Mobile Terminal Receiver Design: LTE and LTE-Advanced - Hardcover

Über die Autorin bzw. den Autor

Dr. Sajal Kumar Das, ERICSSON, MODEM R&D, India. Over the last 16 years, Das has extensively worked on 2G, 3G and 4G mobile receiver algorithms and system development. He has implemented several innovative architectures and algorithms related to mobile phones technology. Before joining ERICSSON, he worked with Nokia, Texas Instruments, STMicroelectronics, Lucent Technologies, and Bharat Electronics. Das is the author of two technical books and more than 25 technical papers. Over 20 US patents were granted for his outstanding performance in the mobile communication field. He is also a member of the 3GPP mobile standardization group and IEEE.

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MOBILE TERMINAL RECEIVER DESIGN
LTE and LTE-Advanced

This all-in-one guide addresses the challenges of designing innovative mobile handset solutions that offer smaller size, low power consumption, low cost, and tremendous flexibility, with improved data rates and higher performance. Readers are introduced to mobile phone system architecture and its basic building blocks, different air interface standards and operating principles, before progressing to hardware anatomy, software and protocols, and circuits for legacy and next-generation smart phones, including various research areas in 4G and 5G systems. Mobile Terminal Receiver Design

• explains basic working principles, system architecture and specification detailsof legacy and possible next-generation mobile systems, from principle to practiceto product;
• covers in detail RF transmitter and receiver blocks, digital baseband processingblocks, receiver and transmitter signal processing, protocol stack, AGC, AFC, ATC,power supply, clocking;
• features important topics like connectivity and application modules with differentdesign solutions for tradeoff exploration;
• discusses multi-RAT design requirements, key design attributes such as low powerconsumption, slim form factors, seamless I-RAT handover, sensitivity, and selectivity.

It will help software, hardware, and radio frequency design engineers to understand the evolution of radio access technologies and to design competitive and innovative mobile solutions and devices. Graduates, postgraduate students, and researchers in mobile telecommunications disciplines will also find this book a handy reference.