Desired Result | Acquire an RTMP stream from RMD and RMS |
Solution | ●RMD: In-1 ●RMS: In-2 |
Desired Result | Use the stream to create an HLS and multicast RTP output |
Solution | ●RMD and HLS: In-1 to Out-6 ●RMS and HLS: in-2 to Out-6 ●RMD to Multicast: In-1 to Out-10 to Out-7 ●RMS to Multicast: In-2 to Out-10 to Out-7 |
Desired Result | Acquire an RTMP stream from another source, such as VBoss, which is also being archived on VBoss. |
Solution | In-5 Archiving on VBOSS not currently supported. |
Desired Result | Use the RTMP stream to generate unicast flash streams, and convert it to RTP to be able to multicast it as well. |
Solution | ●Unicast Flash: n-5 to Out-3 ●Multicast RTP: In-5 to Out-10 to Out-7 |
Desired Result | Send announced and unannounced RTP streams from an encoder to the DME and give it a name in the DME. |
Solution | ●Unannounced: In-8 ●Announced: In-5 to Out-10 to Out-7 |
Desired Result | Use the received RTP stream to create a multicast to a multicast address to play in an enterprise stream player. |
Solution | ●Unannounced: In-8 to Out-7 ●Announced: In-2 to Out-10 to Out-7 (preferred) or In-3 to Out-7 |
Desired Result | Use the received RTP stream to create a flash stream to play in a Flash player via unicast |
Solution | ●Unannounced: In-8 to In-6 to Out-1 ●Announced In-2 to Out-1 (Preferred) or In-3 to In-6 to Out-1 |
Desired Result | Use the created Flash stream to generate a HLS stream so that the stream can be played on an iPad via unicast. |
Solution | ●Unannounced: In-8 to In-6 to Out-6 ●Announced: In-2 to Out-6 (Preferred) or In-3 to In-6 to Out-6 |
Desired Result | Send an unannounced Transport stream from an encoder with KLV data to DME and give it a name. |
Solution | In-4 |
Desired Result | Use the name TS stream to send out to 3 other TS destination via RTSP. |
Solution | In-4 to Out-2 |
Desired Result | Use the same TS stream to multicast to a single multicast address. |
Solution | In-4 to Out-5 (TS) or In-4 to Out-10 to Out-7 (RTP) |
Desired Result | Use the same TS stream to play via Flash player. |
Solution | In-4 to Out1 |
Desired Result | Use the same TS stream to create a HLS stream to be played on an iPhone/iPod touch. |
Solution | In-4 to Out-6 |
Desired Result | Generate an HLS stream from any source and have a second DME be able to deliver the stream to its HLS clients (vice versa). |
Solution | 1. Generate an HLS stream: Either (In-3 or In-8) to In-6 to Out-6 or (In-2, In-6, In-5, In-1, In-4, or In-7) to Out-6 2. Do so on both DMEs, make sure HLS names are different from each other 3. Modify Caching Alternative Source on DME 1 to have IP address of DME 2. 4. Modify Caching Alternative Source on DME 2 to have IP address of DME 1. 5. The URL for both streams available in both DMEs: http://IPofDME1/HLS/stream1/playlist.m3u8 http://IPofDME1/HLS/stream2/playlist.m3u8 http://IPofDME2/HLS/stream1/playlist.m3u8 http://IPofDME2/HLS/stream3/playlist.m3u8 |
Desired Result | Generate three different streams, coming in three separate ways, from the same source, into a DME to create a master playlist with three streams in reverse bitrate order so that all of them can be played on an iPad. You should use the ideal setting for the best video/audio playable on an iPad. |
Solution | 1. Use same source type from encoder, not three different types. 2. Select either RTP out as IN-2; RTMP out as In-1; or TS out as In-4. 3. Use Announce Session Override in encoder to name streams Rate1High, Rate2Mid, Rate3Low if using In-2 or In-1 as input. 4. Use the names above in the DME if using In-4 as input. 5. Add each stream for HLS generation (Out-6). 6. Use the same name for master playlist name (e.g. dmeconfig) to make them part of an adaptive set Adaptive URL: http://<dme_ipaddr>/dmeconfig/playlist.m3u8 |