Frequently asked questions
Benefits of Optenni Lab related questions
One need to register into www.optenni.com and request free trial license, download installation package and install software with license file provided by Optenni. One finds comprehensive tutorials from Help -> Optenni Lab Documentation -> Documentation. There are several step-by-step instructions to create single port and/or multiport antenna matching designs, as well as tunable antenna cases.
Most user can start the tool to study the tutorial shipped with installation package. Optenni also provides technical meetings to help users to solve their design challenges.
Optenni Lab has interface to the HFSS and CST 3D electromagnetic design tools, this interface allows antenna designers to include Optenni Lab in their design flow which enables faster design cycle and minimize the manual data transfer between tools which is error prone process.
Optenni Lab has interface to the HFSS and CST 3D electromagnetic design tools, this interface allows antenna designers to include Optenni Lab in their design flow which enables faster design cycle and minimize the manual data transfer between tools which is error prone process.
Optenni Lab is package software, and it can be used both in cloud and local HW.
Optenni Lab works both in Windows and Linux.
Overview of Optenni Lab related 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