(+49) 09101 702-299 hotline@schwaiger.de
(+49) 09101 702-299 hotline@schwaiger.de
The SCHWAIGER® DVB-T2 (T) outdoor antenna is suitable for terrestrial reception of digital television programs. The introduction of LTE as the stan...
View full detailsThis SCHWAIGER® Indoor antenna with built-in amplifier is suitable for terrestrial reception of digital television and radio programs. The introduc...
View full detailsThe SCHWAIGER® Rod antenna is suitable for terrestrial reception of television and radio programs. It has a built-in amplifier (22 dB) and can be u...
View full detailsThe SCHWAIGER® Indoor antenna is suitable for terrestrial reception of digital television and radio programs. The introduction of LTE as the standa...
View full detailsThis passive DVB-T rod antenna is designed for indoor use. With this indoor antenna TV programs in the VHF and UHF range can be received. In additi...
View full detailsThis SCHWAIGER® indoor antenna is suitable for terrestrial reception of television and radio programs and has a built-in amplifier (36 dB). The int...
View full detailsThe SCHWAIGER ® flat panel antenna is suitable for terrestrial and digital television and radio reception and has a built-in amplifier. The introdu...
View full detailsThis SCHWAIGER® VHF wire antenna is designed for simple reception of VHF (radio) signals. Dipole length 180 cm Reception of VHF signals Technical...
View full detailsThe SCHWAIGER® DVB-T2 (T) outdoor antenna is suitable for terrestrial reception of digital television programs. The introduction of LTE as the stan...
View full detailsAll radio stations in the VHF range can be received with this SCHWAIGER® VHF ring dipole antenna. The integrated symmetry transmitter is integrated...
View full detailsOur SCHWAIGER outdoor antenna, with improved wind flow and snow drift prevention, can withstand extreme weather conditions, allowing reception of f...
View full detailsThe SCHWAIGER® DVB-T2(T) outdoor antenna is suitable for terrestrial reception of digital television programs. The introduction of LTE as the stan...
View full details