RF transceiver design for UniMAP educational purpose

Abstract

Next-generation high data rate wireless communication systems offer completely new ways to access information and services. To provide higher data speed and data bandwidth, RF transceivers in next- generation communications are expected to offer higher RF performance in both transmitting and receiving circuitry to meet quality of service. Radio frequency is been used as a communication path between the receiver and transmitter, where it has its own frequency value in terms of security purpose. Thus, this project used RF module at 300 MHz to 434 MHz which consists a receiver and transmitter path. Once the address is synchronize between the receiver and transmitter module, then the data from encoder can be transmit by the transmitter to the decoder at the receiver path, where it will connect to the output of the receiver circuit. The scope for this project has been focused mainly on UniMAP educational purpose. This RF Transceiver Trainer Kit can be used in laboratory experiments by students as a wireless multipurpose controller. By the end of the project, a simple, low cost and user friendly RF Transceiver Trainer Kit has been build to meet the objective of the project.