![epiphan video Pearl Mini User Manual Download Page 330](http://html.mh-extra.com/html/epiphan-video/pearl-mini/pearl-mini_user-manual_2417820330.webp)
Pearl Mini User Guide
Set up an MPEG-DASH (push) stream
4. In the
Media Playlist URL field
, enter the URL of the destination server that is ingesting the
stream. For example:
http://p-ep721023.i.akamaientrypoin.net/722223/hlsQualification/my_
video.m3u8
5. (Optional) In the
Segment template
field, enter the naming format used for the names of media
segments. For example:
chunk-$Number%05d$.ts
6. (Optional) Enter a
Username
and
Password
if required for this stream. Get this from the ingestion
server provider.
7. In the
Method
field, select
POST
or
PUT
. This selection must match the requirements of the
ingestion server.
8. In the
Segment duration
field, enter the length of the media segment in seconds. The default
duration is six seconds. Fractions and periods are not supported.
9. In the
Playlist size
field, enter the number of .ts segment files in each segment. The default playlist
size is six.
10. (Optional) Under
Advanced settings
, you can set the following:
a.
Master manifest
: Enter the URL (including the master playlist file name) of where Pearl Mini
will upload the master manifest file. The master playlist also provides the bitrate, resolution,
and codec.
b.
User-agent
: Enter a user-agent name using alphanumerical characters only if the ingestion
server requires a specific value in the user-agent header to allow the incoming stream from
this device.
11. Click
Apply
.
12. When you're ready to start streaming this channel, click
Start
.
For details on how to start and stop streaming using the touch screen, see
. To learn how to start and stop streaming using Epiphan Live, see
. For details about using the Single Touch feature to control your recording
and streaming across multiple channels and recorders simultaneously with the touch of a button, see
About Single Touch streaming and recording
.
Set up an MPEG-DASH (push) stream
MPEG-DASH (Dynamic Adaptive Streaming over HTTP) is an open standard, adaptive HTTP-based
streaming protocol that sends video and audio content over the network in small, media segments that
get reassembled at the streaming destination. Media segments can stream over HTTP port 80 or port 443
for HTTPS, which are typically open for network access. As such, the content can easily traverse firewalls
with little to no IT involvement.
319