Kaelus interference and co-siting filters that keep co-located systems out of each other’s spectrum — bandpass, bandstop and downlink attenuation units built for outdoor IP67 sites.
Partner brands: Kaelus
Full-band E900 bandpass · rejects 850 DL · outdoor-rated
Ideal for co-located 850 and 900MHz systems the BPF0016 filter is a full band E900MHz bandpass filter. Capable of being used in an outdoor environment, the BPF0016 will provide rejection of the 850MHz downlink when small (2.5MHz) guard bands are required.
3.5 GHz interference mitigation · outdoor-rated
Ideal for co-located 3.5GHz systems. BPF0017 is a 3.5GHz interference mitigation filter capable of being used in an outdoor environment.
Twin bandstop · 2.5 MHz guardband · 700/850 pass · 900 UL reject
The BSF0020F1V2 is ideal for co-located 700, 850 and 900 networks. Utilising a 2.5MHz guardband the BSF0020F1V2 provides rejection of the 900 UL band while passing 700/850 UL and DL bands. Capable of being used in an outdoor environment the BSF0020F1V2 contains two identical bandstop filters, suitable for 2x2 MIMO configuration.
Twin bandstop · 2.6 MHz guardband · DC/AISG pass · IP67
The BSF0020 is ideal for co-located 700, 850 and 900 networks. Utilising a 2.6MHz guardband the BSF0020 provides rejection of the 900 UL band while passing 700/850 UL and DL bands. Capable of being used in an outdoor environment the BSF0020 contains two identical bandstop filters, suitable for 2x2 MIMO configuration.
Twin bandstop · 1 MHz guardband · rejects GOGO Wireless · 700/850 pass
The BSF0020F4V1 is ideal for co-located 700, 850 and GOGO Wireless networks. Utilising a 1MHz guardband the BSF0020F4V1 provides rejection of the GOGO Wireless band while passing 700/850 UL and DL bands.
Twin bandstop · 2.5 MHz guardband · 850 reject · 900 pass
The BSF0021F1V1 is ideal for co-located 850 and 900 networks. Utilising a 2.5MHz guardband the BSF0021F1V1 provides rejection of the 850 band while passing 900 UL and DL bands.
850 downlink attenuator · protects 900 BTS receive
The DDF0015 is deployed when co-locating 900 and 850MHz systems. Attenuating the 850MHz downlink band this filter prevents the 900MHz BTS receive being overloaded from 850MHz systems.
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