Fixed reader/writers

RFIDCAM offers reader/writers for two varieties of tags:

 

The 13.56MHz HF open standard incorporating Texas Instruments or Philips/NXP tags.

 

tagsThis reader/writer has RS232 and USB interfaces to a PC/Mac/Unix machine. It will read Hitag, MiFare and ICODE tags.

 

This is available as both an OEM module or a packaged solution.  For a leaflet, click here

 

The specification is:

 

  • Reads/writes ICODE SLI (ISO 15693),

  • MiFare (ISO 14443A), MiFare Ultralight, Hitag

  • USB interface (optional RS232 interface)

  • Range is 25mm to 100mm

  • Data clocked at 53K or 106K bits per second depending on tag type (4K for HiTag)

  • Powered from USB interface

  • RF off/on duty cycle 100ms: 10ms (no tag in field); 100ms/50ms (reading tag data)

  • Maximum antenna output (optimum conditions): 60V peak-to-peak and 150mA peak

  • Drivers for Vista, XP, 2000/NT and Win 95/98

  • Example C and C++ software

 

 

We also have a rugged XP/Linux computer with RFID tag reader, with specification (click here for leaflet):

 

  • Rugged IP67 enclosure

  • Inbuilt computer running XP or Linux (Ubuntu and Gentoo)

  • 2.5” 60GB hard disc, 512MB RAM

  • Ethernet and Wi-Fi

  • Green/red indicator to show pass/fail

  • Sounder (audio output from PC)

  • Optional backlit LCD to show more details

  • RFID reader/writer, either built in or an extendable coiled cable

  • Reads/writes ICODE SLI (ISO 15693), MiFare (ISO 14443A),

  • MiFare Ultralight, Hitag.  Other readers also available

  • Powered from 12V DC or mains.  Optional internal battery backup

  • Dimensions, circa 300mm by 100mm by 150mm (to be confirmed)

  • Other options to order

 

 

And the Hitachi µ-Chip, which is a passive device measuring 0.15×0.15 mm (not including the antenna), and thinner than a sheet of paper (7.5 micrometers). The Hitachi µ-Chip can wirelessly transmit a 128-bit unique ID number which is hard-coded into the chip as part of the manufacturing process.

 

The unique ID in the chip cannot be altered, providing a high level of authenticity to the chip and ultimately to the items the chip may be permanently attached or embedded into. The Hitachi µ-Chip has a typical maximum read range of 30 cm.