Elatec TWN4 SLIM MK2 HP Kit NL/HF, BLE, opción P/I, HIP2 Pocket Kit

Multi-technology RFID reader kit with integrated LF/HF antennas and Bluetooth Low Energy, packaged in the HIP2 pocket housing for portable identification tasks. The standout capability is its dual-frequency read/write support covering both 125 kHz and 13.56 MHz credentials, enabling seamless migration from legacy prox to modern smart cards.

Advantages

The TWN4 SLIM MK2 HP Kit delivers exceptional flexibility with a single device that reads nearly all common RFID transponders. Its compact HIP2 pocket form factor makes it ideal for mobile use, while the P/I option adds RS232 and TTL interfaces for embedded integration. BLE connectivity allows wireless communication with smartphones and tablets, and the field-upgradeable firmware ensures future-proofing. Multi-color LED and buzzer provide clear user feedback, and AES128 encryption support safeguards sensitive data.

Suitable for

• Access control and time & attendance systems
• Mobile credential reading via BLE-enabled devices
• Asset tracking and inventory management
• Embedded integration in kiosks, printers, and industrial equipment
• Migration projects from low-frequency to high-frequency smart cards

Key specifications

• Supported frequencies: 125 kHz (LF) and 13.56 MHz (HF)
• HF standards: ISO 14443 A/B, ISO 15693, FeliCa, NFC Forum Tags, MIFARE Classic/Ultralight/DESFire, NTAG
• LF standards: EM4100, HID Prox, Indala, T5577, HITAG
• Interfaces: USB (HID, VCP), RS232, TTL (via P/I option), Bluetooth Low Energy
• Operating temperature: -25 °C to +70 °C
• Power: 4.3V - 5.5V DC via USB
• Reading distance: up to 40 mm (HF), up to 60 mm (LF) typical
• Indicators: multi-color LED, buzzer
• Security: AES128 encryption support
• OS compatibility: Windows, Linux, Android, macOS

Recommendations

For developers and integrators seeking a versatile, portable RFID solution, this kit offers unmatched multi-technology support and wireless flexibility. Pair it with the available SDK for rapid custom application development.