This category contains all of our post concerning digital and analogue modulations.
The fifth-generation (5G) networks are poised to adhere to a standard that demands reduced latency, high data rates, and optimized spectrum utilization, and the modulation technique used in this network generation plays an important role. Orthogonal Frequency Division Multiplexing (OFDM) is a prevalent modulation technique employed in 4G. However, OFDM’s high peak-to-average power ratios lead […]
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In the previous article, we delved into 3G modulation techniques, identifying QPSK and 8PSK as the major modulation techniques used in the Third Generation network. In this article, we will discuss 4G modulation techniques. We will begin by explaining some of the fundamentals of modulation and proceed to cover the various modulation techniques employed in
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In the ever-evolving world of wireless communication, modulation plays an important role in ensuring the successful transmission and reception of signals. Modulation allows for efficient message exchange between the transmitter and the receiver by combining a message signal with a carrier signal and transmitting both to the receiver. In this article, we will discuss 3G
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Wireless communication relies on modulation to ensure the successful transmission and reception of signals. Unmodulated signals transmitted from a transmitter often fail to reach the receiver due to their inadequate strength in terms of frequency, wavelength, or phase for long-distance delivery. So, modulation plays a crucial role in enabling effective message exchange in wireless communication.
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In wireless telecommunication, it is always hard for a signal to reach its receiving end without weakening along the way. This necessitates modulation, which involves combining the original signal with a stronger signal that can travel a far distance. The combined signal is then transmitted together and separated at the receiving end to retrieve the
Everything About 1G Modulation Technique (A Deep Dive) Read More »
