EDN

4G wireless: evolution or watershed in SOC architectures?

The almost-mythological fourth generation of wireless service—4G—could be the fountainhead of an entirely new way of thinking about SOC (system-on-chip) architectures. Or it could drive a simple ...
EDN

Understand LTE-A Release 12 transmitter architecture: Part 1

This two-part article series reviews new developments in the Fourth Generation Long Term Evolution (4G-LTE) cellular standard. The articles explore LTE-Advanced (LTE-A) Release-12 (Rel-12) features ...
Design-Reuse

CEVA Unveils Industry's Highest Performance DSP Architecture for 3.5G/4G Terminals and Infrastructure SoCs

CEVA-XCâ„¢ DSP Architecture Exploits Modularized Vector Unit to Deliver Scalable, Software-Programmable Solution Targeting LTE, WiMAX and SDR Applications SAN JOSE, Calif., Feb. 11, 2009 -- CEVA, Inc.
Design-Reuse

FAUST: On-Chip Distributed SoC Architecture for a 4G Baseband Modem Chipset

The 10 X increase in complexity for the future 4G telecommunication terminals is a major challenge for system designers. SoC solutions seem the only answer to cope with the performance requirements, ...
The Hindu

Deploying 5G in a world built on 4G technology

Since the dawn of mobile communication in the early 1980s, companies and consumers have been adapting to new ways of sending and receiving information. The first-generation technology of this era let ...