International POS hardware solutions provider Star Micronics has launched its mC-Connect™ Drawer, a device featuring four distinct interfaces enabling cash drawer control with Bluetooth (BLE), WLAN, Ethernet and USB connectivity.
Designed to support mobile POS, multi-location deployments and API-driven workflows with a single, scalable solution, the mC-Connect Drawer enables direct cash drawer control from tablets, mobile devices and POS systems, with or without connection to a fixed POS printer. Offering multiple connectivity in one compact cash drawer controller, the device allows existing POS setups to be easily upgraded to a fully networked or wireless cash management solution.
Compatible with any standard RJ12 drawer, the mC-Connect Drawer fits into limited spaces and integrates seamlessly into a range of retail environments while an enhanced magnetic mounting system with streamlined cable management allows for quick and secure installation.
Multiple mPOS devices can connect to the same cash drawer to provide greater store flexibility and enhanced customer service, while integral Bluetooth Low Energy ensures cash drawers around the store are securely opened within a specified range. The mC-Connect Drawer can also be powered by low powered USB ports, or even a power bank for mobile or pop-up venues.
Providing control for multiple cash drawers and real-time status monitoring, the mC-Connect Drawer enables retailers to independently monitor drawer disconnection as well as open and close events for loss prevention. Status reports can be integrated with existing software and network security systems, if required.
Mark Lloyd, Director & General Manager, Star Micronics EMEA, states: “As retail shifts from fixed POS systems to flexible mobile POS, store infrastructure is evolving. This is resulting in growing demand for versatile POS solutions offering a range of connectivity options. The new Star mC-Connect Drawer responds by providing adaptable and reliable cash drawer control along with real-time status monitoring across a range of store environments.”
