This paper gives an introduction to transceiver design for second and third generation wireless communications systems. Different transceiver front-end related testcase specifications and their relation to specific transceiver characteristics are explained. A review of some receiver architectures and their suitability for the two different systems followed by a perspective of future trends in transceiver front-end design is given.
This paper studies the design of a software-radio-(ZIF) receiver architecture, which is currently the dominant receiver (SRR) with low system delay aimed at multi-mode/multi-architecture in the cellular market [7]. system capable RF receivers for cellular terminal applications. The key advantage of this approach is a, in terms of IC area and power consumption, hardware-efficient signal-processing design, D employing stages for decimation, channel selection filtering, dynamic range control, and matched filtering. DFE
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