An apparatus comprising: a first active circuit to receive a first input signal and provide a first output signal; and a first radio frequency, RF, filter operatively coupled to an antenna and the first active circuit, the RF filter comprising: a first non-LC filter, an embedded impedance matching circuit within the RF filter; and wherein the first RF filter is impedance matched to the first active circuit, a second active circuit to receive a second input signal and provide a second output signal; and a second RF filter operatively coupled to the antenna and the second active circuit, the second RF filter comprising an embedded impedance matching circuit within the RF filter, the second RF filter being impedance matched to the second active circuit and comprising a second non-LC filter; the first active circuit comprising a low noise amplifier, LNA, the second active circuit comprising a power amplifier, PA, the first RF filter comprising a receive, RX, filter having an output impedance matched to an input impedance of the LNA, and the second RF filter comprising a transmit, TX, filter having an input impedance matched to an output impedance of the PA. characterized by the RX and TX filters being located in separate filter packages with the RX filter being placed closer to the LNA than the antenna, and the TX filter being placed closer to the PA than the antenna. a first active circuit to receive a first input signal and provide a first output signal; and a first radio frequency, RF, filter operatively coupled to an antenna and the first active circuit, the RF filter comprising: a first non-LC filter, an embedded impedance matching circuit within the RF filter; and wherein the first RF filter is impedance matched to the first active circuit, a second active circuit to receive a second input signal and provide a second output signal; and a second RF filter operatively coupled to the antenna and the second active circuit, the second RF filter comprising an embedded impedance matching circuit within the RF filter, the second RF filter being impedance matched to the second active circuit and comprising a second non-LC filter; a first non-LC filter, an embedded impedance matching circuit within the RF filter; and wherein the first RF filter is impedance matched to the first active circuit, a second active circuit to receive a second input signal and provide a second output signal; and a second RF filter operatively coupled to the antenna and the second active circuit, the second RF filter comprising an embedded impedance matching circuit within the RF filter, the second RF filter being impedance matched to the second active circuit and comprising a second non-LC filter; the first active circuit comprising a low noise amplifier, LNA, the second active circuit comprising a power amplifier, PA, the first RF filter comprising a receive, RX, filter having an output impedance matched to an input impedance of the LNA, and the second RF filter comprising a transmit, TX, filter having an input impedance matched to an output impedance of the PA. characterized by the RX and TX filters being located in separate filter packages with the RX filter being placed closer to the LNA than the antenna, and the TX filter being placed closer to the PA than the antenna.