y Performance Study f l Plantation Applicati

This paper presents the archit Sensor Network (WSN) for Precision Agri particularly on RF and battery performanc WSN consists of energy-efficient and scala protocols and low power hardware platform comprises of four main parts- (a) the sensor t the router and (d) the gateway to address th sensor networks. The sensor node (mote an 2xAA-size batteries and can sleep at a very paper discussed on the RF performance by do transmit power and receiver sensitivity. A p test was also carried out to identify maxim mote transmitting and minimum current d Details of the test and conclusion are describe tecture of Wireless iculture application ce of the mote. The able communication ms. The architecture tip, (b) the mote, (c) he needs of wireless nd tip) powered by y low current. This oing two type of test; power management mum current during during sleep mode. d in this paper.