Anritsu MS46622A Tensor Vector Network Analyzer
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- 2-port
- 10 MHz to 26.5 GHz
Discover the possibilities
More information
Description
Tensor Vector Network Analyzer (VNA) designed to be used for characterizing various passive, active or frequency translating devices such as mixers. With the need for advanced technologies to enable faster, more accurate, and more automated measurements with minimal user intervention, Tensor was introduced. Tensor represents a significant advancement in this field. It’s the first artificial intelligence (AI) enabled VNA with high-speed measurement performance, and enhanced architectural flexibility.
Key features
- World’s first AI-assisted measurement setup and optimization
- High-speed data acquisition and transfer
- Dedicated source per port for improved flexibility
- Independent control of multiple sources and receivers
Tensor is available in 2- and 4-port configurations with a variety of hardware options including direct access loops, receive-side, source-side step attenuators, a 2nd internal local oscillator (LO) on four-port instruments, external ALC, external IF in and out, and banded mmWave support. Software options include time domain processing, gain compression, several mixer measurement options, mmWave support and many others.
Artificial Intelligence
The Tensor VNA introduces AI-assisted measurement workflows enabling users to configure complex measurements through natural language interaction. “Hey, Tensor, can you help to set up a mixer measurement?” That’s the only thing you need to say to reveal all setup details, including a block diagram, recommended connections and settings. Once sufficient information is provided, the system automatically configures the measurement, performs required calibrations, and executes the test. This significantly reduces setup time, minimizes user error, and establishes a new standard for usability in advanced RF instrumentation. It is worth noting that the AI engine is inherent to Tensor, meaning it operates without any Internet connection - an important advantage for certain applications.
Features
True source-per-port architecture
Dedicated source for each port (2-port and 4-port models)
Exceptional output power & input power handling
Ideal for demanding active device testing
Ultra-fast measurement performance
Rapid sweep speeds and high data throughput
Anritsu Integrated AI (AAI)
Automation, assistance, and reduced setup complexity
Modern user experience
Large touchscreen with intuitive, responsive GUI
Industry-leading dynamic range
147 dB above 2 GHz
Native mmWave capability
Direct measurements up to 1.1 THz—no external hardware required
Advanced active device support
Amplifier and mixer characterization
Integrated hardware enhancements
Built-in bias tees, high-linearity receivers, and precision attenuators
Applications
Amplifier Characterization
- Gain, gain compression, and MFGC
- Harmonics and distortion analysis
Mixer Measurements
- Scalar and vector mixer analysis
- Dual LO capability for complex setups
Antenna Testing
- Passive and active device characterization
- Phased array validation
Multiport & Signal Integrity
- PCB and interconnect analysis
- Automated multiport measurements
mmWave Testing
- Banded measurements
- Coverage up to 1.1 THz
Specifications
Documents
Options
Video
Solution for High-Speed Cable Testing
Discover Anritsu's fully integrated 64-port switch matrix solution, designed to streamline cable, interconnect, PCB, and board-level testing. Featuring two breaker boards with 32 lanes connected to the switch matrix, this powerful setup enables efficient testing of multiple cables while automating complex measurement workflows.
Using Anritsu Test Software, the process begins with calibration and extends through full switching and automated data collection. The system captures all S-parameters and measurement plots, reducing manual effort while improving consistency and repeatability. With a switching life rated for up to one million cycles, the solution is built to support demanding test environments.
Ideal for design validation, compliance testing, production, and manufacturing applications, the integrated switch matrix helps engineers save time, increase throughput, and enhance measurement reliability across a wide range of cable and interconnect test scenarios.
Tensor Your VNA Partner and Companion
Introducing Tensor at IMS 2026, Anritsu's groundbreaking AI-powered Vector Network Analyzer. With built-in AI acting as a trusted engineering companion, Tensor delivers real-time guidance, streamlines complex measurement tasks, and accelerates test setup and execution. By reducing learning curves and helping users gain insights faster, Tensor boosts productivity and enables engineers to work with greater speed and confidence. Discover how this next-generation VNA is transforming the way engineers learn, troubleshoot, and innovate.
Redefining Amplifier Testing
Discover how Anritsu is advancing RF and microwave testing with its new Tensor™ Vector Network Analyzer. This demo showcases sophisticated amplifier measurement capabilities, including one-tone and two-tone analysis with independent sources on up to four ports. Engineers can evaluate multiple devices simultaneously for improved productivity. The presentation also features UltiCal, the world's first 43.5 GHz four-port electronic calibration module, delivering faster setup and greater measurement efficiency.
RCS Bi-Static Measurements
At IMS 2026, Anritsu introduces the Tensor Vector Network Analyzer (VNA) for RCS (Radar Cross Section) bi-static measurements, showcasing its ability to operate as both the measurement instrument and control PC by running the ShockLine application internally. The solution enables highly accurate long-distance S-parameter measurements, supporting antenna separations ranging from short distances over 100 meters for realistic field testing. It simplifies bi-static measurement setups with a single cable connection between modules, while delivering industry-leading dynamic range, stability, and measurement accuracy for demanding RCS applications.
Tensor AI Capabilities
At IMS 2026, Anritsu introduces the Tensor Vector Network Analyzer, the world's first AI-powered VNA. In this video, see how Tensor's integrated AI acts as a "second brain," providing intelligent, step-by-step guidance to simplify complex measurements. More than just a test instrument, Tensor assists, educates, and helps engineers work faster and with greater confidence.
mmWave Applications
At IMS 2026, Anritsu introduces the Tensor Vector Network Analyzer (VNA), a one-box solution that delivers seamless compatibility with leading third-party mmWave frequency extension heads. Supporting measurements up to 1.1 THz, it eliminates the need for an additional test set, simplifying your workflow.
Designed for flexibility, the Tensor VNA offers multiple frequency options, exceptional accuracy, and true plug-and-play operation for fast setup. Whether your priority is maximum performance or cost efficiency, the Tensor VNA provides a scalable solution for next-generation mmWave and sub-THz testing.
Anritsu Test System Software for Multiport Measurements
At IMS 2026, Anritsu introduces its Tensor Vector Network Analyzer (VNA) and showcases powerful, user-friendly signal integrity software designed to deliver accurate, repeatable measurement results. Demonstrations focus on high-speed cable testing, antenna and passive component characterization, PCB impedance analysis, and Delta-L measurements utilizing a 64-port switch matrix. This advanced configuration enables multiple measurements to be performed simultaneously, significantly improving test efficiency and throughput. Also featured is UltiCal, the world's first 4-port, 43.5 GHz electronic calibration module. Together, the Tensor VNA and UltiCal simplify the calibration process, reduce setup time, and accelerate measurement workflows, helping engineers achieve faster, more reliable results.
Mixer Measurements
At IMS 2026, Anritsu introduces Tensor Vector Network Analyzer. This video demonstrates the complexity and challenges of mixer measurements, including scalar and vector parameters, enabling conversion measurements, phase/sync measurements, and power measurements.
Amplifier Measurements
At IMS 2026, Anritsu introduces Tensor Vector Network Analyzer. In this video, this demonstration features complex amplifier measurements. With one source per port up to four ports, you can measure one-tone and two-tone measurements, and multiple devices all at once. UltiCal, the world’s first four-port 43.5 GHz electronic calibration module is also showcased. This combination allows for faster and quicker measurements.
Tensor the World's First AI-Enabled Vector Network Analyzer
Tensor VNA redefines network analysis. Delivering unmatched source-per-port architecture, built-in AI ingenuity, and extreme power handling. Tensor combines industry-leading sweep speed, output power, and IF bandwidth with true mmWave freedom—no external test sets required—setting a new standard for production, aerospace & defense, and advanced active measurements.
Tensor Vector Network Analyzer (VNA) designed to be used for characterizing various passive, active or frequency translating devices such as mixers. With the need for advanced technologies to enable faster, more accurate, and more automated measurements with minimal user intervention, Tensor was introduced. Tensor represents a significant advancement in this field. It’s the first artificial intelligence (AI) enabled VNA with high-speed measurement performance, and enhanced architectural flexibility.
Key features
- World’s first AI-assisted measurement setup and optimization
- High-speed data acquisition and transfer
- Dedicated source per port for improved flexibility
- Independent control of multiple sources and receivers
Tensor is available in 2- and 4-port configurations with a variety of hardware options including direct access loops, receive-side, source-side step attenuators, a 2nd internal local oscillator (LO) on four-port instruments, external ALC, external IF in and out, and banded mmWave support. Software options include time domain processing, gain compression, several mixer measurement options, mmWave support and many others.
Artificial Intelligence
The Tensor VNA introduces AI-assisted measurement workflows enabling users to configure complex measurements through natural language interaction. “Hey, Tensor, can you help to set up a mixer measurement?” That’s the only thing you need to say to reveal all setup details, including a block diagram, recommended connections and settings. Once sufficient information is provided, the system automatically configures the measurement, performs required calibrations, and executes the test. This significantly reduces setup time, minimizes user error, and establishes a new standard for usability in advanced RF instrumentation. It is worth noting that the AI engine is inherent to Tensor, meaning it operates without any Internet connection - an important advantage for certain applications.
Features
True source-per-port architecture
Dedicated source for each port (2-port and 4-port models)
Exceptional output power & input power handling
Ideal for demanding active device testing
Ultra-fast measurement performance
Rapid sweep speeds and high data throughput
Anritsu Integrated AI (AAI)
Automation, assistance, and reduced setup complexity
Modern user experience
Large touchscreen with intuitive, responsive GUI
Industry-leading dynamic range
147 dB above 2 GHz
Native mmWave capability
Direct measurements up to 1.1 THz—no external hardware required
Advanced active device support
Amplifier and mixer characterization
Integrated hardware enhancements
Built-in bias tees, high-linearity receivers, and precision attenuators
Applications
Amplifier Characterization
- Gain, gain compression, and MFGC
- Harmonics and distortion analysis
Mixer Measurements
- Scalar and vector mixer analysis
- Dual LO capability for complex setups
Antenna Testing
- Passive and active device characterization
- Phased array validation
Multiport & Signal Integrity
- PCB and interconnect analysis
- Automated multiport measurements
mmWave Testing
- Banded measurements
- Coverage up to 1.1 THz
Solution for High-Speed Cable Testing
Discover Anritsu's fully integrated 64-port switch matrix solution, designed to streamline cable, interconnect, PCB, and board-level testing. Featuring two breaker boards with 32 lanes connected to the switch matrix, this powerful setup enables efficient testing of multiple cables while automating complex measurement workflows.
Using Anritsu Test Software, the process begins with calibration and extends through full switching and automated data collection. The system captures all S-parameters and measurement plots, reducing manual effort while improving consistency and repeatability. With a switching life rated for up to one million cycles, the solution is built to support demanding test environments.
Ideal for design validation, compliance testing, production, and manufacturing applications, the integrated switch matrix helps engineers save time, increase throughput, and enhance measurement reliability across a wide range of cable and interconnect test scenarios.
Tensor Your VNA Partner and Companion
Introducing Tensor at IMS 2026, Anritsu's groundbreaking AI-powered Vector Network Analyzer. With built-in AI acting as a trusted engineering companion, Tensor delivers real-time guidance, streamlines complex measurement tasks, and accelerates test setup and execution. By reducing learning curves and helping users gain insights faster, Tensor boosts productivity and enables engineers to work with greater speed and confidence. Discover how this next-generation VNA is transforming the way engineers learn, troubleshoot, and innovate.
Redefining Amplifier Testing
Discover how Anritsu is advancing RF and microwave testing with its new Tensor™ Vector Network Analyzer. This demo showcases sophisticated amplifier measurement capabilities, including one-tone and two-tone analysis with independent sources on up to four ports. Engineers can evaluate multiple devices simultaneously for improved productivity. The presentation also features UltiCal, the world's first 43.5 GHz four-port electronic calibration module, delivering faster setup and greater measurement efficiency.
RCS Bi-Static Measurements
At IMS 2026, Anritsu introduces the Tensor Vector Network Analyzer (VNA) for RCS (Radar Cross Section) bi-static measurements, showcasing its ability to operate as both the measurement instrument and control PC by running the ShockLine application internally. The solution enables highly accurate long-distance S-parameter measurements, supporting antenna separations ranging from short distances over 100 meters for realistic field testing. It simplifies bi-static measurement setups with a single cable connection between modules, while delivering industry-leading dynamic range, stability, and measurement accuracy for demanding RCS applications.
Tensor AI Capabilities
At IMS 2026, Anritsu introduces the Tensor Vector Network Analyzer, the world's first AI-powered VNA. In this video, see how Tensor's integrated AI acts as a "second brain," providing intelligent, step-by-step guidance to simplify complex measurements. More than just a test instrument, Tensor assists, educates, and helps engineers work faster and with greater confidence.
mmWave Applications
At IMS 2026, Anritsu introduces the Tensor Vector Network Analyzer (VNA), a one-box solution that delivers seamless compatibility with leading third-party mmWave frequency extension heads. Supporting measurements up to 1.1 THz, it eliminates the need for an additional test set, simplifying your workflow.
Designed for flexibility, the Tensor VNA offers multiple frequency options, exceptional accuracy, and true plug-and-play operation for fast setup. Whether your priority is maximum performance or cost efficiency, the Tensor VNA provides a scalable solution for next-generation mmWave and sub-THz testing.
Anritsu Test System Software for Multiport Measurements
At IMS 2026, Anritsu introduces its Tensor Vector Network Analyzer (VNA) and showcases powerful, user-friendly signal integrity software designed to deliver accurate, repeatable measurement results. Demonstrations focus on high-speed cable testing, antenna and passive component characterization, PCB impedance analysis, and Delta-L measurements utilizing a 64-port switch matrix. This advanced configuration enables multiple measurements to be performed simultaneously, significantly improving test efficiency and throughput. Also featured is UltiCal, the world's first 4-port, 43.5 GHz electronic calibration module. Together, the Tensor VNA and UltiCal simplify the calibration process, reduce setup time, and accelerate measurement workflows, helping engineers achieve faster, more reliable results.
Mixer Measurements
At IMS 2026, Anritsu introduces Tensor Vector Network Analyzer. This video demonstrates the complexity and challenges of mixer measurements, including scalar and vector parameters, enabling conversion measurements, phase/sync measurements, and power measurements.
Amplifier Measurements
At IMS 2026, Anritsu introduces Tensor Vector Network Analyzer. In this video, this demonstration features complex amplifier measurements. With one source per port up to four ports, you can measure one-tone and two-tone measurements, and multiple devices all at once. UltiCal, the world’s first four-port 43.5 GHz electronic calibration module is also showcased. This combination allows for faster and quicker measurements.
Tensor the World's First AI-Enabled Vector Network Analyzer
Tensor VNA redefines network analysis. Delivering unmatched source-per-port architecture, built-in AI ingenuity, and extreme power handling. Tensor combines industry-leading sweep speed, output power, and IF bandwidth with true mmWave freedom—no external test sets required—setting a new standard for production, aerospace & defense, and advanced active measurements.