Signal amplifier Triax GPV 950 with 40 dB gain (32 dB adjustable)

Triax GPV 950 is a compact signal amplifier designed to improve terrestrial and cable TV signal levels. It provides up to 40 dB gain with a 32 dB adjustable setting, allowing precise compensation for long coaxial cable runs or multiple outlet splits. The unit is intended for installations where stable amplification and low noise figure are required to maintain picture and sound quality across several receivers.

Advantages

The amplifier offers a high maximum gain of 40 dB while allowing attenuation or fine-tuning over a 32 dB range, enabling users to match signal levels across different branches. Its compact housing simplifies installation in tight spaces and the design focuses on reducing signal noise to preserve reception quality. The Triax GPV 950 supports both terrestrial and cable signals, making it versatile for varied distribution setups.

Suitable for

• Homes with long coaxial cable runs where signal loss occurs
• Small commercial installations such as offices, cafés, or waiting areas
• Distributing terrestrial or cable TV signals to multiple outlets
• Situations that require adjustable gain to balance multiple receivers

Key specifications

• Maximum gain: up to 40 dB
• Adjustable gain range: 32 dB
• Signal types: terrestrial and cable TV
• Form factor: compact amplifier housing suitable for indoor installation
• Primary function: signal amplification and level adjustment to reduce noise impact

How to use

Install the Triax GPV 950 inline in the coaxial distribution path where additional gain is required. Connect the input to the incoming antenna or cable feed and the output to the downstream splitter or receiver line. Use the adjustable gain control to set the required amplification, starting from a lower setting and increasing until a stable signal level and acceptable noise figure are achieved at the furthest outlet. Ensure power and grounding are provided according to local electrical and antenna installation standards.

Usage recommendations

Position the amplifier as close as practical to the point where signal loss is most significant, avoid unnecessary extra splitters after amplification, and verify signal levels at the endpoints with a meter when possible. If multiple amplifiers are used in one system, adjust gains to prevent overload at downstream equipment.