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Microwave Innovation Group

GmbH & Co. KG

Fahrenheit Str. 11

D-28359 BREMEN

Germany

Phone: +49 421 223 7966 0

Fax: + 49 421 223 7963 0


Email: mig@mig-germany.com

®

WASP-NET’s high optimization efficiency enables engineers to complete their design tasks within short design times by direct, fast and accurate overall EM optimization.

A shaped dual-reflector antenna example combined with complete feed network (OMT, taper, horn) illustrates the impact of this high optimization speed: Desired broadband far-field shape-function specifications can be optimized (using ca. 1000 iterations) within less than a day on standard PCs.

Impact of  WASP-NET’s high optimization  performance on solving advanced designs Applications:                   Direct fast EM CAD and Optimization of all Types of Microwave Structures / Antennas

WASP-NET’s wide application range for accurate, fast EM CAD and optimization of all kinds of passive microwave components / antennas (including feed-networks) proves - due to WASP-NET’s generality and flexibility - practically unlimited.

Antenna optimization example: The optimization of a shaped dual-reflector antenna, size ~57 lambda, frequency 10.7 - 14.5GHz, with profiled dielectric support and complete feed-network (OMT, taper, horn) to meet given specs takes in WASP-NET with ca. 1000 iterations and 7 sample points: 1000 x 7 x 11 = 77000 seconds, i.e. less than a day (86400sec).

Impact of high optimization speed:  Would one - for illustration purposes - try to optimize this antenna with a more standard method taking e.g. ca. 10 - 30 minutes per frequency point for the whole assembly (antenna + feed-network) instead, the optimization would require ca. 48 - 145 days, which could for many competitive situations be disadvantageous.

Accuracy: Results are full-wave and accurate. WASP-NET’s accuracy can always conveniently be verified by WASP-NET’s own independent cross-check possibilities via different solvers.

Accuracy check example: In picture above, when just moving mouse pointer into image field: The picture put underneath shows the independently calculated BOR-FEBI pattern results (cp: green, xp: blue), demonstrating practically identical results with the original BOR-MoM results (upper picture layer).   BOR-FEBI speed: Ca. 76 sec. / fr. (fr. = frequency point.)

Muxer
Precision EM CAD in seconds • Complete em cad solution

 11 sec./fr. = 11 seconds per frequency point (on a standard up-to-date i7 quad-core PC)

Examples of

Application Ranges:

Highest design efficiency and fast output of optimized high-performance products are increasingly mission-critical for today’s microwave, antenna, space, and communication industries.

The efficient hybrid EM CAD and optimization tool WASP-NET helps cutting time to market down by extremely high EM CAD and optimization speed and by getting powerful products right the first time without prototyping.

The high number of optimization iterations that are achievable by WASP-NET immediately on the rigorous EM level allow fully exploiting given physical limits. In this way, even toughest and most challenging design problems can be solved within extremely short design times.

WASP-NET is accurate, general and in particular   so efficient that fast optimizations can be carried  out directly on the EM level in real-time

 Complete EM CAD solution

From specifications to machine shop      without prototyping

  No limitations by element catalogs:    Nearly unlimited application range, Parametrized graphic 3D structure modeler.

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 Fast EM CAD and  Optimization



 Waveguide Components

 • Antennas and Feeds

 • Combline / Coax

 • Arrays and Feeds

 • General 3D Structures

 • Planar Structures /

    SIW

Materials / Losses

Fields / Power

User-friendly Wizards

Comprehensive internal     Designer Data Base

               etc.