• Detailed insight into signal analysis over a broad spectrum range of 10 Hz to 50 GHz with up to 160 MHz analysis bandwidth

• Cut down test slots with hardware-accelerated power measurements, swift display of updates, rapid indication of peak searches, and robust sweeps capability

• Provision of real time signal characterization by capturing wide range of I/Q samples

• Precisely examine complex signalswith EVM up to a significant lowerextent of 0.3 percent (–50 dB)

• Fast-paced testing capability leveraging easy approach with one-button measurements using PathWave X-Series measurement applications

• Target analysis of evasive or transitory signals to capture full-band real-time spectrum details

Ultimate solution to characterize scalable selection in terms of performance of your cellular, wireless, and aerospace/defense devices and designs with downloadable X-Series applications.

• Provides platform to dive deeper into understanding of device performance ranging from parametric measurements to the latest standards-compliant complex wireless measurements
• Expedite design procedure with integrated applications to thoroughly take the testing measurements across design to validation to production stage
• Leverage built-in measurement expertise to quickly understand signals and device performance

• Create accurate, dependable test stations with high throughput, repeatability, and scalability
• Organize your measurement sequence with an consistent and intuitive user navigation experience to achieve better results within less time
• Secure your resources with upgradable software and hardware
• Perform linear and nonlinear device depiction along with modeling
• Carry out high-speed serial interconnect evaluation with time domain, frequency domain, and eye diagram analysis
• Upgrade for material measurements, power integrity analysis, and new applications

The representation of nonlinear devices such as mixers is quite demanding and strenuous task due to complicated non-linear behavior, measurement formats and undesirable errors. Cut through the complexities of mixer characterization to improve your throughput with scalar mixer calibration (SMC) and vector-mixer calibration (VMC) on your ENA RF network analyzer. These swift calibration techniques authorize you to critically consider the mixer parameters such as conversion loss, group delay, intermodulation distortion, and more.