| Login
Sweden - English
Select your Region: Australia – English Brazil – Português Canada – English China – 中文 France – Français Germany – Deutsch India – English Italy – Italiano Japan – 日本 Korea – 한국어 Mexico – Español Sweden – English UK & Ireland – English US – English

Overview

Optenni Lab is a software tool for synthesis and optimization of matching circuits for multiband, broadband, multi-antenna, tunable antenna systems, and high frequency electronics applications.

Image
Success Story: Optenni Lab - Intel Intel Uses Optenni Lab For Efficient NFC Antenna Matching Read More
Image
Optenni Lab Brochure Overview of Optenni Lab's feature and capabilities. Read More

Optenni Lab

Overview Contact Us
Matching circuit design can be very complicated in broadband and multiband applications, and Optenni Lab automates much of the design process. FEKO is used to simulate the impedance data for the unmatched antenna, which is transferred to Optenni Lab to synthesizes different matching topologies, using realistic library models from several component vendors, and sorts the best performing results for closer investigation.

Optenni Lab allows synthesis using an arbitrary number of discrete or distributed components. Optenni Lab has easy-to-use antenna diagnostic tools to pre-select most promising prototype candidates for the desired bandwidth and isolation targets. Optenni Lab takes properly into account mutual coupling of antennas in close proximity and finds the matching circuits that provide the best total efficiency. The very challenging design problem of frequency tuning using variable capacitors or switches is supported.

In designing matching circuits for low-noise amplifiers and power amplifiers, users can specify the optimal target impedances for best noise, power, or efficiency performance – including the impedances at harmonic frequencies. Together with a dedicated circuit simulator or measurement setup, Optenni Lab provides a quick solution to the otherwise time-consuming design phase.

About Optenni

Optenni Ltd. is a trusted partner offering professional RF matching tools to solve challenging RF design problems. Optenni employs customer-driven innovation and partnerships with leading players in the wireless ecosystem to develop new matching circuit design tools. Optenni’s main product, Optenni Lab™, is the leading professional matching circuit design and optimization software.

Quote
"Designing high performance matching networks for NFC applications is an involved process. Optenni Lab helps designers do it right.”
–Dr. Steven Gaskill
RF Engineer
Intel Corporation
View Case study

Key Features & Benefits

  • Automatic synthesis of matching circuits using a given number of components

  • Synthesis using discrete inductors and capacitors or microstrip transmission line

  • Extensive component library of inductors and capacitors

  • Estimates obtainable antenna bandwidth and isolation for non-resonant antennas

  • Simultaneous multiport matching of antennas and RF components

  • Easy calculation of voltages and currents

  • Matches multiple impedances simultaneously

  • Optimizes frequency tunable matching circuits using impedance tuners and switches

  • Two-way link with FEKO automates touchstone file transfer

  • Real-time data link with vector network analyzers

Gallery

Partner to Provide Caption
Partner to Provide Caption
Img Img Img Img Img Img Img Img Img Img Img Img

Industry Applications

  • Wireless and IoT systems including mobile phones, tablets, computers, cameras, WLAN routers and base stations

  • Automotive communication and radar systems, access keys and tire pressure monitors

  • Communication and satellite systems

  • Aerospace, defense and marine platform mounted communication and radar antennas

  • Medical equipment, such as hearing aids, MRI scanners and portable patient monitors

Product Interfaces

Optenni Lab has a bi-directional data link with FEKO.

Complementary Solutions

Image
Sense Sense is a new touchscreen design and simulation tool that promises to save engineering time and provide results with maximum accuracy. Overview Video | Learn More
Image
VSim VSim is a computational application for simulating electromagnetics in the presence of complex structures and dynamical charged particles. Overview Video | Learn More
Image
Flux Flux is a finite element software application used for electromagnetic and thermal physics simulations, both in 2D and 3D Learn More
Image
WinProp Highly accurate and very fast wave propagation and radio network planning software Learn More

Additional Links

  • LinkedIn
  • Website
  • YouTube

Be The First To Know

Subscribe

Products

Physics & Optimization
Modeling & Visualization
Simulation-Driven Design
Cloud & HPC Solutions
Partner Alliance
View All

Solutions

Additive Manufacturing
CFD
Composites
Crash, Safety & Impact
Durability
Electromagnetics
Internet of Things
Manufacturing
Multiphysics
NVH
Optimization
Structural Analysis
Vehicle Dynamics
Model-Based Development

Industries

Aerospace
Architecture
Automotive
Biomedical
Consumer Goods
Electronics
Energy
Heavy Industry & Off-Highway
Marine
Rail

About

About
News
Events
Partners
Company Blog
Email Subscriptions
Locations
Contact Us

Follow Altair

Facebook
LinkedIn
Twitter
Blog
YouTube