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SmartRead
Most sttID RFID readers support the STX/ETX protocol as well as the SmartRead autonomous operating mode. This facilitates integration into existing applications even without programming knowledge.
A one-time configuration via a web browser, terminal program, or SMan (depending on the device) is all that is required. The devices then read the transponder data independently and forward it in the previously configured format via the interface.
Tag Receiver Proxy
Reliably forward RFID data – with the sttID Tag Receiver Proxy
The sttID Tag Receiver Proxy software receives RFID tag data from sttID readers and forwards it flexibly to your system – via web service, TCP/IP or as a file. Easy to configure via a web interface, robust in operation as a Windows service and ideal for seamless integration into your IT infrastructure.
SIR-2020
13.56 MHz RFID desktop reader with USB & WiFi
HF RFID reader with USB and WLAN interface and integrated antenna, suitable for ISO 15693 tags. Ideal for applications in laundries, libraries, access control, time recording, and POS systems. Easy integration via APIs and supported standards.s.
SAT-A114/22-LR-OF-13MHz
The SAT-A114/22-LR-OF-13MHz is an elongated HF RFID antenna particularly suitable for use in laundries.
Its shape makes it ideal for reading hanging garments, as the transponders or RFID tags are located at different heights.
SAT-A3-LR-P-125KHz
125 kHz antenna for connection to the SIL-1410. Water and dust-protected for industrial applications.
SHT-2020
The SHT-2020 RFID multi-protocol handheld reader is suitable for easy reading of HF transponders. The data is transmitted via WLAN or Bluetooth LE. Thanks to a reading range of up to 12 cm for 16 mm coins and up to 32 cm for transponders with the size of a credit card, the handheld reader is ideal for reading multiple transponders, e.g. in stacks of laundry.
SHT-9000
The SHT-9000 RFID handheld reader is suitable for easy reading of UHF transponders. The data is transmitted via WLAN or Bluetooth LE. It is also possible to control the device remotely via the built-in interfaces, e.g. to write the data to a database in real time.