WISI FLEXSWITCH DXS0512 5-in-12 actieve multiswitch met voeding

Distribute satellite and terrestrial signals to up to 12 subscriber outlets with the WISI FLEXSWITCH DXS0512, a professional-grade active multiswitch engineered for reliable performance in multi-dwelling units. Featuring a wide satellite IF range of 950–2150 MHz and a terrestrial path up to 862 MHz, this unit ensures full-band distribution without compromise.

Overview

The DXS0512 combines four satellite inputs from a Quattro LNB with one terrestrial input, delivering independent signal routing to 12 outputs. Its active design provides gain compensation for both satellite (0 dB) and terrestrial (8 dB) paths, maintaining signal integrity across long cable runs. The built-in power supply accepts 90–264 VAC, making it suitable for international installations.

What stands out

• Supports DiSEqC 2.0, 13/18V, and 0/22kHz switching commands for universal compatibility.
• High isolation (>30 dB) between satellite and terrestrial paths prevents interference.
• Wall-mountable design with F-type connectors for quick, secure installation.
• Robust operating temperature range from -20°C to +50°C for demanding environments.

Technical details

• Inputs: 4x SAT (Quattro LNB) + 1x Terrestrial
• Outputs: 12x Subscriber
• Switch Type: Active Multiswitch
• SAT Frequency Range: 950–2150 MHz
• Terrestrial Frequency Range: 47–862 MHz
• SAT Path Gain: 0 dB (±2 dB)
• Terrestrial Path Gain: 8 dB (±2 dB)
• LNB Power Supply: 18V, max. 500 mA
• Switching Commands: 13/18V, 0/22kHz, DiSEqC 2.0
• Power Supply: Internal, 90–264 VAC, 47–63 Hz
• Power Consumption: 10 W (without LNB)
• SAT-SAT Isolation: >30 dB
• SAT-Terrestrial Isolation: >30 dB
• Output Return Loss: >8 dB
• Connectors: F-type (all inputs/outputs)
• Operating Temperature: -20 to +50 °C
• Mounting Type: Wall-mountable
• LNB Compatibility: Quattro LNB

Our verdict

The WISI FLEXSWITCH DXS0512 delivers professional signal distribution with precise gain control and robust isolation, making it an excellent choice for satellite and terrestrial networks in multi-tenant buildings.