Unistamp 2C, is a smart controller which is designed to support all latest RFID technologies and high aesthetics with ultra modern design and sleek form factor. It is flexible to control access as well as attendance recording functionalities. Unistamp 2C can be used as a single door controller or can be used as a card or pin pad reader as well. It can be used for the high-security area with https://www.move-central.com/ and OTP based mechanism to ensure the highest level of security.
Unistamp 2C is strongly reliable device can as single door network independent controller or can be used as networked IP based device in a large ecosystem. It allows companies to cut on manual maintenance and hard costs, thus ensuring flawless performance in day-to-day situations.
contact usUniStamp 2C boasts of high aesthetics with ultra modern design. Its sleek form factor helps in installing the product directly on the door panels and the light grey base color of the product gels well with most of the interiors too.
The device has inbuilt EM reader and option of having Mifare, HID iClass and HID Prox readers. The 2.8" interactive display shows various information and authentication messages.
UniStamp 2C has nimble 8-bit controller and sufficient data storage of 30,000 users. Moreover, It has a capacity to store 55,000 transactions events in order to ensure the timestamps are recorded while network outage.
Product enclosure of this power-packed access control device is designed to meet IP65 standard of protection. This gives complete protection from dust particles, rainwater, airborne pollutants and such other environmental threats.
Leveraging on the merits of IP based networkable device, this product can easily be hooked on to the existing TCP/IP network. Thus the data can be transferred in real time mode to a centralized server for instant usage.
Facility to onsite update device software through ethernet interface. The product updates can easily be applied without the need of removing device and sending it back to the service center.
