NXN Technology, the professional M2M solutions provider, will attend Hannover Messe 2009 from April 20 to 24, 2009. In this event, NXN will simulate the application of the new generation products for both industrial device (GT-621, GT-511, GT-431 and ET-621 lite) and vehicle tracking system (GV-510, GV-511, GV-431). We invite you to visit us at Hannover Messe and experience our featured wireless M2M solutions. Please visit us at A54/05, Hall 9.
Our GV-511/GT-511 Data Terminals offer 1 x RS-232 port (Selectable RS-232/485 for GT-511), 3 x Digital Input and 1 x Relay Output; they are ideal for vehicle position tracking and remote device monitor, ensuring an affordable solution that fulfills customers great demands in wireless M2M industry.
GV-510 vehicle tracking unit is positioning at simple vehicle tracking. It’s ultra-compact size, easy-to-use and protocol released way enables vehicle tracking an easy and cost-aggressive application.
Meanwhile, we will also exhibit GV-431/GT-431 Data Terminals that provide RS-232 (Selectable RS-232/485 for GT-431) and 6 Digital Inputs and 2 Outputs. They are powerful dual-way communication devices for AVL and real-time GPS tracking applications, ensuring a solution that can accelerate efficiency and productivity in fleet management and remote data acquisition and device monitor.
ET-621 lite is an Ethernet Data Tranceivers. The ethernet is based on Modbus over TCP/IP which can compatible to most of industrial devices. It also provides 1 x Selectable RS-232/485, 8 DI and 8 DO, enabling you to connect with various kinds of devices.
To meet customer's needs, we are going to release GT-621 GPRS + AI Data Terminals. It provides 1 x Selectable RS-232/485, 1 x RS-232, 8 DI and 4 DO and 4 analog input (16 bit). From now on, analog device remote control is simple.
Moreover, NXN also offers reliable and powerful management tools, including GPRS Virtual com, API, GPRS Gateway Software, Windows-based Console Utility, enabling system integrators to easily implement our products to the existing system architecture. |
