Ultra Wideband(UWB) system is an attractive high speed wireless communication scheme for short range communication.It transmits extremely short pulses,which occupy ultra wide band.It gets more and more attention,because of its high data capability,fading resistance,low cost and low power,etc.While having so many advantages,it also confronts many challenges,such as very high system sampling rate,rigor request for synchronization and formidable channel estimation.Delay-Hopped Transmitted Reference(DHTR) system is a low complexity and practical scheme for UWB communication.It drags down the sampling rate of the system by dealing with correlation in the analog domain and bypasses the formidable channel estimation by using the reference pulse as a dirty template for the signal pulse.The work shown in this paper is part of the demonstration of AIRLINK^[4] project.The paper explains the working principle of the DHTR system and proposes the system architecture.It shows the synchronization and detection method by analyzing and simplifying the signal model proposed in reference[3].Two circuit architectures for synchronization are proposed: the serial solution and the parallel solution.Then the digital signal processing parts of the DHTR system are implemented on a Field Programmable Gate Array(FPGA).A complete verification platform is constructed to verify the function of the system.The low complexity and low cost implementation of the whole system proves its possibility and practicability in UWB communications.