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Applied Wave Research provides high-frequency EDA tools for the design of wireless telecom equipment, semiconductors, high-speed computers,
networking systems, automotive mobility systems, and a variety of other electronics-based products. Our mission is to dramatically increase the productivity of gigahertz electronic product development. |
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| Category:
Analog/RF/Mixed Signal |
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AWR's flagship product, Microwave Office, is the design
suite that revolutionized product development by shifting
the balance of power back into
the hands of high frequency design engineers. This demo shows how Microwave Office provides
everything designers need to take an idea from concept through simulation and directly
into physical implementation. |
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| Category: Front End -
Analog/RF/Mixed Signal, Design Synthesis |
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Visual System Simulator is a comprehensive design suite
for end-to-end communications systems. The VSS technology uses a complex envelope simulation
engine that enables systems and circuit designers to work together within a common
simulation framework to perform interactive, top-down analysis of analog and digital
communications systems and RF sub-systems. |
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| Category: Front End -
Analog/RF/Mixed Signal; Back End - Extraction,
Post Layout Checks; PCB/MCM |
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The AWR SI Design Suite combines the unique AWR design platform and
unified data model with a signal integrity analysis environment, providing comprehensive, easy-to-use analysis capabilities that work
seamlessly in one integrated platform. The solution supports multiple process technologies, enabling concurrent design and signal
integrity analysis of complex interconnects spanning chip, package, module, and PCB design boundaries. |
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| Category: Analog/RF/Mixed Signal |
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| Analog Office is the first complete IC design system in
over ten years that is specifically architected and optimized from the ground up for next
generation analog and RFIC designs. The solution, which is focused on total RF closure,
boasts an industry-first, concurrent interconnect-driven and RF-aware design methodology in a unified
design environment that delivers unprecedented ease-of-use, interactivity and openness. |
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