1. Low resources consumption, dozens of streams may be dubbed on one server,
2. Only selected audio PID is processed (typically intersound), all other PIDs (including video) are blindly passed through,
3. Advanced algorithm keeps strict coherency between input stream and mixer console clocks thus avoiding out of sync audio/video.
4. Communication with input/output audio ports is made through Windows driver model. Thus analog, DANTE and other audio mixer consoles can be used.
5. Dubbed audio track is encoded with same parameters as source has (format, bitrate, etc). It may be multiplexed “inplace” into the same source PID, or it may be multiplexed as newly added PID (in this case PMT is modified).

• physical input/output – DVB IP Multicast/Unicast UDP/RTP, SRT, DVB ASI, DVB S/S2/T/T2/C/C2 (input only).
• input/output streams – descrambled DVB SPTS/MPTS, audio MPEG-1 (ISO 11172-3, Layer I and II), AAC audio (LC, HE-AAC v1, HE-AAC v2 according to ISO/IEC 13818-7, ISO/IEC 14496-3).
• configuration & control: user-friendly web-interface, SNMP.
• system is capable to be externally-controlled by 3^rd-party software by DCOM/RPC protocols (Visual Basic, Python, MS C++, С# etc).
• physical IP bypass: Silicom Ethernet interface supported
• all output streams are conformant to TR 101 290.
• all programs and stream that aren’t to be processed in input MPTS-stream are blindly bypassed to output without any intrusion
• processing delay is fixed, can be adjusted by user, typically in range 500…900 ms.
• Reliability statistics: 99,999% uptime.
• software is built as part of New-gen MediaStream Framework

To process DVB IP streams Intel/Broadcom NICs are strongly recommended, particularly Silicom NICs with hardware relay bypass and watch-dog timers for reliability reasons.

Recommended OS: Windows 10 IoT Enterprise LTSC with certain group-policy tuning.