such as amplifiers, filters, frequency converters (single and multi-stage mixers), optoelectronics, and other advanced VNA measurements.
The VNA Tensor is designed to meet the constantly evolving requirements of the aerospace and defense, semiconductor, active and passive device measurement, signal integrity, research and development, and millimeter-wave system and waveguide development sectors. Key differentiators and platform highlights
Its most notable features include:
• 1. One source per port architecture, meaning 4 sources for a 4-port VNA, which not only allows multiple measurements to be taken with the same setup (multiple amplifiers/mixers/multistage mixers), but also offers industry-leading specifications for output power and dynamic range, etc.
• Integrated AI engine that helps perform complex measurements easily and intuitively. The VNA Tensor acts as a user companion, rather than simply a measurement tool. It assists users with suggestions and understands human language to create a user-friendly environment.
• Ultra-fast sweep speed and data transfer rates with a modern software architecture to facilitate complex measurements.
• State-of-the-art hardware for a next-generation VNA platform, optimized for high dynamic range, low trace noise, and repeatable measurement performance across wide frequency ranges. The world's only VNA to offer one source per port by default, so users can even use two-port VNAs to perform measurements on two-tone amplifiers, or, with a four-port VNA, they can perform measurements on 2-2 tone amplifier/mixers. The hardware also includes the option of a second local oscillator (LO) that enables measurements of vector mixers (phase, group delay, etc.).
• Scalable and flexible configuration WITHOUT the need for additional test equipment or hardware to support diverse configurations. Supports a wide range of test configurations to suit diverse applications, from device-level characterization to complex multiport system measurements, including in-band waveguide measurements and high-speed signal integrity applications
Preparation for high frequency and millimeter waves
The Tensor VNA can support high frequencies from 54 GHz to 220 GHz with Anritsu's small and compact millimeter wave modules and, at the same time, perform waveguide band measurements with most third-party providers for higher frequencies up to 1.1 THz.
• Accelerated testing performance Optimized measurement speed and workflow efficiency help engineers reduce testing time without losing confidence in results, from R&D to validation and production environments.
• Modern user interface and automation support An intuitive operating environment and automation capabilities streamline test setup, analysis, and integration into existing measurement workflows.
“The introduction of Tensor VNA marks a significant milestone in Anritsu’s network analyzer roadmap,” said Navneet Kataria, Anritsu’s marketing director. “As device performance and system complexity continue to increase, engineers need tools that deliver reliable results while also adapting to rapidly evolving testing requirements. Tensor was designed precisely for that purpose.”.
