anti-collision protocol.
• NXP HITAG-µ ICs Features
  - Fourth-generation HITAG technology
  - Integrated resonance capacitor
  - Meets industry standards
  *Complies with ISO 11784/85
  *Supports upcoming ISO/IEC 14223 and ISO/IEC 18000-2
  - Flexible memory options
  - Up to 10,000 erase/write cycles
  - 10 years non-volatile data retention
  - Frequency range of 100 to 150 kHz
  - Data rates (tag to reader): 2, 4, or 8 kB/s
  - Data rate (reader to tag): 5.2 kB/s
  - Memory Lock functionality
  - 32-bit password feature
  - 48-bit Unique Identifi cation Number (UID)
• NXP HITAG-µ ICs Applications
  - Livestock tracking and food safety
  - Import/export control
  - Automated laundry services
  - Logistics for re-usable packaging (beer kegs, gas cylinders)
  - Waste management in accordance with German BDE standard
  - Marathon timing
  - Casino gaming

• Features	HITAG-µ advanced / HITAG-µ advanced +	HITAG-µ ISO 18000
  100 to 150 kHz	yes	yes
  Anti-collision	60 tags/sec	-
  Unique ID Number	48 bit	48 bit
  R/W and Lock capability	yes	yes
  Total memory size (bits)	512 / 1760	1760
  Integrated security	Yes, 32 bit password	Yes, 32 bit password
  Integrated resonance capacitor	210 pF ±3%, 280 pF ±5%	210 pF ±3%, 280 pF ±5%
  ISO 11784/85	yes	yes
  Command set	HITAG-µ	ISO 18000
  Fast Write command	yes	yes

• The HITAG-µ family is the latest addition to NXP’s well-established HITAG portfolio for RFID. The fourth generation architecture provides advanced yet low-cost performance in a wide range of large-scale RFID applications.
• For animal ID applications, the NXP HITAG-μ architecture is fully compliant with the ISO 11784/85 standards and provides the anti-collision and read-write functionality of the upcoming ISO/IEC 14223 standard. For item management, the architecture also supports the new ISO/IEC 18000-2 standard, including its AIDC techniques.
  Each HITAG-µ IC has an integrated resonance capacitor of 210 pF with ± 3% tolerance or 280 pF with ± 5% tolerance over full production.
• The read/write device uses 100% ASK modulation and binary pulse length coding to communicate with the IC. The ICs support fast anti-collision protocol and data integrity check (CRC). They support Transponder Talks First (TTF) mode and can temporarily switch to Reader Talk First (RTF) mode.