ZKTeco iClock9000-G Fingerprint Time Attendance
ZKTeco iClock9000-G is an advanced Fingerprint Time Attendance and Access Control Device that seamlessly combines cutting-edge technology with user-friendly features. This innovative device is designed to revolutionize attendance tracking and access control processes for businesses and organizations of all sizes. With a plethora of impressive features, the iClock9000-G stands out as a versatile solution for streamlined attendance management. Its large capacity boasts the ability to store up to 6,000 fingerprints and an equivalent number of cards, making it suitable for organizations with varying staff sizes. The inclusion of a 2.8-inch TFT screen ensures clear and intuitive navigation, enhancing user experience. One of the standout features of the device is its remarkable record capacity, accommodating up to 200,000 records. This ample storage capability ensures that attendance data is stored reliably for future reference. The device goes beyond basic attendance tracking by offering comprehensive access control. It interfaces seamlessly with third-party electric locks, exit buttons, and alarms, enhancing security measures. The iClock9000-G isn't just powerful in terms of data management; it also offers various communication options for convenience and flexibility. From TCP/IP and USB-Host to optional GPRS, Wi-Fi, and 3G connectivity, the device ensures that attendance data is efficiently communicated to the central server. Its battery backup feature, powered by a 2,600 mAh battery, provides up to 4 hours and 30 minutes of operation, even during power outages. The device's design is both sleek and compact, with dimensions of 167.5x148.8x32.2 mm and a net weight of 300g. This makes it easy to integrate into different office environments without taking up excessive space. Furthermore, the iClock9000-G offers a range of optional functions, such as ID and MF card compatibility, enhancing user verification options. Its verification speed of less than 1 second ensures swift and efficient authentication.