Blonder Tongue MIDM-806C Agile Audio/Video Demodulator Module
Condition: New
Product Overview: The Blonder Tongue MIDM-806C is an agile audio/video demodulator module designed for modular headend and signal distribution systems. It provides flexible demodulation of selected RF carriers, extracting baseband audio and video for further processing, conversion, or distribution. Ideal for cable TV headends, MATV/SMATV systems, and broadcast facilities, this module integrates into compatible Blonder Tongue modular platforms to support efficient channel extraction and signal management.
Features
Agile RF Demodulation: Supports selectable demodulation across a wide RF frequency range, allowing flexibility in channel selection
Audio/Video Baseband Outputs: Provides clean analog or digital baseband outputs for downstream processing
Modular, Hot-Swappable Design: Installs in compatible Blonder Tongue chassis for easy configuration and maintenance
Designed for Headend Use: Engineered for reliable performance in professional cable, MATV, and broadcast environments
Condition: New
Product Overview: The Blonder Tongue MIDM-806C is an agile audio/video demodulator module designed for modular headend and signal distribution systems. It provides flexible demodulation of selected RF carriers, extracting baseband audio and video for further processing, conversion, or distribution. Ideal for cable TV headends, MATV/SMATV systems, and broadcast facilities, this module integrates into compatible Blonder Tongue modular platforms to support efficient channel extraction and signal management.
Features
Agile RF Demodulation: Supports selectable demodulation across a wide RF frequency range, allowing flexibility in channel selection
Audio/Video Baseband Outputs: Provides clean analog or digital baseband outputs for downstream processing
Modular, Hot-Swappable Design: Installs in compatible Blonder Tongue chassis for easy configuration and maintenance
Designed for Headend Use: Engineered for reliable performance in professional cable, MATV, and broadcast environments



















