Abstract: A network transformer to reduce electromagnetic interference (EMI) is connected to two network equipment to transmit data. It has a transformation unit to transform input power and input information of one network equipment to output power and output information and a plurality of high frequency signal attenuation elements to receive the output power and output information and reduce high frequency noises thereof. The attenuated output information and output power are sent to the load of the other network equipment. The high frequency signal attenuation elements and the load are bridged by high frequency signal channel elements which receive high frequency signals of the output information and output power, and integrate and ground the high frequency signals. Therefore, the high frequency signals are eliminated and EMI is reduced.

Abstract: A communication module having a biomodulator is disclosed. The present invention includes a communication module and a biomodulator, wherein the communication module includes an electronic component assembly, which includes a plurality of electrical components capable of forming a communication device. The biomodulator formed on a side of the communication module is made of materials capable of generating molecular resonance effects under electromagnetic waves.

Abstract: A radio frequency communication front-end device having a front-end radio frequency antenna module comprises a microchip antenna and a radio frequency front-end signal processing core chip, wherein the microchip antenna is used to emit and receive electromagnetic waves for signal communication with other wireless equipment. The present invention, as being in the form of a module, processes the radio frequency signals by means of the radio frequency front-end signal processing core chip and, therefore, achieves optimized efficiency of electromagnetic wave emission and reception.