Benefits
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Optenni Lab increases the productivity of antenna and RF designers by quickly and accurately synthesizing matching circuits using realistic layout models and vendor library component models for capacitors and inductors.
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Most robust design with respect to varying user environments/mounting/chassis of the antenna can automatically be synthesized.
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Optenni Lab optimizes wireless performance of various devices and provides a detailed power loss breakdown.
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Optenni Lab pinpoints automatically components that are not conforming with the voltage or current ratings.
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It is easy to start working with Optenni Lab, and by using the various assessment tools the antenna designers can quickly evaluate, compare and rank new antenna designs.
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Optenni Lab is the only tool in the market that combines antenna array beamforming and matching circuit synthesis algorithms.
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Optenni is linked with the major vendors of electromagnetic simulators, discrete RF components and antenna measurement hardware, providing a platform that smoothly combines simulations and measurements, thus enabling optimal product development.
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Optenni Lab is continuously developed based on present and future customer needs.
Frequently Asked Questions
Optenni Lab can save remarkable amount of time when designing RF antenna matching circuit due to novel synthesis and optimization algorithms. Also including manufacturers’ accurate passive component models improves the accuracy of the final antenna matching circuit.
Optenni Lab is integrated into the CST and HFSS antenna design flows which means savings in the time needed to finalize the antenna design. Optenni lab is also capable to produce several antenna matching circuit candidates from which the use can select the cheapest one. Optenni Lab’s optimization and synthesis algorithms speed up the design face which means savings for manufacturer.
With Optenni Lab designer can include both impedance matching and antenna efficiency when synthesizing and optimizing antenna matching which means often improved product performance.
With Optenni Lab designer can include both impedance matching and antenna efficiency when synthesizing and optimizing antenna matching which means improved batter life.
When using Optenni Lab to design antenna matching circuit one can save several prototyping rounds: in Optenni Lab use can take into account real component tolerances and even include the PCB layout effects to get accurate simulation results.
With Optenni Lab one can speed up the design phase of the antenna part of the wireless product which shortens the time-to-market phase of product design program