NFCKILL (PROFESSIONAL VERSION)

NFC Kill are devices designed to physically and permanently disable RFID tags.

Use cases include:

• GDPR-compliant data deletion for RFID tags containing confidential information.
• Deactivation of embedded tags (in clothing, glasses, shoes, etc.) used to track/limit distribution or resale.
• Deactivation of tracking tags used for detection/identification/tracking.

Specially built for low frequency (125 kHz) and high frequency (13.56 MHz) RFID tags, typically used in access control, loyalty cards, transportation cards, identification documents, pet tags, etc.

Fully handy with internal battery.

Target frequencies:

• High frequency (13.56MHz)
• Tags: All known tags (MIFARE family, HID iCLASS, Calypso, contactless payments, etc.)
• Hardware: Most reading and writing devices, NFC-equipped phones, contactless payment terminals, etc.
• Effective range: 0 - 6 cm
• Throughput: 50 cards per cycle (max. 6000 per minute)
• Low frequency (125 - 134 kHz)
• Tags: All known tags (HID, Indala, etc.)
• Hardware: Most readers and writers
• Effective range: 0 - 5 cm
• Throughput: 1 card per cycle (max. 120 per minute)
• Ultra high frequency (850 - 930 MHz)
• UHF technology is fundamentally different and requires a different device. Please familiarize yourself with the UHFKill device.

Other possible uses for:

• Wireless charging (chargers and devices)
• POS systems
• Systems equipped with an induction loop
• Systems with coils that can induce current
• Technical Specifications

NFCKill has the following technical specifications:

Frequencies:

• Tuned frequencies: 125KHz - 13.56MHz

Equipment:

• Battery: Lithium-ion battery, 3.3V
• Input frequency: 3.3V
• Output voltage: ~1600V

Modes of operation:

• Single pulse (standard and professional versions)
• Continuous (2 Hz / 0.5 s) (Professional version only)

Additional information:

• Battery life: ~10,000 discharge cycles
• Charging interface: Micro-USB
• Housing: ABS
• LEDs: 4x battery level indication, 1x power indication, 1x operation indication