MCV Microwave has developed a line of ultra-low passive intermodulation (PIM) cavity filters and multiplexers covering the TETRA and all LTE frequency bands from 300 to 3600 MHz. The typical production PIM performance is −163 dBc, measured with two CW tones, each at 43 dBm.
MCV Microwave has developed three filter families for wireless infrastructure. Ultra-low passive intermodulation (PIM) cavity filters and multiplexers, cavity filters and duplexers with 1 kW CW and a constant 118 dB ±3 dB PIM duplexer.
MCV Microwave high frequency cavity and planar filters for 5G system integration include a very wide-band bandpass filter covering from 10 to 30 percent bandwidth, having low insertion loss and moderate rejection. MCV Microwave also offers extremely narrow-band notch filters, as narrow as 0.3 percent bandwidth, having very sharp roll-off and high rejection.
MCV Microwave has developed a line of ultra-low passive intermodulation (PIM) cavity filters and multiplexers covering frequency bands from 250 MHz to 6 GHz. The typical PIM performance in production is -163 dBc measured with two CW tones, each at 43 dBm. An even lower PIM filter with a maximum of -168 dBc is available, if requested. The filter line has low passband insertion loss, high-power handling and, for multiplexers, high isolation between bands.
MCV GPS, GlobalStar, Glonass ceramic patch antennas offer precision and high gain along with a wide band PIFA chip antenna covering 698 to 960 MHz and 1700 to 2700 MHz for 3G/4G applications. MCV VHF/UHF and LTE MIMO DAS antennas are ideal for base station and indoor/outdoor repeater. Meta-material antenna can effectively isolate Wi-Fi frequency from LTE bands.
MCV Microwave dielectric antennas are compact size, high performance, reliable and cost competitive. MCV offers patch antennas in various sizes for GPS applications. Their rectangular micro strip designed patch antenna has excellent stability and sensitivity through the use of high-performance, proprietary dielectric materials with strict dimensional accuracy, excellent tolerance in dielectric constant and temperature stability.