Amplifiers
Accelerate RF amplifier development with robust harmonic-balance (HB) simulation for fast and accurate nonlinear circuit simulation, harmonic load-pull and nonlinear stability analysis, in-design EM and thermal analysis, and highly accurate device/circuit element models.
Antennas
Develop high-performance antennas and phased array systems for next-generation sensors, radars, and communication systems with integrated planar and 3D EM technologies, parametric optimization, and circuit co-simulation. Simulate and maximize antenna metrics such as gain, return loss, radiation efficiency, and currents, and visualize 2D/3D far-field antenna patterns.
Communications
Meet 5G/6G technology demands such as MIMO and beamforming antenna arrays, mmWave spectrum use, and carrier aggregation. VSS software supports time and frequency domain system-level simulation, budget and spurious heritage analysis, RF planning and end-to-end system simulation using RF and signal processing behavioral models to capture the impact of front-end electronics, channel propagation, and baseband design on digitally modulated signals.
Filters
Designing form-factor filter solutions with low passband insertion loss and sufficient stopband rejection requires a design flow that supports filter synthesis through physical realization and verification. Cadence Microwave Office software with iFilter synthesis and Cadence planar and 3D EM technologies address all stages and types of filter development, from lumped-element or distributed filters to more complex multiplexed, high-power, and high-Q cavity filters.
Passive
Successful design of passive components such as couplers, circulators, and attenuators focuses on reducing the device footprint, costs, and associated insertion losses. Integrated within the AWR Design Environment platform, the Cadence AXIEM 3D planar EM analysis software and Clarity 3D Solver provide fast solver technology that readily supports characterizing and optimizing passive components on RF PCBs, modules, glass and ceramic materials, and III-V monolithic microwave integrated circuits (MMICs).
Radar & Sensor Design
Radar and sensor design evolves with advances in antenna array and semiconductor technologies. These applications are driving the need for smaller, cost-effective systems with the reliability and resolution to accurately track the speed, distance, and movement of multiple targets. Accurately representing signal generation, transmission, phased arrays, T/R switching, clutter, noise, jamming, and signal processing enables users to tackle the design challenges and analysis requirements for modern radar systems.
System Simulation Modeling
As a game changer for system development, component specification, and overall design management, VSS communications and radar systems design software lets you perform detailed link budget analysis, spurious heritage checks, and immersive time-domain simulations. With its intuitive interface, you can easily apply behavioral RF models and baseband signal processing to craft optimal system architectures. Plus, its virtual testbenches let you co-simulate key metrics like ACPR, BER, and EVM using Microwave Office software or Virtuoso design IP.
On-The-Job Training and Knowledge Transfer on customers real projects in areas of SI / PI / EMI / RF / THERMAL, all to ensure your first time success.
Specialized in Design, PCB/MFG, PCBA, DFMA, DFMT, High Reliability & Availability for all Markets: Military, Aerospace, Medical Consumer, Avionics, Automotive & More
Discover Israel leading PCB design bureaus where innovation meets precision to deliver top-tier PCB solutions tailored to your technological needs.
EDA Integrity Solutions Ltd
38 HaBarzel St. Tel Aviv 6971054 Israel
Tel. (972) 3 6444416
Fax (972) 3 6444462
