1 Ch SDI or HDMI HD Encoder - MPEG2/H264

Name: 1 Ch SDI or HDMI HD Encoder - MPEG2/H264 - 1 HDMI Input
Brand: Thorbroadcast
Price: 2995 USD
Availability: InStock

1 HDMI Input

1 HD/SD-3G SDI Input

1 HDMI + 1SDI Inputs

H-1HD-EMH

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Price: $ 2,995.00

Availability:	In stock	Condition:	new
Shipping:	starting at $22.00	Warranty:	2Yrs

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Description Features Drawings Model Selection Specification Q&A Support

1 HDMI Input model description

HD Encoder with 1 HDMI HDCP completed Input MPEG2/ H.264 Video encoding, AC3 Audio encoding. Resolution : 720p, 1080i, 1080p/60/59.94 ASI Input IP Output - Multicast, Unicast, SPTS, MPTS, UDP, RTP, RTSP ASI Ouput QAM RF Output (Optional)

Description

Real Time SD / HD Encoder for 1 HD-SDI or HDMI to MPEG-2 or H.264 on ASI or IP with CC (SDI only) & AC/3

H-1HD-EMS 1 Ch HD-SDI Encoder for IPTV and ASI Distribution
H-1HD-EMH 1 Ch HDMI Encoder for IPTV and ASI Distribution

Designed as a companion encoder for the popular QAM-IP encoder series of modulators, Thor H-1HD-EMS or H-1HD-EMH series HD program encoder to accept one input of uncompressed HD-SDI or HDMI digital video through a BNC connector or HDMI HDCP Compliant input. Managed through any modern web browser, each encoder can be Independently adjusted for bit rate, codecs, video and image qualities. Encoding support for MPEG-2 or H.264 codec along with Dolby AC / 3 Audio ensures the TS programs generated by this encoder can be viewed by virtually every TV in the United States.

The output stream can multiplex into an ASI output MPTS on mirrored BNC terminals. The ASI output can be directly connected to the ASI input on a QAM-IP digital TV channel modulator. This allows additional programs to be added to the QAM-IP output channels as additional "virtual" or "sub" channels. On a TV this will Appear as channels 2.1, 2.2, etc.

Each digital channel can carry as many as 20 programs, depending on resolution and the encoded bit rate. In addition to the ASI output, the program streams are also available as UDP or RTP network video transport streams. This output is fully compliant with IGMP Multicast UDP MPEG-TS standards and can be easily injected into almost any IPTV system.

The stream is a universally accepted format, and can easily be viewed in client applications such as VLC player. In addition to network management on a dedicated NMS Ethernet port, all configuration settings and menu items can easily be viewed or adjusted from the front panel LCD and keypad. LEDs are also provided for monitoring and alarm input video detection.

Features

Any SDI Input 480i / 720p / 1080i up to 3G-SDI 1080p60 H-1HD-EMS
Buffered SDI input protect in real time for any HD format change
Any Input HDMI 720p / 1080i / 1080p60 @ H-1HD-EMH
HDCP Compliant HDMI Input
ASI Input SPTS or MPTS up to 120 Mbps
Fully Managed Network through browser
MPEG2 or H.264 EVideoEncoding encoding
AC3 / MPEG2 / MPEG4 Audio Encoding
CC708 On SDI (not on HDMI Version)
IPTV Output Unicast or Multicast IGMP UDP, RTP / RTSP
Ip output MPTS SPTS over UDP, RTP/RTSP our (RJ45, 100M)
ASI Output multiplexer with cherry picking
Real-Time MPEG-2 / H.264 Encoder with Low Latency option
Independent control for encoding parameters on each channel
Supports 708 Closed Captioning Standards for SDI encoder only
Supports Dolby AC / 3 audio codac for compliance with US TVs

Drawings

Model Selection

1 HDMI Input H-1HD-EMH
1 HD / SD / 3G SDI Input
1 SDI +1 HDMII input - H-2HD-EMSH

2 SDI input - H-2HD-EMS

Specification

* All Specifiactions Subject to Change Without Notice
input	1x HD-SDI H-1HD-EMS 1x HDMI H-1HD-EMH 1xHDMI + 1SDI - H-2HD-EMSH
Supported Output Resolutions	H-1HD-EMH: 1080p60, 1080p59.94, 1080p50 1080i60, 1080i 59.94, 1080i50 to 720p60, 720p59.94, 720p50 720i60, 720i59.94, 720i50
video Codecs	MPEG-2 HL MPEG-4 AVC / H.264
audio Codecs	MPEG1 Layer 2 Dolby AC / 3 LC-AAC (optional)
bit Rate	0.8 - 19.0 Mbps CBR or VBR
Advanced Video Features	Input Deinterlacing, Noise Reduction, Sharpening Supports Closed Captioning Standard 708 ( H-1HD-EMS)
Audio Sampling Rate	48 KHz, 24 bit resolution
Audio Bit Rate	64 - 384 Kbps Each Channel
IP Transport Stream Output	MPTS and SPTS over UDP/ RTP/RTSP
ASI Transport Stream Output ASI Transport Stream Input	2x ASI Multiplexed Output 1x input for ASI TS multiplexing
Management Interface	Web Based Browser Interface Full Front Panel LCD Interface
Dimensions	480 x 455 x 45 mm
Weight	3.25 Kg
Operating Temperature	0 - 45 C

Question and Answers

Question:
I am looking for an encoder with 1 SDI input which delivers DVB ready IP OUT(UDP MULTICAST) I saw this model on your website: 1 Ch SDI or HDMI HD Encoder - MPEG2/H264 I have to send 188 UDP sized packets to the cable provider. Will this model do the job?

Answer:
Yes this would be the ideal unit. It is commonly used for such applications for SDI to IP, and Yes all our HD/SD MPEG encoders outputs 188 bit packets

Question:

Do you have any DA converters? That can take SDI and output ASI?

Answer:

This is an example of an encoder that allows for the encoding of SDI to DVB-ASI. This is not a simple conversion; uncompressed SDI needs to be encoded using H.264 or MPEG2 compression to be transmitted as ASI.

1 SDI H-1HD-EMS

2 SDI H-2HD-EMS

4 SDI H-4HD-EMS link: https://thorbroadcast.com/product/4-hd-sdi-broadcast-encoder-iptv-and-asi-out-mpeg2-8230.html

Now, let me explain it in more detail:

SDI (Serial Digital Interface) is a standard for transmitting uncompressed digital video signals.
DVB-ASI (Digital Video Broadcasting - Asynchronous Serial Interface) is a standard used for transmitting compressed digital video and audio streams.
The process involves taking the raw, uncompressed SDI signal and using an encoder to compress it using either H.264 or MPEG2 compression standards.
Once compressed, the video can be transmitted as ASI, which is a more efficient way of broadcasting digital video streams.
Alternatively, the compressed video can also be transmitted over an IP (Internet Protocol) network for distribution.

So, in summary, the encoder is used to compress the SDI signal into a format suitable for transmission as ASI or over IP, improving the efficiency of video distribution.