Linear Acoustic AERO.ASI User Guide
43
Chapter 5: Specifications
Figure 5-1
Electrical
Processing
Structure
5.1 Channel PID: 5.1+Local/Voiceover/EAS Input
2.0 Channel PID: 2+Local/Voiceover/EAS Input
Algorithms
AEROMAX®
: ITU-R compliant loudness control via fully adjustable wideband and
multiband processing
UPMAX® II
: 5.1-channel upmixing, automatic bypass of discrete content
Options
Option 01
: Nielsen Watermark Encoder
Headphone Output
Frequency
Response
20 Hz–20 kHz,
1 dB (Protection Limit preset)
Level
+12 dBu maximum
Connector
1/4-in (6.35-mm) front panel jack with volume control
Digital I/O
Digital Audio I/O
All inputs are unbalanced, 75-
, with internal termination. 1-2, 3-4, 5-6, 7-8, AES Ref use
BNC-F connectors, signal levels per SMPTE 276M/ AES-3ID-2001
All I/O can be assigned as needed.
Remote
TCP/IP remote control and audio monitoring via Remote Interface software,
a Windows®-compatible application (included)
HTTP server allows get/set control from any OS
Ethernet
100 to 1000 BASE-T via RJ-45 connector
GPI/O Parallel
Control Port
DB25-F connector, 0–5 V TTL levels
Metadata Input
DB9-F connector, 115 kbps, pinout per SMPTE 207M (RS-422/485)
Interfaces directly with Dolby Metadata (SMPTE RDD6)
Reference
48 kHz via AES DARS reference or ASI input
DVB-ASI I/O
Demultiplex up to four AC-3 PIDs from an applied DVB-ASI transport stream, loudness cor-
rection, automatic upmixing, dynamics process, re-multiplex, compensate for latency
Summary of Contents for AERO.ASI
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Page 30: ...Linear Acoustic AERO ASI User Guide Introduction to AERO ASI 30...
Page 47: ...Linear Acoustic AERO ASI User Guide Specifications 47 NOTES...
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