An alternate approach towards realizing a Fifth Order ZVT Boost Converter has been explored in this paper. The advantage of high voltage-gain of the fifth order converter has been utilized by exploiting the Zero Voltage Transition (ZVT) technique, which allows reasonable full load efficiency at higher-frequency operation. The modes of operation of the converter have been identified thereby establishing soft-switching in the resonating mode. Performance of the converter has been estimated using simulations for a 24 V source voltage and 100 Ω load with a power rating of 100 W for the converter switching at 100 kHz. Reasonable improvement has been observed in the efficiency of the ZVT Converter as compared to its Hard Switched topology. Also, performance of the converter has been studied with line and load variations.