Name: IRD - Satélite o ATSC Decodificador a SDI, IP, ASI, Subtítulos - Satellite DVBS/S2 RF Input
Brand: Thorbroadcast
Price: 1995 USD
Availability: InStock

Descripción

Universal de Difusión IRD Decodificador

H-IRD-V3 - transmisión de RF (de Satélite DVB-S/S2) Decodificador con SDI, ASI, IPTV de Salida

H-IRD-V3-ATSC - transmisión de RF de la ATSC Fuera del Aire Decodificador con SDI, ASI, IPTV de Salida

H-IRD-V3-QAM - transmisión de RF de QAM Decodificador con SDI, ASI, IPTV de Salida

H-IRD-V3-ANTENA de transmisión de RF DVB-T del Aire Decodificador con SDI, ASI, IPTV de Salida

Programa de Decodificación HD-SDI, HDMI, YPbPr y CVBS con Toslink de audio XLR y

Thor H-HD-IRD Integrados de la serie del Receptor Decodificadores de tener varias aplicaciones para descifrar el contenido del programa de difusión de vídeo de calidad. Equipado con todos los grandes de la se?al de vídeo de salida, incluyendo HD-SDI, Thor H-HD-IRD unidades pueden proporcionar vídeo de alta definición a cualquier pantalla o profesional, el sistema de vídeo. También están disponibles los modernos salidas de audio digitales en ambos óptico Toslink y conectores XLR. Dolby AC/3 transferencia de audio es estándar, y el soporte para subtítulos para ambos 608 y 708 de la subtitulación de los sistemas está presente. La V3 de la plataforma agrega un LCD del panel frontal de la pantalla de vídeo para la confianza de la supervisión, así como un programa interno de multiplexor para combinar el contenido de ambos ASI e IP fuentes simultáneamente. La interfaz web muestra todos los programas disponibles y el PID correspondiente. Cada programa puede ser independiente a?adido a la ASI o IP salidas.

El todos los programas seleccionados son multiplexados en una sola MPTS de salida. Además, la IP de salida puede ser configurada para hasta 32 SPTS único programa de flujo de salidas, cada una con diferentes direcciones y la configuración del puerto. Esto permite que la V3 sistema para ser utilizado como un inteligente ASI a IP o RF a la IP de Puerta de enlace con agregar gota y ASI capacidades de multiplexación. Combinado programa multi secuencias de transporte llevado a través de IP también puede ser separado en su correspondiente programa individual de los arroyos. El sintonizador de RF puede ser configurado para QAM, 8VSB (ATSC, DVB-T, DVB-C o DVB-S2 fuentes de se?al. Dos CAS ranuras de la tarjeta de permitir decodificado de cifrado de programación.

Thor HD-IRD unidades puede ser utilizado para la conversión de banda ancha de programación de vídeo en HD sin comprimir, así como la multiplexación y la retransmisión de los programas tanto ASI e IP salidas. Thor HD-IRD sistemas son fiables y versátiles de la plataforma para la difusión del programa de decodificación y TS conversión de protocolo

Tags: ASI Decoder ASI to IP ASI to SDI Coax Multiplexer DVBS to SDI

Caracteristicas

RF / IPTV / ASI de ENTRADA - Todos los Audio-Salidas de Vídeo incl. HDSDI, HDMI, CVBS, Suppoty formatos de SD y HD de hasta 1080p/60
Sintonizador disponible como FUERA del AIRE ATSC, QAM CABLE, ISDBT, TDT, DVBC, DMBT - Cualquier estándar
10/100 Etherent IPTV, multicast o unicast TS MPEG2/4 Entrada
H. 264 y MPEG-2 por Hardware de Descodificación de HD-SDI, HDMI, YPbPr y CVBS Salidas
Combinar los programas de ambos y ASI entradas IP a multiplexado ASI e IP Salidas
ASI de entrada para Remultiplexer opción para crear un nuevo MUX fuera así 48x ip streaming spts a cabo para el enrutamiento y distribución
Cam ranura para tv de programación: descripción
Panel frontal del monitor de vídeo para la confianza de supervisión y solución de problemas
Aparte de multiplexado programa de transporte de flujos de SPTS IP salidas de 32 Max
Interfaz del servidor Web para el navegador seguro y gestión completa de la interfaz del panel frontal
Soporta Subtítulos 608 y 708 sistemas, es compatible con Dolby AC/3 Pase a Través de

Dibujos

Vídeo

Quick configuration Guide for H-IRD-V3-ATSC. IRD - Satellite or ATSC Decoder to SDI, IP, ASI, CC

High end state of the art decoder with RF tuner, advanced IP streaming, front LCD confidence monitor, and supports 608 and 708 closed captioning. RF tuners for DVB-S2, ATSC, and QAM are available. All settings and alarm information are available through web browser based network management console. Universal Broadcast IRD Decoder Thor H-HD-IRD series Integrated Receiver Decoders have several applications for decoding program content to broadcast quality video. Equipped with every major video signal output, including HD-SDI, Thor H-HD-IRD units can provide HD video to any display or professional video system. Also available are modern digital audio outputs on both optical Toslink and XLR connectors. Dolby AC/3 audio pass through is standard, and closed caption support for both 608 and 708 captioning systems is present. The V3 platform adds a front panel LCD video display for confidence monitoring, as well as an internal program multiplexer for combining content from both ASI and IP sources simultaneously. The web interface displays all available programs and corresponding PID's. Each program can be independently added to either the ASI or IP outputs. All selected programs are multiplexed into a single MPTS output. Additionally, the IP output can be configured for up to 32 SPTS single program stream outputs, each with different address and port settings. This allows the V3 system to be used as an intelligent ASI to IP or RF to IP Gateway with add drop and ASI video signal multiplexing capabilities. Combined multi program transport streams carried over IP can also be separated into their corresponding single program streams. The RF tuner can be configured for QAM, 8VSB (ATSC), DVB-T, DVB-C, or DVB-S2 signal sources. Two CAS card slots allow decoded of encrypted programing. Thor HD-IRD units can be used for converting broadband programing to uncompressed HD video, as well as multiplexing and retransmitting programs to both ASI and IP outputs. Thor HD-IRD systems are a reliable and versatile platform for broadcast program decoding and TS protocol conversion: There are simplify capabilities of this IRD: Inputs: It can take in different types of signals: ATSC RF: DVB-S/S2 RF QAM RF:. IP UDP Multicast / Unicast: DVB-ASI: Outputs: It can send out signals in various ways: ASI: For distributing MPEG transport streams. IP: Sending content over computer networks. Decoder Video: It can provide video in different formats such as SDI, HDMI, YPbPr (component video), and CVBS (composite video). Applications and Conversions: Decode (SATT DVB-S/S2 RF ) to SDI, HDMI, CVBS, YPbPr Video and Audio Decode (Tersial ATSC RF ) to SDI, HDMI, CVBS, YPbPr Video and Audio Decode (CABLE TV QAM RFor ISDB-T) to SDI, HDMI, CVBS, YPbPr Video and Audio Sattelite DVB-S/S2 RF to IP - UDP Off Air ATSC RF to IP Cable QAM RF to IP Sattelite DVB-S/S2 RF to DVB-ASI Off Air ATSC RF to DVB-ASI Cable QAM RF to DVB-ASI IP-ASI It can change IP input streams into two ASI streams. ASI-IP It can convert ASI input as IP output . You can merge two ASI streams into one. It supports IP streaming with one MPTS and eight SPTS streams over UDP and RTP/RTSP, with ASI output. IP to VIDEO/AUDIO - It can convert IP streams to video formats like SDI, HDMI, CVBS, and YPbPr. ASI to VIDEO/AUDIO ASI streams can be converted to video formats too, like SDI, HDMI, CVBS, and YPbPr. In simple terms, this IRD is like a translator for different types of TV signals. It can take in signals from antennas, satellites, cables, the internet, and other sources, and then it can change them into different types of signals or video formats, so you can watch them on your TV or send them over the internet. RF / IPTV / ASI INPUT - All Audio-Video Outputs incl. HDSDI, HDMI, CVBS, Suppoty SD and HD formats up to 1080p/60 Tuner available as OFF AIR ATSC, QAM CABLE, ISDBT, DVBT, DVBC, DMBT - Any standard 10/100 Etherent for IPTV multicast or unicast TS MPEG2/4 Input H.264 and MPEG-2 Hardware Decoding to HD-SDI, HDMI, YPbPr, and CVBS Outputs Combine programs from both ASI and IP inputs to multiplexed ASI and IP Outputs ASI input for Remultiplexer option to create a new MUX out as well 48x ip streaming spts out for routing and distribution Cam slot for tv programing description Front panel video monitor for confidence monitoring and troubleshooting Separate multiplexed program transport streams to SPTS IP outputs 32 Max Web server interface for secure browser management and full front panel interface Supports Closed Caption 608 and 708 systems, supports Dolby AC/3 Pass Through

Selección de modelo

H-IRD-V3 - transmisión de RF (de Satélite DVB-S/S2) Decodificador con SDI, ASI, IPTV de Salida

H-IRD-V3-ATSC - transmisión de RF de la ATSC Fuera del Aire Decodificador con SDI, ASI, IPTV de Salida

H-IRD-V3-QAM - transmisión de RF de QAM Decodificador con SDI, ASI, IPTV de Salida

H-IRD-V3-TDT - transmisión de RF DVB-T Decodificador con SDI, ASI, IPTV de Salida

H-IRD-V3-ISDBT - transmisión de RF de la ISDB-T Decodificador con SDI, ASI, IPTV de Salida

Especificación

*Todas las Especificaciones Sujetas a Cambio Sin previo Aviso
De entrada	RF Sintonizador de DVB-S/S2. ATSC Fuera del Aire, Cable QAM, DVB-T, ISDB-T (dependiente del modelo) DVB-ASI IP de la red
Admite Resoluciones De Salida	HD-SDI 1080i, 720p, 720p, 576i, 480i HDMI 1080i, 720p, 720p YPbPr 1080i, 720p, 720p CVBS 576i, 480i
Códecs De Vídeo	H. 264, MPEG-2
Códecs De Audio	MPEG1 Capa 2, MPEG2 Layer 2 Dolby AC/3, HD-AAC V2, LC-AAC
ASI de Entrada	1x BNC 188/204 formato de hasta 200 Mbps
Entrada de la propiedad intelectual	1x RJ-45 10/100 UDP o RTP de hasta 85 Mbps
Entrada de RF	1x Tipo-F ATSC-T: 54-860 MHz 6M de ancho de Banda QAM: 47-860 MHz QAM16, 32, 64, 128, 256 DVB-S: 950-2150 MHz Velocidad de Símbolo 2-45 Mbaudios DVB-S2: 950-2150 MHz QPSK 1-45 Mbaudios DVB-T: 145-870 MHz 6, 7, 8 M de ancho de Banda DVB-C: 45-870 MHz QAM16, 32, 64, 128, 256 ISDB-T: 153-858 MHz 6, 7, 8 M de ancho de Banda
Salida De Audio	2x BNC - Analógico Unballanced 2x XLR - Digital AES/EBU 1x Toslink Digital Óptica
IP del Flujo de Transporte de Salida	1x MPTS UDP o RTP 1-32x SPTS UDP o RTP
ASI de Transporte de Corriente de Salida	2x ASI Multiplexado de Salida 2x ASI Sintonizador de Pasar a Través de
Manejo De La Interfaz De	Basado En La Web De La Interfaz Del Navegador Completa LCD del Panel Frontal de la Interfaz Panel frontal LCD Monitor de Vídeo
Dimensiones	20 x 18 x 1~1/2 Pulgadas
Peso	7 lbs
Temperatura De Funcionamiento	28? ~ángulo de 110? F

Question and Answers

Question:

I would like to take 2 x HDSDI signals from a remote location flip to IP send over AT&T Internet and Decode the 2 x HDSDI signals at our location to feed our Router

Answer:

We have 2 ways to do it.

First H-NVS3500 is a SDI RTSP encoder/decoder, design to reliable send SDI over the public internet, doesn't requires big bandwidth to do it, just about 3Mbps

You would need to use 4pcs to do 2 Videos; 2 as encoders, 2 as a decoders

https://thorbroadcast.com/product/3g-sdi-hdmi-1080p50-60-streaming-video-server-encoder-client-8230.html

Or the secound option:

1pcs 2 x SDI encoder H-2SDI-QAM-IPLL 2 SDI input IP streams output

https://thorbroadcast.com/product/1-4-sdi-to-qam-modulators-and-iptv-streaming-encoders.html/5

2pcs IRD decoder H-IRD-V3s IP input SDI output

https://thorbroadcast.com/product/ird-satellite-or-atsc-decoder-to-sdi-ip-asi-8230.html/75

Question:

Hello, I m searching for DVB-S2 receiver with SDI output for our client , the CI slot needed. Can you suggest and offer, please? I found https://thorbroadcast.com/t/dvbs-to-sdi and I d like to ask you to send me your best price for the product as many alternatives as you can offer.

Answer:

The only way we can do DVBS-S2 to SDI would be using the H-IRD-V3s IRD decoder.

This is a multifunction device with a lot of different futures, one of them is DVBS-S2 to SDI /HDMI / CVBS video output.

It does have CI slot for the CI card, Common Interface (also called DVB-CI) is a technology which allows decryption of pay TV channels.

The Common Interface allows TV manufacturers to support many different pay TV stations, by allowing to plug in exchangeable conditional-access modules (CAM) for various encryption schemes. Smart cards and encryption BISS Cisco Videoscape VideoGuard Conax Irdeto Cryptoworks Digicipher HDCP KeyFly Nagravision PowerVu RAS SECA Mediaguard Verimatrix Viaccess

Question:

I have been on tech support with Thor and Axis (Camera Manufacturer) today. The camera is now set up to send a multicast stream and we can see the camera in the multicast group on the network. I don't know how to make the IRD device join the multicast group. The following link is from Axis for this case. They asked that you upload your stream requirements to the case and see if we can make the two devices talk to one another. It probably is a good idea for me to get out of the middle at this point. Would you be so kind as to give them the requirements including what has to be used as the address so that we can make this work for the customer?

Answer:

Please check the attached screenshot for the place where you need to put multicast information into our IRD :

Question:

Would like to ask if you have an encoder/decoder to satisfy the attached SLD

Answer:

We do have a solution for integrated Video encoder and satellite DVB-S/2 modulator

please check these links:

SDI or HDMI Encoder / DVBS-s 2 modulator, that will be installed in your Transmitting Site

https://thorbroadcast.com/product/sdi-to-dvb-s-s2-satellite-modulator.html

On the Receiving side, you can use Sat IRD to receive and decode sat signal to HDMI or SDI

H-IRD-V3S

Please see those links and specifications and let me know if that would work for you

You can use 1 IRD, but you would be able to get video from one or the other encoder or you could use 2 IRD's to receive both feeds at the same time

Question:

Wondering if the ATSC RF input to ASI decoder will allow ALL services from a single 8VSB source to pass on the ASI-TS output. Such as in the case of a translator site with ALL subchannels available in the ASI-TS output.

Answer:

Yes, that is correct. The 8VSB will take the entire frequency and all data within it and output to the ASI.

So if you have any subchannels, data like closed captions etc, everything will be passed onto the ASI TS.

Question:

I wonder if H-IRD-V3 can fit these requirements:

IRD input MPEG4, DVB-S2 satellite.

Which contains a TS with a video with two embedded audios (one in AC3 and the other in MPEG1).

That it can receive the same signal through a TS via IP.

It demodulates and delivers the second audio program into balanced analog audio outputs (it is the signal sent by the radio transmitter). That transcodes the video signal with its associated audio (which arrives in AC3) to MPEG2 to generate a TS with the necessary bitrate for the ATSC signal (19.39 Mbps).

That the processed signal is delivered through two ASI outputs. Basically this is the processing that they require from the IRD to deliver the signal to the MUX (where the ATSC and PSIP tables are inserted) and from there to the TDT transmitters.

Answer:

The IRD works as a Gateway, which means that if the Satellite RF signal carries MPEG4 and MPEG1 or AC3 audio, you will have exactly the same TS on the IP or ASI output with all encoded audios. We cannot transcode it to MPEG2. Basically, whatever goes in will go out.

If the Sat channel has multiple TS's, we can modify it in the MUX setting, but please note that we cannot modify the TS bitrate. Whatever TS is encoded, it will stay the same.

At the same time, we can decode the video and audio to SDI/HDMI/CVBS and Analog Audio. We can only decode 1 stereo audio of your choice. So, even if the TS has, let's say, 1 Spanish + 2 English audio tracks, we can decode one of them.

Since you need MPEG2 video, the easiest way would be to decode that signal to SDI and then re-encode it using an MPEG2/AC3 encoder.

like this one :

https://thorbroadcast.com/product/1-ch-sdi-or-hdmi-hd-encoder-mpeg2-h264.html/120

https://thorbroadcast.com/product/all-inputs-iptv-streaming-and-asi-hd-encoder-608-708-captioning-8230.html

Documentos

h-ird-v3-2023-model-user-manual.pdf

h-ird-v3-s2-user-s-manual.pdf

h-hd-ird-v3-atsc-user-s-manual.pdf

atsc-off-air-us-television-channels-center-frequency-mhz-chart-for-atsc-tuner.pdf

h-ird-v3-2023-.pdf

quick-configuration-guide-h-ird-v3-atsc-2023.pdf

H-IRD-V3-ATSC - QUICK SETUP

H-IRD-V3-ATSC-2 - QUICK SETUP

H-IRD-V3-QAM - QUICK SETUP

H-IRD-V3S2 - QUICK SETUP

H-IRD-V3S - QUICK SETUP

Disponibilidad:	En stock	Condición:	nuevo
Envío:	a partir de $10	Garantía:	2Yrs

IRD - Satélite o ATSC Decodificador a SDI, IP, ASI, Subtítulos

Descripción

Universal de Difusión IRD Decodificador

Caracteristicas

Dibujos

Vídeo

Selección de modelo

Especificación

Question and Answers

Question: I would like to take 2 x HDSDI signals from a remote location flip to IP send over AT&T Internet and Decode the 2 x HDSDI signals at our location to feed our Router

Question: Hello, I m searching for DVB-S2 receiver with SDI output for our client , the CI slot needed. Can you suggest and offer, please? I found https://thorbroadcast.com/t/dvbs-to-sdi and I d like to ask you to send me your best price for the product as many alternatives as you can offer.

Question: Would like to ask if you have an encoder/decoder to satisfy the attached SLD

Question: Wondering if the ATSC RF input to ASI decoder will allow ALL services from a single 8VSB source to pass on the ASI-TS output. Such as in the case of a translator site with ALL subchannels available in the ASI-TS output.

Documentos

Question:

I would like to take 2 x HDSDI signals from a remote location flip to IP send over AT&T Internet and Decode the 2 x HDSDI signals at our location to feed our Router

Question:

Hello, I m searching for DVB-S2 receiver with SDI output for our client , the CI slot needed. Can you suggest and offer, please? I found https://thorbroadcast.com/t/dvbs-to-sdi and I d like to ask you to send me your best price for the product as many alternatives as you can offer.

Question:

Would like to ask if you have an encoder/decoder to satisfy the attached SLD

Question:

Wondering if the ATSC RF input to ASI decoder will allow ALL services from a single 8VSB source to pass on the ASI-TS output. Such as in the case of a translator site with ALL subchannels available in the ASI-TS output.