Alcad MB-408 The Alcad MB-408 is a professional multiswitch unit used in satellite and terrestrial TV distribution systems. It is designed to distribute signals from satellite LNBs and terrestrial antennas to multiple user outputs in collective TV installations such as apartment buildings, hotels, and commercial facilities. This model belongs to Alcad’s MB series multiswitch family, which is widely used in professional MATV/SMATV systems for reliable signal distribution with low loss and high stability. Key Features 17 inputs 32 outputs multiswitch configuration (1732 system) Distributes satellite + terrestrial TV signals to multiple users Suitable for SMATV (Satellite Master Antenna TV) systems Supports active/passive signal operation modes depending on installation Built-in amplification for signal compensation (model-dependent configuration) Designed for cascade or star distribution architectures High isolation between outputs for stable signal quality Technical Specifications Model: MB-408 Type: Multiswitch (SAT/TV distribution) System Configuration: 17 inputs / 32 outputs Signal Types: Satellite IF signals (from multisatellite LNB systems) Terrestrial TV signals (DVB-T/T2) Performance: Low insertion loss design High output isolation between users Optimized for long-distance signal distribution in buildings Applications Apartment building TV distribution systems Hotels and hospitality TV networks Commercial complexes and office buildings Large collective satellite TV installations SMATV and MATV infrastructure projects Advantages for Buyers Supports large-scale 32-user distribution Combines satellite and terrestrial signals in one system Professional-grade signal stability for building installations Compatible with modern SMATV infrastructure Reliable solution for centralized TV distribution Short Sales Summary (for listings) Alcad MB-408 Multiswitch – professional 1732 satellite/terrestrial TV distribution unit designed for SMATV systems in buildings, hotels, and large installations, offering stable multi-user signal distribution with high isolation and low loss.