Alcad PC-526 Single Channel Processor Module

Tame tricky TV signals in your building's setup with the Alcad PC-526 Channel Processor, the versatile module that balances digital and analogue channels for smooth, frustration-free viewing—whether you're an apartment dweller tired of spotty reception or an installer wiring up shared systems. Built for MATV (multi-access TV) installs, this programmable processor/converter handles adjacent channels that don't play nice, like a strong digital signal overwhelming a nearby analogue one, by adjusting levels automatically or with a quick tweak. It works wonders for free-to-air TV, DAB+ radio, and mixed broadcasts, ensuring everyone gets even, clear signals without interference or dropouts—perfect for hotels, offices, or residential blocks where channels compete for space.

Super simple to customize—no need for expert skills: program it for terrestrial digital, DAB+, or analogue TV using basic tools, and it stays steady through weather changes or daily use. With its sharp filtering, it separates signals cleanly, making it a must-have for areas with uneven reception. For easy fixes that feel pro-level, the PC-526 turns signal chaos into seamless entertainment—plug it in, tune it up, and tune out the problems!

Key Features:

• Signal Balancing Boost: Adjusts digital and analogue TV levels to match, ideal for adjacent channels with big strength differences—no more weak or overpowering feeds.
• Multi-Format Friendly: Programmable for terrestrial digital, DAB+ radio, and analogue TV—covers all your free-to-air and broadcast needs in one module.
• Easy Adjacent Channel Fix: Converts and processes clashing signals in MATV setups, keeping everything separate and strong for shared viewing.
• User-Simple Programming: Set it up quickly for custom installs—works with standard tools, no steep learning curve for beginners or pros.
• Reliable Everyday Stability: Handles temperature shifts and daily wear without faltering, built tough for long-term building use.
• MATV Must-Have: Compact design slots into collective systems, enhancing reception in tough spots like urban edges or multi-unit buildings.