I want to provide the best education and research facility
Universities must offer a comprehensive curriculum. With advanced analysis tools for Ph.D. courses and research projects, you can raise your faculty’s profile and prepare students for their best years ahead.
GRASP – Speed, accuracy, and efficiency
GRASP is a dedicated software tool for reflector systems enabling fast and accurate analysis and design of even the most advanced reflector antenna systems. Because most of the major players in the satellite industry contribute to the continuing development of GRASP, the software provides the versatility needed by the antenna engineer to model the primary radiation from a reflector system, accounting for imperfections such as surface errors, support struts, cut-out regions, scattering, and more.
GRASP student edition
The GRASP student edition is a reduced-functionality version of the professional GRASP. Students can become familiar with the software and learn how it can help analyse many realistic antennas. The GRASP student edition is available for Windows, Mac and Linux.
CHAMP 3D – Analysis and design of passive waveguide components and complex feed chains
CHAMP is a fast, accurate, and intuitive design optimization software for horn and reflector antenna terminals with rotational symmetry within space, defence, satcom, and telecommunications as well as within science, research, and radio astronomy. With the numerous features in CHAMP, the user is guided through the entire design procedure of horns and reflector terminals.
QUPES - Analysis and design of quasi-periodic surfaces
QUPES is a dedicated software tool for the analysis and design of quasi-periodic surfaces such as reflectarrays, frequency selective surfaces (FSS), transmitarrays, etc. Starting from the definition and design of the unit cell geometry to the optimisation of the entire finite-sized structures, QUPES provides the needed capabilities to design a periodic/quasi-periodic surface in a single tool, thus avoiding the need of using multiple software packages.
POS - Reflector antenna shaping at its best
In today’s telecommunications satellites, highly shaped reflector antennas generate contoured beams that illuminate the desired coverage regions. In close cooperation with the satellite operators, the space agencies and all the major companies in the satellite industry POS is tailored to meet the most stringent requirements while providing the most accurate and efficient shaping of spacecraft antennas at the same time.
SATSOFT – Plan, design, and market communications satellites
SATSOFT is designed to speed up the process of planning, designing, and marketing communication satellite payloads for GEO, LEO, or MEO constellations. The user can quickly assess antenna coverage and gain, conduct antenna trade studies, develop shaped beam and multi-beam antenna designs, and complete many other tasks required for payload design and regulatory filings.
DIATOOL – Post-processing and antenna diagnostics
The advanced post-processing software, DIATOOL, provides insight of the measured antenna results that helps the antenna engineer to find and understand problems with the manufactured samples and speed up development. In DIATOOL the user can calculate the equivalent field and currents either on a planar or on a conformal surface around the antenna. Additionally, the 3D reconstruction technique makes it possible to reconstruct field and surface currents on arbitrary 3D surfaces enclosing the antenna under test.
Recognized for fast and accurate antenna data transformation
SNIFT is recognized for fast and accurate SNF-FF transformation. The software provides the most accurate FF results from the most universal, spherical near-field antenna measurements. The flexibility in SNIFT allows the user to calculate the near- and far-field with any angular resolution, at any distance outside the antenna minimum sphere as well as to use modal filtering and provide output of spherical wave coefficients. Additionally, the characteristics of the rotationally symmetric measurement probe are fully accounted for.
Jakob Rosenkrantz de Lasson
- Determination of Manufacturing Tolerances using Uncertainty Quantification for the Realization of a Dual Circularly Polarized Elliptical Feed Horn
- Determination of Manufacturing Tolerances of a Feed Horn using Uncertainty Quantification
- Large Reflectarray for SAR for Earth Observation: RF Design and Measurement Correlation