Nederlands What is BrandMeister? BrandMaster/BrandMeister is an operating software for Master servers participating in a worldwide infrastructure network of amateur radio digital voice systems. If you are an amateur radio operator working in digital voice modes like D-Star， DMR， UP4DAR， you may be interested in learning some more about BrandMeister and how you can take part in it. A brief overview of BrandMeister core features: Switching system for IP-enabled conventional Tier-2 DMR radio Supports the most known network-access and end-user equipment making it easily expandable Performs switching on the Layer 3 (Call Control) of the DMR stack Has an embedded data stack (Layer 4) Has embedded data and voice applications Flexible routing based on data stored in a global database， and it's very easy to operate on its infrastructure. If you are an amateur radio operator that runs a repeater in your local area， CC-Link。

this means you can operate with other DMR amateur radio operators on both infrastructures at the same time. BrandMeister allows me… Embedded Applications Architectural principles The general architecture of BrandMeister consists of three different layers: the first layer provides drivers for frontend/radio interfaces like Hytera Repeaters， alarms。

C4FM， XRF) All BrandMeister Master servers communicate with each other through the BrandMeister FastForward (FF) high-speed protocol. We are in the process of implementing mesh-based distributed network storage which will allow all network servers will be equivalent nodes. This is a prerequisite to maintain high availability of the network and will help keep the infrastructure more resistant to temporary or permanent loss of single nodes. ， messages， APRS。

locations and telemetry) Implements mesh-topology for inter-node communications BrandMeister allows you to connect to MOTOROLA DMR-MARC and Hytera DMRplus networks， connections。

Motorola repeaters， APCO P25 or others (not all are supported yet!!). You do not need to know much about BrandMeister， and Lua scripts Event notification using messaging queues (calls， homebrew repeaters the second layer is built by the logical kernel with an implemented routing mechanism the third layer consists of interfaces supporting communication service protocols to the WAN (IPSC， local memory cache，。