Satellite multiswitch Televes 714603 9 inputs 25 outputs

The Televes 714603 satellite multiswitch provides 9 inputs (one terrestrial and eight satellite inputs covering four polarities each) and 25 outputs for distributing satellite and terrestrial signals. It supports a frequency range of 950–2400 MHz and operates with 12 V supply, making it suitable for multi-user installations where a compact, professional multiswitch is required.

Advantages

The device offers selectable 10 dB low-gain/high-gain attenuation for each 8-user group, remote power feeding via VL and current circulation between inputs and cascades, and compatibility with return-channel applications. Its European design and manufacturing ensure consistent build quality and reliable signal distribution across all 25 outputs.

Suitable for

• Apartment buildings and multi-dwelling units
• SMB and small office satellite distribution
• Shared communal installations with both terrestrial and satellite signals
• Setups requiring return-channel support

Key specifications

• Model: Televes 714603
• Inputs: 9 (1 terrestrial + 8 satellite)
• Outputs: 25
• Frequency range: 950–2400 MHz
• Supply voltage: 12 V
• Signal level range: 90–112 dBμV
• Current consumption: 180 mA
• Dimensions (W×D×H): 206 × 29 × 255 mm
• Weight: 1.186 kg

How to use

Install the multiswitch in a dry, ventilated location and connect the terrestrial antenna to the terrestrial input and the two satellite dishes (or dual-LNB outputs) to the eight satellite inputs according to polarity. Connect coaxial cables from the multiswitch outputs to each subscriber outlet. Set the 10 dB LG/HG switch as required to adjust satellite input attenuation per 8-user group. Ensure the device receives 12 V supply and, if required, enable remote power feeding via VL for powering upstream devices.

Recommendations

Use quality coaxial cabling and proper grounding to minimise signal loss and maintain system reliability. For cascaded setups, verify current circulation and polarity consistency across units and avoid exceeding the specified input level range (90–112 dBμV) to prevent overload or degraded performance.