Thor Broadcast, H-1HDMI-ATSC-IPLL, 1Ch HDMI to ATSC Encoder Modulator Out. IP Streamer
Features:
- ATSC 8VSB 19Mbps RF Output up to 4 Out
- IPTV Output Unicast or Multicast IGMP UDP, RTP/RTSP
- ASI Output with multiplexer cherry picking
- Any HDMI Input up to 1.5A at1080p60
- ASI Input SPTS or MPTS up to 120 Mbps
- Fully Network Managed through browser
- Integrates fully independent encoders with a multiplexer and modulator
- Modulates up to 4 adjacent 8VSB carriers compatible with ATSC format
- Supports full HD 1080p60 input and encoding from any HDMI digital video source
- Each encoder independently configured: supports all standard HDTV resolutions
- IPTV output on second network port in UDP IGMP Multicast or Unicast format
- DVB-ASI output on mirrored BNC terminals for use in broadcasting systems
- Fully network managed device with all settings configurable through web browser
Thor Broadcast HDMI-ATSC-IP and HDMI-ATSC-IPLL Product Lines
Thor HDMI to 8VSB series encoder modulator chassis are designed for corporations or video professionals that need to modulate High Definition video onto RF carriers compatible with North American ATSC tuners. Over the air television systems in this region use a unique modulation protocol known as 8 level Vestigial Side Band (8VSB) modulation. While most tuners and television sets sold in North America support demodulation of QAM-256 under ITU-T J.83B in addition to ATSC's 8VSB signal, most can only tune to one type of signal at a time. This creates a problem for system integrators who want to inject their own programming into broadband lineups containing channels from a master antenna system. Thor offers 8VSB modulators for use in any application where ATSC signals must be combined with locally modulated content.
ATSC (8VSB): Advanced Television Systems Committee (North American OTA)
Thor encoder modulators are all major world television systems. Television systems in North America are based on the Advanced Television Systems Committee (ATSC) standard that employs 8 level Vestigial Side Band (8VSB) modulation. This type of RF is unique to the North American Market as well as the ATSC Program and System Specific Information PSIP tables. Thor modulators that include VSB in the model number indicate they have the firmware necessary for ATSC 8VSB modulation. These modulators will output RF carriers with program streams designed to be received by North American set top boxes and tuners. All PSIP and electronic program PID tables can be set and edited from the modulators control page, and custom PID values can be configured for specific systems. For full compatibility with all STBs such as Motorola or Scientific Atlanta systems that choose to only accept Intel's Dolby AC/3 audio codec, most Thor modulators offer this as an additional option. ATSC provides up to 19 Mbps of programming, so it carries much less data than QAM or DVB-T; however, it can be used with longer coax runs. This modulation protocol is only necessary when the application requires combining locally modulated channels with an Off Air lineup picked up from an antenna.
HDMI-ATSC-IP: Modulator Chassis with HDMI Encoder Cards
The HDMI video standard is commonly found in consumer and professional devices all over the world. It is a versatile connector with many parallel lines for bi-directional communication. The latest standards support full rate HD video at 1080p60 with standards being released to support ultra high resolution 4K video. Thor encoder cards support any HDMI input from any device that provides HD video output in standard HDTV resolutions and aspect ratios.
Low Latency Encoding Option
Unit model numbers that include "LL" indicate that the model includes Thor's low latency encoding option. This feature reduces the time delay between video input and encoded program output by more than 10 times. Standard model encoder modulator chassis systems typically have an encoding latency of 700-1200 ms depending on encoding parameters and output configurations. For many applications, adding approximately 1 second latency doesn't make a difference. For other applications, such as live events; 1 second delay is very noticeable and prevents modulation from being used in distribution systems. The solution for live video broadcast applications is the Low Latency upgrade option for the encoders. IPLL models typically have an encoding latency of approximately 70-120ms, making them suitable for the distribution of live video events. Contact a Thor sales representative today for more information on encoding latency.
