Bannari Amman Institute Of Technology Sathyamangalam, Erode, India
Online published on 31 October, 2017.
High speed VLSI circuit design has attracted important attention in the communication industry and academia in the past years as a candidate technology for the transceiver systems. These systems have been developed to support high data rate with high spectral and energy efficiency, low resource utilization and high operation frequency. Hence, MSK modulation technique has been advanced for high spectral efficiency. Therefore, it is of critical importance to carry out efficient MSK transmitter. However, available MSK architectures, although able to achieve transmission data, cannot respond low resource utilization, latency and complexity structures. In this paperwe analyzea FPGA based MSK transmitter, which is more efficient than traditional MSK structure. The transmitter consists of four ROMs, two multiplexer blocks and one adder blocks while conventional MSK architecture has four ROMs, two multipliers and one adder blocks.
