Summary of Capabilities and Examples

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From Mathematical Prediction to Physical RF Measurements - Excellent Accuracy. In this example, the spectrum of a pulsed RF signal was predicted on paper and measured using our equipment. Errors of less than 0.2dB were observed between mathematical models and measurements. We aim to reduce these systemic errors to less than 0.03dB broadband for utmost confidence for our customers.

Expertise in accurate modeling and reporting on 3D electromagnetic phenomena. Example: Microstrip transmission lines

We are true believers in transparent communication and expert engineering analysis to de-risk RF/Microwave project deliveries and schedules for our customers. We use requirements vs. modeled vs. measured performance metrics and report on them for the customer in a timely fashion.

With deep knowledge of RF/Microwave power amplifier modules, from GaN-on-Si (and SiC) die selection to pre-matching and wirebond design, to fixture and module design. We ensure the proper components are selected and that the module performance is optimized to minimize losses compared to the load-pull results.

We routinely aim for measurement errors less than 0.03dB broadband. Every simulation model and measurement we deal with is optimized for the minimum error. This ensures that our customers only receive modules, models, and reports with the utmost engineering confidence.