Binnenantenneversterker ASR-PAD 720 VU Telkom Telmor

The ASR-PAD 720 VU Telkom Telmor is a purpose-built indoor antenna amplifier that stands apart from generic boosters by integrating a dedicated LTE/5G filter, ensuring that mobile signals do not interfere with your DVB-T/DVB-T2 reception. Unlike many amplifiers that amplify everything indiscriminately, this unit focuses on the VHF and UHF bands used for terrestrial television, delivering clean, reliable signal gain where it matters most.

Highlights

• 20 dB gain on both VHF (47-230 MHz) and UHF (470-694 MHz) bands
• Built-in LTE/5G filter (700/800 MHz) to prevent interference from mobile networks
• Low noise figure of 3 dB for clear signal amplification
• F-type connectors for secure, low-loss connections
• Compact indoor design suitable for home installations

In daily use

Installed near your TV or set-top box, the ASR-PAD 720 VU compensates for signal losses caused by long cable runs, splitters, or weak antenna output. Its 12V DC power supply (not included) is easy to source, and the amplifier's 100 mA current draw means it can often be powered from a compatible receiver's DC output. The LED indicator provides at-a-glance confirmation that the unit is operational, while the robust metal housing ensures durability in a home environment.

Full specifications

• Frequency range: VHF 47-230 MHz (BIII), UHF 470-694 MHz (BIV/BV)
• Gain: 20 dB (both bands)
• Noise figure: 3 dB
• Maximum output level: 100 dBµV (for 2 TV channels)
• Impedance: 75 Ohm
• Connectors: F-type (input and output)
• Power supply: 12V DC, 100 mA (external, not included)
• Power consumption: 1.2 W
• LTE/5G filter: Yes (700/800 MHz)
• Application: Indoor
• Compatibility: DVB-T/DVB-T2 digital terrestrial TV
• Product colour: Silver
• LED indicators: Power
• DC-in jack: Yes

Final note

For viewers in areas with weak or interfered terrestrial signals, the ASR-PAD 720 VU offers a straightforward, effective solution that preserves signal integrity without adding unwanted noise or mobile interference.