Communications

To improve the transmission of voice, music, data, and video, today's communications equipment manufacturers are using MathWorks™ tools to develop innovative hardware and embedded software technologies that increase data rates, improve quality and functionality, decrease size and cost, and take advantage of the latest standards such as 3G/UMTS, DWDM, and UWB.

Communications engineers rely on the MATLAB® product for technical computing and Simulink® software for Model-Based Design in increasingly complex research, system design, and system validation projects. The tools accelerate tasks such as data analysis, algorithm development, large-scale system simulation, performance analysis, hardware and software verification, and automatic code generation for prototyping and deployment.

To reduce design risk, MathWorks products enable teams to develop, share, and integrate designs and specifications across multiple domains of expertise. Engineers can model communications systems, simulate and test the complete system behavior, and refine designs before implementing hardware and embedded software.

Industry Segments Wireless Devices and Services Wired Devices and Services Optical Networking

Engineering Tasks System Architecture Baseband Signal Processing Analog and Mixed-Signal Design Control Logic Design Advanced Technology Research Optical Networking Design

Webinar: What’s New for Object-Oriented Programming in MATLAB Seminar: The MathWorks, Texas Instruments, and Xilinx: Development of Software-Defined Radio Systems Press Release: The MathWorks Real-Time Workshop Embedded Coder Validated by TÜV Rheinland