Dispatch WorkStation


Dispatch WorkStation

DWS (Dispatch WorkStation) is a trunking dispatching system designed for the efficient communication, remote management, and dispatching & deployment of radio users. Developed for either Hytera ACCESSNET®-T IP TETRA infrastructure or Hytera DMR Tier III, dispatchers can be used as logistics and control centres to efficiently manage radio subscribers, whilst serving as a control unit for monitoring alarm functions.


All the functions are on one user interface

Permanent disabling (killing) of radios.

Support for various methods of searching contacts, for example by category, by marking color and by user-defined search (by entering SSI or name).

"Group patch" and DGNA groups

Monitor management – In this way you can be sure that you are always connected to relevant group calls or individual calls.

Uses various map systems to display subscribers.

Select the radio directly from the map to start a call or message directly.

Offline maps for AVL in an independent secure system.

Configure "Geofences" - areas with configurable access rules for particular radios.

Create DGNA groups directly on the card.

Route tracking: View the movement progression of individual radios.

Send tasks to radios. A radio response list indicates the confirmation or rejection of the task (task management)

The DWS can be adapted in detail to suit individual customers and to fit the requirements of any radio system.

Each work-station can be equipped with individual functions.

Dispatchers can assign radios, groups and dynamic group number assignment (DGNA) according to the administration rights they hold on their own DWS work-station.

Each DWS work-station can connect to two servers with server redundancy. If "server 1" fails, "server 2" takes over operation. DWS users can continue to work undisturbed.

Group configuration and function allocation for each work-station is stored on the server. So dispatchers can carry out their task from any computer work-station without having to re-configure.

The server and work-station can connect via two separate ACCESSNET®-T IP Gateways.

Temporary locking and unlocking of radios (Enable/Disable)

Monitoring of the current status of radios, including the registration status on the radio system as well as at the current base station, GPS position data and speed of movement

The interface can be adapted to specific customer requirements

The software is scalable to suit anything from small radio systems to major radio networks covering entire regions

Fast operation with touch optimization and the latest WPF framework

Redundancy of servers, databases, and system connection creates high level of system stability

IP structure ensures flexibility when preparing

Multiplex support for voice calls, including semi?duplex, full duplex and group calls, emergency calls, broadcast calls, mass calls, as well as PSTN and PABX calls.

Divert and hold calls.

Add more subscribers to group calls, or force an end to group calls.

A call list with detailed information on all calls, as well as start time, duration, and subscribers’ voice activity.

Different sound and visual options to signal calls, enabling fast reaction times, particularly in emergency situations.

Ambience Listening

Callback request to the dispatcher.

OOCI integration permits convenient object-orientated calls.

The participation of radios in group calls can be acknowledged using the "Ping Response" function.

Support by text messages, standard messages and status messages.

Messages can be sent quickly to several subscribers at once, by selecting from a list.

"Flash messages" are immediately displayed on selected radios. So users cannot miss them.

The server is able to back up its database to external data carriers at configurable intervals and restore it if necessary.

Recommended installation environment (client or line dispatcher)


Dual core 2.5 GHz (Intel / AMD; no APU)
Intel: Core 2 Duo / i3 or new
AMD: Athlon X2 / Phenom II or later

Hard disk

Min. 2 GB (for the installation)

>25 GB for local voice recording
>25 GB for local cards

System memory (RAM)

2 GB
optional: 4 GB for more than 30 AVL subscribers


10/100 Mbit


Full HD, 1920 × 1080 pixel optimized

Operating system

Microsoft® Windows 7 (32 Bit / 64 Bit)

Sound card

1 x 3.5 mm for loudspeaker

USB interfaces

3 x (mouse, keyboard, USB microphone)

Recommended installation environment (server)



Quad core 3.2 GHz (Intel / AMD)

Hard disk

250 GB

Operating system

Microsoft Windows Server 2012 R1 Standard

System memory (RAM)

4 GB


1 x 10/100 Mbit without API redundancy
2 x 10/100 Mbit with API redundancy


At least 1 x MTU (only for DMR systems)



Number of work-stations supported*

TETRA: 200 client-server

DMR: 20 client-server


Central license management on the DWS server.

Subsequent functional expansion is possible conveniently via a central point. The license is installed on a USB dongle and permits rapid replacement in the event of a hardware fault.


Test version available on request

Features marked with * are available in future versions of the product.

All technical data were tested according to the respective standards. Due to continuing development, technical changes are reserved.

Standard Accessories

Optional Accessories

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