background image

 

 

Page 9 

PID: The PID to be assigned to this provider.  Multiple providers can be assigned the same PID or 
assigned independent PIDs.   The PIDs should not be used by any other service in the transport.  

Priority: 0 – 100 where 100 is the highest priority.  Higher priority carousels are allocated their share of 
the opportunistic data before any data is allocated to the next lower priority provider.   

Min Rate & Max Rate:  Bandwidth is allocated, in priority order, to meet the minimum bitrate of each 
provider.  Once all providers have achieved their minimum bitrate, the remaining bandwidth is allocated 
to the providers in priority order.  As each provider’s maximum bandwidth is allocated, the next lower 
provider will be allocated until all of the maximum bitrates are achieved.  At no point will the output 
maximum bitrate be exceeded nor will the output minimum NUL bitrate be undersubscribed.  Setting 
the Max Rate to 0 will block all lower priority providers from receiving more than their minimums. 

Certificate: Provider certificates are provided by West Pond to both the broadcast facility and the 
provider.  The provider uses this certificate to access the Rest API.  The provider equipment will 
communicate with the MX-400SR datacasting API using this certificate.  The MX-400SR will check the 
certificate to ensure that the Rest API user is accessing resources allocated to that provider.  The Rest 
API cannot be used without a certificate.  Navigate to the certificate file to enable the provider. 

Once a provider is enabled and running, the provider’s status screen will contain statistics about that 
provider’s datacasting activities.  Additional client certificates can be enabled using the “Authorize Client 
Certificate” button as seen in the Provider page of the WebUI.  

 

 

Summary of Contents for MX-400SR

Page 1: ...MX 400SR Installation Operations Manual Software Revision 1 4 2 West Pond Enterprises LLC 11 28 2017...

Page 2: ...ystem 5 Unpacking the unit 5 Installing in the rack 5 Making the connections 5 Power On 5 Configuring the system 5 Front panel 5 Accessing the WebUI 6 Getting familiar with the MX 400 7 Output 7 Fixed...

Page 3: ...West Pond for a copy of this specification Terms and terminology TS MPEG2 Transport Stream MPTS Multi program Transport Stream Inputs Physical inputs to the MX 400 Sources TS traffic entering the mul...

Page 4: ...w opportunities present themselves The MX 400SR is compatible with the MX 400IO Adaptive Bitrate Video Encoder the RR ST1000 receiver router and the IPDforPC datacasting application An SDK for creatin...

Page 5: ...ting providers These include file serialization forward error correction file carousels carousel priorities IP encapsulation encryption targeting key management TS capture pid filtering and more The d...

Page 6: ...tions vary with installation The ports are labelled for use Install these as you would any other data inserter or multiplexing device The F connector marked M1 is the monitor input Connect this to you...

Page 7: ...through the video This can be done at any time and has no impact on the state of the system Accessing the WebUI Using a computer that shares a LAN with the MX 400 point a web browser to the IP address...

Page 8: ...providers are configured to do so PID Set the PID in hex that will be used to carry the datacasting signaling and ident packets Make sure this PID is not already in use on the transport This data is u...

Page 9: ...s to 0 NUL Bitrate Set this value to the minimum NUL packet bandwidth that should remain in the transport stream downstream of the MX 400SR This could be used to reserve bits for another purpose or si...

Page 10: ...ll the output maximum bitrate be exceeded nor will the output minimum NUL bitrate be undersubscribed Setting the Max Rate to 0 will block all lower priority providers from receiving more than their mi...

Page 11: ...tream and show the continued existence of datacasting content If the MX 400SR bypass is enabled the datacasting signaling will be removed from the transport and the monitor will begin scanning again O...

Page 12: ...e Port to be used for the RTP UDP packets Note all packets are RTP Interface Specify which Ethernet interface the RTP UDP stream will be bound Source Select ASI or RF as the source of the TS packets P...

Page 13: ...ent allows authorized personel to access the web UI of this and other West Pond devices via a cloud hosted web service If authorized West Pond can also used this for support Communications for this fe...

Page 14: ...his includes account information the output configuration and network settings It does not currently export the provider settings Use this feature to archive your settings and to clone devices for dis...

Page 15: ...the transport stream Bench test if required Once bench test is complete repeat steps 1 3 using station transport 4 Connect the RF and check the monitor page in the Web UI to see that the heartbeat was...

Reviews: