software

 

Although RHZ is interested in creating a technological system that can grow without technological limitations, the actual internet network is quite limited to bandwith and server access. The optimal custom software is just in the beginning stages, as the ideal system would be a peer-to-peer, self-scheduling, streaming audio software that could run off any home computer with a DSL/Cable connection.


Currently RHZ is running on a streaming audio network. However the problem with streaming is that as it becomes more popular it can surpass the capabilities of the system. Imagine that the information is coming out like water through a hole, if each receiver needs a small stream to have continuous content then there is only a limited number of streams that can come out of one hole. In order to support more streams you need a bigger hole i.e. a larger bandwidth or more holes. The Calarts Intergreted Media Department server has a T1 connection, and because AM broadcast is mono (not FM stereo) more streams can come from the same hole- in this case about 100.


Scheduling software, streaming software, and peer-to-peer software are all out there, however the hybrid of the three has not been developed. While mirror sites can be donated to support streaming media, this still does not truly provide an architecture where a networked radio system can be run from the typical home computer with a common DSL connection.
In just one idea by Buck McGibbony, RHZ will be experimenting with an automated Bittorrent parceling service, that will automatically send out files, schedule them on the node computer, and play them simultaneously. Originally dealing with 6-8 hour files that will loop for several days, the process will attempt to build closer and closer to “real time” audio.
We are attempting to build completely in open source, and while we might be using some proprietary software to begin, essentially the goal is to be completely free. We are currently experimenting blending frequency clock (by radioqualia), with Peercast and and synchronizing the stream with either supplimentary GPS or atomic clock hardware.

 

broadcast technology

 

 

Another great need is small, high quality, prefabricated legal transmitters that are inexpensive. Currently we are working with hobby kits that "drift" or are difficult to put together. The higher qulity prefab transmitters are a little pricy for the average hobbiest to begin with. The other need is for high quality tuned antennas that can maximize the 100 milliwatt transmitters.


If you have solutions, ideas, and are interested in developing software or broadcast technology please contact Jeff here>>

 

 

   
  Creative Commons License
RHZ Radio is licensed under a Creative Commons License.