How to send video from the encoder to the Decoder or IRD over the public internet, how to setup encoder, routers and decoders ?

In order for you to send the stream over the public internet, please follow these steps: Encoding Side: Set the Data IP address to the LAN IP range. For example, if your LAN gateway is 192.168.5.1, set the Data IP address to 192.168.5.2. Set your stream to the Destination (RX) Gateway WAN IP address, and any port number, like 2222. Open port 2222 on the Router for 192.168.5.2 RX Side: Please forward port 2222 to the Data IP address of the IRD (NOT NMS). The Data IP address needs to be on the same subnet as the (RX) LAN Subnet. On the IRD, set the source IP address to the receiving It own Data IP address and port 2222. Please note that IRD Data IP adress need to be on the same subnet as the LAN subnet , for examle if the LAN supbnet is 192.168.1.1, the IRD need to be set to any I P from this subnet 192.168.1.2 to 254

i’m glad to hear the good news and to know that the S SAMSUNG SBB-SSN Player r is 100% compatible. I would also like to ask if there is a way to calculate the maximum number of TVs that can receive content simultaneously through the IPTV outputs, taking into account the following: The H-4ADH-QAM-IPLL modulator has a 100 Mb/s Ethernet port. The H-Spartan-4 modulator has a 1 Gb/s Ethernet port. We could use the bitrate of the content transmission to estimate the number of TVs that can be supported. Additionally, I will take advantage of the benefits of the IGMP protocol and multicast transmission to minimize network bandwidth usage, thus ensuring a more efficient content distribution.

Great question: yes, using UDP multicast with IGMP enabled on your LAN, you can distribute video content to an unlimited number of TVs simultaneously without increasing the overall network bandwidth usage. Here’s a simple explanation of how multicast works: In multicast, the modulator sends one copy of each video stream to the network. IGMP (Internet Group Management Protocol) allows TVs (or set-top boxes) to join or leave specific multicast groups (each stream has its own multicast IP). Your switch/router forwards the stream only to the ports/devices that requested it, which keeps the network efficient. So, whether 1 TV or 100's or 1000's TVs are watching the same stream, the modulator sends it just once, no extra bandwidth used. Regarding your specific equipment: The H-4ADH-QAM-IPLL has a 100 Mbps port, so you could safely transmit 4 IPTV streams 18 Mbps per stream The H-Spartan-4, with its 1 Gbps port, can easily handle high-bitrate streams without issu

4 HDMI encoder - Thor Broadcast

Descripción

This is 4 HDMI low latency LAN encoder and WAN streamer, utilizing H.264 encoding, AC3 or MPEG1 Audio encoding

It can be used as a 4 ch HDMI or 4ch CVBS, or a mix of both, IP streaming device. Ideally used for UDP/RTP multicast over LAN or It could be used as streaming device over public internet WAN using HLS, HTTP. RTMP

Easy to use and simple to setup; this single 1RU chassis has been designed to stream MPEG4 video directly to websites like Youtube and Facebook for streaming applications.

Low latency and minimal bit rate lets you stream up to 1080p quickly and efficiently through Thor Brodcast's newest multi channel encoder with procotols needed by most social media.

Caracteristicas

4 HDMI INputs
4 CVBS Inputs
1 USB input for TS to IP streaming
TS files play directly
Low Latency & Low bit rate
H-264 Video Encoding
MPEG1, AC3, AAC Audio enoding
UDP/RTP Unicast Multicast
HLS, RTMP, HTTP in Low Latency
Supports RTMP with Key
CBR/VBR control mode
CC closed caption EIA 608
LCD & web controlled, updates via the web
Internal power supply
Supports incoming video resolusion up to full HD 1080p/60
NMS port for monitoring with its own IP address
Data Ethernet Port For Streaming Output
Video encoding bit rate for UDP, RTP unicast/multicast up to 14mbps
Video encoding bit rate for streaming HLS, RTMP, HTTP up to 8Mbps
Direct streaming to Video services like youtube or Facebook (RTMP with Key)
Easy setup using NMS Gui Interface
Control and status on the LCD display

Dibujos

Vídeo

4 Channel HDMI + CVBS Network Encoder Streamer - THOR BROADCAST

This Thor H-SPARTAN-4 is 4 HDMI low latency LAN encoder and WAN streamer, utilizing H.264 encoding, AC3 or MPEG1 Audio encoding https://thorbroadcast.com/product/4-channel-hdmi-cvbs-network-encoder-streamer-udp-rtp-unicast-multicast-8230.html https://ThorBroadcast.com Thor Modulator YouTube Channel https://www.youtube.com/channel/UCpAAZxw2NB3TQAtMSfH0adw Video Senders - Digital and analogue - HDMI Senders https://www.youtube.com/watch?v=C17OgxnjLeo&list=PL_g5Ad_LMmeIpLsSL0bcuTX-B3mKMWjog&pp=gAQBiAQB It can be used as a 4 ch HDMI or 4ch CVBS, or a mix of both, IP streaming device. Ideally used for UDP/RTP multicast over LAN or It could be used as streaming device over public internet WAN using HLS, HTTP. RTMP Easy to use and simple to setup; this single 1RU chassis has been designed to stream MPEG4 video directly to websites like Youtube and Facebook for streaming applications. Low latency and minimal bit rate lets you stream up to 1080p quickly and efficiently through Thor Brodcast's newest multi channel encoder with procotols needed by most social media. Features: 4 HDMI INputs 4 CVBS Inputs 1 USB input for TS to IP streaming TS files play directly Low Latency & Low bit rate H-264 Video Encoding MPEG1, AC3, AAC Audio enoding UDP/RTP Unicast Multicast HLS, RTMP, HTTP in Low Latency Supports RTMP with Key CBR/VBR control mode CC closed caption EIA 608 LCD & web controlled, updates via the web Internal power supply Supports incoming video resolusion up to full HD 1080p/60 NMS port for monitoring with its own IP address Data Ethernet Port For Streaming Output Video encoding bit rate for UDP, RTP unicast/multicast up to 14mbps Video encoding bit rate for streaming HLS, RTMP, HTTP up to 8Mbps Direct streaming to Video services like youtube or Facebook (RTMP with Key) Easy setup using NMS Gui Interface Control and status on the LCD display 0:00 intro Unboxing 1:22 The back ports 2:07 The front panel settings | how to setup the NMS IP address 3:07 The light status on the front 3:57 The Web browser Interface to set up the video quality 5:55 How to playback video in a media player such as VLC 8:40 How to stream video to Youtube or Twitch 9:01 Outro If these Videos help you please consider supporting my work https://www.paypal.com/donate/?cmd=_s-xclick&hosted_button_id=4CRW8P29AA6PY https://www.patreon.com/RobbieStrike Learn about Satellite and other things by sitting back and binging on these playlists https://www.youtube.com/user/ottawaoctane/playlists https://www.youtube.com/user/ottawaoctane/videos https://www.facebook.com/RobbieStrikeVideos/ https://twitter.com/robbiestrike3 (c) Robbie Strike 2023 http://www.RobbieStrike.com www.FreeSatelliteTV.net my links https://flow.page/robbiestrike

Selección de modelo

H-SPARTAN-4 4CH HDMI/CVBS/USB Video Audio encoder Streamer to IPTV; UDP, RTP, RTSP, HLS, HTTP, RTMP

----------------------------------------------------------------------------------------------------------------------------------------------------------

IPTV encoders are a valuable piece of infrastructure for transmitting multiple channels or programs over a LAN easily, generally in H264. However, it is essential to use a decoding apparatus like an IP-STB that can receive those programs via IP addresses in H264 and output the signal via HDMI to a television or screen.

Our encoders can be used with our IP STBs (set-top boxes) - IP to HDMI decoders.

Example H-STB-IP

Especificación

Interfaces
Input	4 x HDMI, 4 x CVBS, 1 x USB
Output	1 x RJ45, 1Gbps IP Streaming UDP/RTP (Unicast/Multicast) HLS, HTTP, RTMP
Control	LCD with 6 keys & 1 x RJ45 (Web NMS)
Video Encoding
Format	HD/SD :H.264 AVC/[email protected]
Resolution	1080 50/60p, 1080 50/60i 720 50/60p, 480i/576i Max output: 1080-30P
Bitrate	2~14 Mbps in UDP RTP 2~8 Mbps in RTMP, HLS, HTTP HDMI - 2-14Mbps CVBS- 2-6Mbps
Rate Control	CBR/VBR
GOP Structure	IBBP
Audio Encoding
Format	Mpeg1 L2, AAC, AC3
Bitrate	64kps ~ 384kps
Sample Rate	44.1 kHz, 48.0 kHz
General
Power Supply	AC 100~240V 50/60Hz
Display	LCD panel @ 2 x 16 characters LED X5 (Ch1~4+USB)
Dimension	483 x 257 x 44.4mm
Weight	4Lb
Environmental for operating	Temperature: 5°C- 40°C Relative Humidity: 80% @ 30°C

Question and Answers

Answer:

If you need a solid 4 HDMI input unit for encoding to H264 https://thorbroadcast.com/product/4-8-16-24-hdmi-iptv-streaming-8230.html/213 If you need 4 HDMI to MPEG2 encoding for IPTV https://thorbroadcast.com/product/4-hdmi-component-hd-to-coax-and-iptv-hd-8230.html/21 We also have another MPEG4 unit with different protocols https://thorbroadcast.com/product/4-or-8-hdmi-inputs-h264-network-encoder-udp-unicast-multicast-rtsp-8230-2.html/36 So essentially we have several options, but in order to deduct the best fit for your application it would help if you had more information for us. However for the solution of HDMI to IP; any of the above encoders will work for you. Questions: MPEG2 or H264? Streaming protocol: UDP RTP RTSP HLS RTMP HTTP???? What kind of audio? Multicast? What Resolution? Is the video going to a LAN or WAN?

Answer:

In order for you to send the stream over the public internet, please follow these steps:

Encoding Side:

Set the Data IP address to the LAN IP range. For example, if your LAN gateway is 192.168.5.1, set the Data IP address to 192.168.5.2.
Set your stream to the Destination (RX) Gateway WAN IP address, and any port number, like 2222. Open port 2222 on the Router for 192.168.5.2

RX Side:

Please forward port 2222 to the Data IP address of the IRD (NOT NMS). The Data IP address needs to be on the same subnet as the (RX) LAN Subnet.
On the IRD, set the source IP address to the receiving It own Data IP address and port 2222.
Please note that IRD Data IP adress need to be on the same subnet as the LAN subnet , for examle if the LAN supbnet is 192.168.1.1, the IRD need to be set to any I P from this subnet 192.168.1.2 to 254

Answer:
You can use the following solution : For the 4HDMI , you can use the H-SPARTAN-4 , HLS output For the 20 TV's you can use 20 pcs H-STB-IP , HLS IP input and HDMI output HLS streaming protocal will work over WIFi for 20 STB's Please let me know if that would work for you

Answer:
The easiest way to do this is with an IPTV encoder and use IP STB's at each screen. This is a single channel encoder that is very popular, for example. https://thorbroadcast.com/product/1-sdi-hdmi-cvbs-ip-h-264-encoder-streamer-udp-rtp-8230-2.html Rudimentary picture of what it would look like, encoder to a switch then to IP STB's on your network.

Those compact STB's can be found here: https://thorbroadcast.com/product/compact-ip-decoder-set-top-box.html Keep in mind you'll need 11, or however many screens you have. Then expansion is very simple, just adding one to the network each time a new display is added. Please let me know if you have any questions or would like a formal quote on anything. I can be reached at 1800-521-8467 ext 1 if you'd like to discuss further as well.

Answer:

Great question: yes, using UDP multicast with IGMP enabled on your LAN, you can distribute video content to an unlimited number of TVs simultaneously without increasing the overall network bandwidth usage.

Here’s a simple explanation of how multicast works:

In multicast, the modulator sends one copy of each video stream to the network.
IGMP (Internet Group Management Protocol) allows TVs (or set-top boxes) to join or leave specific multicast groups (each stream has its own multicast IP).
Your switch/router forwards the stream only to the ports/devices that requested it, which keeps the network efficient.
So, whether 1 TV or 100's or 1000's TVs are watching the same stream, the modulator sends it just once, no extra bandwidth used.

Regarding your specific equipment:

The H-4ADH-QAM-IPLL has a 100 Mbps port, so you could safely transmit 4 IPTV streams 18 Mbps per stream
The H-Spartan-4, with its 1 Gbps port, can easily handle high-bitrate streams without issu