Communications System Design

Companies who design high performance, innovative communications systems use Agilent EEsof solutions for concept design, verification of conformance against published standards, such as 3GPP-LTE and WiMAX 802.16e, and to explore algorithmic functionality for both wireless and wired communications systems.

Verification of system performance early and often mitigates integration risks later in the design cycle. Understanding tradeoffs at a system level allows communications architects, circuit designers and algorithm developers to accurately co-design for optimal performance and reliability. Having the ability to link higher level simulations with actual bench top test systems bridges the gap between modeling and measurement, further enhancing confidence in final system performance.

Modern communications system engineers are faced with ever-increasing demands on system deployment times, whether it be a commercial wireless system or Mil-Com system. Rapid development and implementation of algorithms is required to speed designs from concept to deployment. Engineers need simple, easy to learn tools that offer very fast simulation, accurate bit-true results, and seamless implementation paths for quick prototyping and verification.

Agilent EEsof is a partner in your success. We provide innovative solutions that combine high performance design and analysis software with industry leading measurement platforms that address the needs of today's communications engineers.

The links on this page allow you to:

• explore fully what is required in successful Communications System design tools.
• examine and compare the most important Communications System design flows in use today.
• evaluate the strengths and limitations of Agilent EEsof EDA design tools in the light of your own Communications System design needs.

At any time, please do not hesitate to contact us for more information: