Consequently, RAVENNA is already compliant with the SMPTE ST2110-30 and ST2110-31 standards.ġ. AES, AIMS, AMWA, SMPTE and others) ensure close alignment of the RAVENNA technology with current industry trends. Liaisons with standard organizations and industry alliances (i.e. It is also currently the easiest and most cost-effective route for manufacturers to offer their clients AES67 compatibility, thus taking a large step forwards in their ability to develop interoperable, standards-agnostic communications and signal transport solutions. Powerful, scaleable and reliable, the RAVENNA technology framework is already a high-quality stand-alone solution. Fields of application include in-house signal distribution for broadcasting houses and other fixed installations flexible setups at venues and live events OB van support inter-studio links across WAN links and production facilities.
PROCOMMANDER FIRMWARE UPATES FULL
Initially developed to meet the exacting demands of the professional broadcast market, RAVENNA offers the best performance charecteristics of any audio-over-IP transport solution on the market today: very low latency, full signal transparency and high reliability.
PROCOMMANDER FIRMWARE UPATES 320KBPS
Compressed μMPX composite signals can be distributed over WANs like the internet at bitrates as low as 320kbps to reduce bandwidth requirements. Multipoint distribution via multicast or multi-unicast technologies reduces costs even further, by affordably replicating MPX composite streams using a single MPX I encoder, similar to how baseband IP audio streams are replicated in audio codecs. At the decoder monitor the MPX output or the local MPX input.ĭistribution of MPX composite signals from the studio or playout center eliminates expensive audio processing and RDS generation requirements at STL sites. * MPX/μMPX Composite Encode or Decode with Encoder or Decoder FM Monitoring: Encode/Decode a single point-to-point MPX/μMPX composite signal at the encoder monitor the demodulated local MPX input or the return feed. * Single MPX Composite Encode or Decode: Encode/Decode a single point-to-point MPX/μMPX composite signal. Composite MPX over IP signals can be easily replicated and distributed using multicast and multi-unicast technologies and take advantage of rock solid redundancy features like redundant streaming, RIST, FEC, and automated SD card file failover^. This significantly reduces capital and operational costs by eliminating processing equipment from transmitter sites, which reduces on-site power consumption, wiring and space requirements, as well as site visits for service and support. Sending transmission-ready FM composite signals from the studio allows broadcasters to maintain audio processing and RDS data insertion at the studio. Order an optional satellite tuner card at purchase to support decoding DVB-S or DVB-S2 signals.
The MPX I supports analog MPX (BNC) or MPX over AES192 to deliver a wide range of flexible composite encoder and decoder configurations for many different applications.
It supports sending the full uncompressed FM signal, or compressed μMPX to deliver high-quality multiplexed FM signals at lower bit-rates. The Tieline MPX I can transport a composite FM-MPX signal from the studio to the transmitter with return monitoring.
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