Datasheet
LA010802B © 2008 Navman Wireless OEM Solutions. All rights reserved. Proprietary information and specications subject to change without notice.
1.0 Introduction
The Navman MDT-860 Mobile Data Terminal enables the rapid development of a high quality
customized product for solution providers. The MDT-860 provides a robust eld proven, cost
effective hardware platform on which a vast array of products can be built, including: telemetry
devices, modems, RFID readers, barcode scanners, swipe card readers, PLC’s, printers, etc.
All software development is performed in ‘C’, so processor specic knowledge is not required.
The software writer is protected from low-level programming by the comprehensive Application
Programming Interface (API) supplied in the Software Development Kit (SDK).
2.0 Technical description
The MDT-860 has an integrated LCD display, 21 key user keypad, 2x serial connectors and a
PC/2 keyboard interface, all controlled by a high-performance embedded microcontroller.
2.1 Product applications
With the exibility of the SDK, the MDT-860 has the capability to display text and graphics,
input user keyboard data, and send serial data to a wide variety of custom applications by
interfacing with machinery, cellular modems, remote radios, or any device that can provide serial
connectivity.
The MDT-860 series may also be used in conjunction with the range of Navman cellular and
GPS devices available from Navman Wireless OEM sales. With these devices a cost-effective
tracking and communication system can easily and quickly be built.
2.2 Physical characteristics
The MDT-860 is a complete data message display and text entry terminal enclosed in a
Makroblend UT404 UV-stabilized plastic case, with 25 key conductive carbon non-tactile
elastomer contacts each coated with a pre-labeled matt epoxy nish. The front case is joined to
the backcase using 7 screws. The MDT-860 provides a choice of mounting methods on the rear
of the case.
2.3 Mechanical specication
2.3.1 Physical dimensions
Dimensions in mm
Figure 2-1. Physical dimensions.










