en.Wedoany.com Reported - Anritsu Company has introduced the new Tensor Vector Network Analyzer (VNA) at the IMS2026 exhibition. This product features a modern scalable architecture and supports measurements of amplifiers, filters, frequency converters (including single-stage and multi-stage mixers), optoelectronic devices, and other advanced VNA measurements.
The Tensor VNA is designed for testing needs in aerospace and defense, semiconductors, active and passive device measurements, signal integrity, R&D, and millimeter-wave or waveguide system development. It made its global debut to the RF and microwave industry at the IMS exhibition.
This platform was designed from the ground up to address the challenges engineers currently face in measurement complexity, speed, and accuracy. Key features include: a per-port source architecture, with four independent sources in a four-port VNA, enabling multiple measurements (such as multiple amplifiers, mixers, or multi-stage mixers) using the same setup, while providing industry-leading output power and dynamic range; a built-in artificial intelligence engine that intuitively assists with complex measurements, understands human language, and offers recommendations; ultra-fast sweep speeds and data transfer rates, paired with a modern software architecture to support complex measurements; hardware optimized for high dynamic range, low trace noise, and repeatable measurement performance across wide frequency ranges—the only VNA globally offering per-port sources, enabling amplifier two-tone measurements with a two-port VNA or 2-2 two-tone amplifier or mixer measurements with a four-port VNA, with a second local oscillator option for vector mixer measurements (phase, group delay, etc.); and scalable, flexible configurations that adapt to device-level characterization, complex multi-port system measurements, waveguide band measurements, and high-speed signal integrity applications without requiring additional test setups.
In terms of high frequency and millimeter-wave capabilities, the Tensor VNA supports a frequency range of 54 to 220 GHz using Anritsu's compact millimeter-wave modules, and can perform waveguide band measurements up to 1.1 THz with most third-party vendor equipment. The platform also helps engineers reduce test time through optimized measurement speed and workflow efficiency, while maintaining result reliability from R&D through validation to production environments. Its intuitive operating environment and automation capabilities simplify test setup, analysis, and integration processes.
Navneet Kataria, Anritsu's Director of Marketing, stated that as device performance and system complexity increase, engineers need tools that deliver reliable results and adapt to rapidly changing test requirements—and the Tensor VNA is designed for this purpose. At IMS2026, attendees can watch live demonstrations and interact directly with Anritsu application experts. The Tensor VNA expands Anritsu's portfolio of RF, microwave, millimeter-wave, and sub-terahertz test solutions.
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