6 AQT8 Series
User Manual
Section 2 – Product Summary
2.1 Revision History & Reason
This is the first release of this manual.
Features:
•
Encrypted QAM sources can be mapped to IP MPTS or SPTS formats in Pass Through mode for Remote PHY and Switch
Digital applications
• Accepts up to eight RF inputs in 8VSB/QAM format
•
Provides one common 8VSB/QAM input port with an internal active splitter
•
PSIP manipulation
• Accepts EAS input in ASI or IP formats
• Supports EAS switching-based on contact closure trigger, or +5 to +12 VDC input
• Comprehensive GUI-based remote monitoring and control via any standard Web browser
•
2:1 Multiplex Mode to configure eight ATSC 1.0 off-air channels to four MPTS for QAM (AQT8-QAM/IP Only
)
*Model Dependent
2.2 Product Application & Features
Application:
The
AQT8 Series (AQT8-QAM/IP and AQT8-IP) allows the user to create a custom IP and QAM output from off-air and/or
QAM input sources. The unit accepts eight 8VSB off-air or QAM sources and simultaneously outputs these SPTS and/or MPTS
programs in IP and/or QAM. At the same time, the AQT8-QAM/IP can be configured in Pass-through mode, which directly
maps the demodulated RF port content in MPTS format to IP output.
The AQT8 Series can accept encrypted QAM sources, and output the encrypted IP transport streams programs in MPTS or
SPTS formats, while preserving the MPEG tables (PAT, PMT, PSIP, VCT, and MGT) from the source. The unit allows the user to
change the PID, program number, short name, and major/minor channel (PSIP) information on any program.
In addition, the AQT8 Series also features Emergency Alert System (EAS) program switching through either an ASI or IP format
EAS input, and terminal block contacts for triggering EAS messages.
For off-air applications, the AQT8-QAM/IP (Stock # 6281B) has a 2:1 Mux Mode feature, which allows you to multiplex two
off-air sources to one MPTS for QAM distribution. This model can support up to eight QAM-256 outputs that are agile from
54 to 1002 MHz as long as all eight outputs are kept within a 768 MHz span.