Empower the Next Generation of Engineers

Accelerate innovation with a software suite that provides access to industry-ready learning resources.

Integrate a centralized dashboard that connects and monitors all instruments in your lab.

Implement a complete test setup with web-based lab management, scheduling, and instrument control.

Provide a well-rounded curriculum that incorporates theory and real-world challenges.

Harness the power of four instruments via one interface with integrated data management and analysis.

Perform spectrum analysis, network analysis, and power measurements in the field with one handheld RF analyzer.

Generate a wide range of general-purpose and standards-based signals.

Characterize device performance with noise figure and signal-to-noise ratio (SNR) tests.

Conduct transmission, reflection, impedance, as well as S-parameter measurements.

Gain more accurate insight when debugging or characterizing your designs.

Generate a wide range of general-purpose and standards-based signals.

Characterize device performance with noise figure and signal-to-noise ratio (SNR) tests.

Characterize devices efficiently and repeatably with ready-to-use measurement functions.

Gain clear insight into IV characteristics across a wide range of applications.

Perform device modeling, circuit design, EM simulation, layout capabilities, and more.

Teach students to design an RF product end to end, from simulation to prototype building and validation, with this training kit that covers 50 hours of lab instruction.

This curriculum-based teaching solution covers the IoT fundamentals, including system architectures, wireless protocols, applications, and ecosystems.

The ready-to-teach package covers a full semester and includes 50 hours of lab sessions about the challenges and requirements of the IoT system design cycle.

Dive into topics that include how to characterize the power consumption of IoT devices, onboard controllers, sensors and wireless modules, and sophisticated battery optimization.