roc.Kasse vs ezModbus

stylish cashier system for all purposes place of order via roc.Mobile possible For iPhone roc.Kasse will act just as server for roc.Mobile. No standalone cashier possible in iPhone mode. For iPad full featured offline cashier system without monthly fees. Not included: (ask for information at info@roc-kasse.de) - Voucher - E-Mail Invoice - Time recording - Hotel interfaces - roc.TSE -roc.API - installation - support For legal use of a cash register in Germany a fiscally TSE Chip and the interfaces roc.TSE and DSFinV-K is mandatory. You may get at roc.Kasse GmbH. roc.Kasse Team 01/2026

Connect to industrial devices quickly and easily over direct WiFi communication (no middleware, no Internet needed). Fast and easy access to any Modbus devices. All setup is done and permanently saved on the phone for anytime immediate access. Add mobile connectivity quickly, easily and inexpensively yourself at any time. Ezmodbus is an easy to use Modbus app that lets you setup and save devices directly on your phone. Set up the device and the register map for text display directly on your phone and save the device and register map right on the phone for immediate and later use. All setup is permanently saved on the phone for convenient access at any time. Multiple options are provided to create the register maps for quick setup of multiple copies of the same or quick modification of similar devices. All setup is done right on the phone, no internet connection, downloads, or other apps are needed. Technical Specifications Modbus® Supported functions: Read Coil Read Analog Inputs Read Holding Registers Read Discrete Inputs Read multiple registers supported for long integers and floats. Data Formats supported: Unsigned Integer 16 bit Unsigned Integer 32 bit Signed Integer 16 bit Signed Integer 32 bit Float 32 bit (IEEE-754 floating point) Float 64 bit (IEEE-754 floating point) 32-bit ‘Modulus-10000’ Format (Schneider Electric ION) Unsigned char (8 bit), Most Significant Byte and Least Significant Byte Signed char (8 bit), Most Significant Byte and Least Significant Byte