VBrick dme, Admin Manual

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Configure a DME Stream
DME Admin Guide 63
6. Enable and apply the relay and stream will start to be delivered. You will need to
distribute the new SDP file created in Step 1 for your destination for subsequent
multicast clients to use to tune into the relay. If using Unannounced UDP you are done.
7. If you are utilizing the Auto Unicast output feature select
Announced UDP
and enter the
user name and password if required by the destination device. If the input is from an
Unannounced Unicast/Multicast (In-8) be sure to use the new SDP name.
Input and Output DME Streams
O u t - 8 > Cre a t e H DS ( f o r Fla s h )

To create an HDS stream for serving via HTTP:
Objective : This use case explains how to create an HDS (HTTP Dynamic Streaming) stream
which is essentially a set of Flash video fragments made from an input H.264 stream with a
playlist, so that it can be played on Flash players via an HTTP protocol.
The configuration of the HDS is equivalent to the configuration of HLS streams in Out-6
above; the same steps may be followed. The screens for configuring these options are
identical.
Input and Output DME Streams
O u t - 9 > P u s h ( R T M P )
In this scenario the DME functions as a live encoder that sends the stream to another RTMP
(i.e. Flash) server such as a Wowza, an FMS, or another DME. The parameters on this page
are similar to those on the Flash Pull Settings page (see image on the In-6 < Pull (RTSP)
topic) but there are also additional fields marked with (o).
These (o)ptional fields may be required at the destination device, for example by a Wowza or
other Flash server. For more about these fields, see Output Configuration > Flash Push.
Figure 1. DME Flash Push

To configure a push (RTMP) output:
Objective : This use case is similar to use case In-1 < Push (RTMP) where the stream is
incoming into a DME. See In-1 < Push (RTMP) for more details.
Input and Output DME Streams