MULTISWITCH TERRA MV-916L 9 entrées / 16 sorties

The TERRA MULTISWITCH MV-916L is a professional-grade multiswitch designed for distributing satellite and terrestrial TV signals in multi-dwelling units, hotels, and commercial installations. With 8 satellite inputs, 1 terrestrial input, and 16 subscriber outputs, it enables efficient signal distribution to multiple users while maintaining high isolation and signal quality.

Advantages

Passive design ensures reliable operation without internal amplification, reducing power consumption and potential points of failure. High isolation between satellite and terrestrial paths (>30 dB) minimizes interference. Supports DiSEqC 2.0 control protocol for advanced switching and compatibility with modern LNBs and receivers.

Suitable for

• Multi-dwelling buildings (apartments, condos)
• Hotels and hospitality venues
• Office complexes and commercial facilities
• Any installation requiring distribution of satellite and terrestrial TV to multiple subscribers

Key specifications

• Number of Satellite Inputs: 8
• Number of Terrestrial Inputs: 1
• Number of Subscriber Outputs: 16
• Satellite IF Frequency Range: 950 - 2150 MHz
• Terrestrial Frequency Range: 47 - 862 MHz
• Satellite IF Path Gain: -2 to -4 dB (Passive)
• Terrestrial Path Gain: -2 to -4 dB (Passive)
• Control Protocol: DiSEqC 2.0 (1.0/1.1 compatible)
• Input/Output Connectors: F-type
• SAT-SAT Isolation: >30 dB
• SAT-TER Isolation: >30 dB
• Output Return Loss: >10 dB
• LNB Power Supply: 18V DC, max 1000mA (from external PSU)
• Power Supply Requirement: External 18V DC (PSU not included)
• Switching Voltage: 13V/18V
• Switching Tone: 0/22 kHz
• Operating Temperature: -20 to +50 °C
• Mounting Type: Wall-mountable

Recommendations

For optimal performance, use high-quality F-type connectors and ensure proper grounding. The external power supply (18V DC, not included) must be capable of delivering at least 1000mA to power the LNB. This multiswitch is ideal for new installations or upgrades where reliable signal distribution is critical.