product description

GK612-Mifare RF card reader is the use of PHILIPS MF RC500 RF base station non-contact IC card reader, you can read and write ISO14443 compliant non-contact IC card Mifare One, Mifare Pro.

The device has been widely used in the club, campus, government, enterprises, social security, charge management, Internet cafes, access control, attendance, conference attendance, and highway, petrol station, parking, bus ... .

Product performance

L Hardware design - Industrial CPU: -20 ℃ ~ 85 ℃, suitable for low temperature outdoor, dual watchdog design, never crash

L encryption measures - reader and the RF card data transmission between the encryption algorithm, and card and device two-way authentication, communication error auto-detection.

L multi-card reader - anti-collision, which can handle multiple RF cards.

L read and write functions - with a full read and write card functions. Online, read, write, initialize, add, subtract, read, and load passwords

L Read and write distance - typical read and write distance of 5 cm

L Read speed - <100MS

L correct rate - in the desktop work environment, the card in the effective sensing area of 100,000 consecutive read and write errors less than 3 times;

L High compatibility - can read any card in line with ISO14443-A standard

L storage space - provides 384 bytes of EEPROM for the user to store data information

L acousto-optic control - read and write when the green light flashes, the buzzer can be controlled by the host computer

L interface program - to provide a variety of interface function library and application examples

Technical Parameters

L Product name GK612

L read and write card distance 50MM

L Read and write card type conforms to MIFARE standard

Interface with computer

L Communication speed 9600 bit / s

L Shell antenna for the plastic shell

L Operating frequency 13.56MHz

L Working voltage DC9-12V

L card and reader communication speed 106Kbit / s

L Dimensions (mm) 152 × 115 × 53) (length × width × height):

L Weight of about 600 grams