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Vector Network Analyzers

SYVNA-2P-M26.5GDual-Port Vector Network Analyzer

The SYVNA-2P-M26.5G is a compact, low-cost, high-performance modular dual-port VNA covering 100 MHz to 26.5 GHz. Open interfaces support flexible integration into high-end test platforms for production test and automated calibration.

  • Compact, lightweight, low power, portable
  • Multi-site parallel testing
  • LAN interface for secure PC control

TECHNICAL DATA

Technical specifications

Specifications correspond to the product catalogue. Contact our technical team for configuration and operating conditions.

SYVNA-2P-M26.5G Technical specifications
ParameterSpecification / typical value
Functional Specifications
Independent S-parameter measurementSupported
Swept/fixed-frequency modes; time-domain analysis (cable fault distance, reflection distance)Supported
Measurement, calibration & de-embedding via host softwareSupported
Technical Specifications
Frequency Range100MHz~26.5GHz
Output Power-40dBm~0dBm(1GHz≤f≤16GHz);-40dBm~- 5dBm(16GHz<f≤26.5GHz)
Sweep Points2 to 100001 points
Frequency Accuracy±2.5×10-6
IF Bandwidth10Hz~300kHz
Transmission Coeff. Accuracy±0.2dB/±2°(0dB~10dB);±0.2dB/±2°(-45dB~ 0dB);±0.5dB/±5°(-60dB~-45dB)
Reflection Coeff. Accuracy±0.5dB/±5°(-15dB~0dB);±1.5dB/±10°(-25dB~- 15dB);±5.5dB/±30°(-35dB~-25dB)
Transmission Dynamics70dB typical (100MHz to 18GHz, 100Hz bandwidth); 60dB typical (18 to 26.5GHz, 100Hz bandwidth)
General Specifications
Dimensions (L×W×H)≤160mm×80mm×25mm
Weight≤0.8kg
Supply & Power12Vdc/30W
Operating Temperature-10℃~+40℃
Storage Temperature-20℃~+55℃

Specifications are subject to change without notice. Contact our technical team for full conditions, interface definitions, and ordering information.

SYSTEM ARCHITECTURE

Product block diagrams

SYVNA-2P-M26.5G block diagram 1
SYVNA-2P-M26.5G / Diagram 1 Open full image ↗

Handling notes

  • Take anti-static precautions and ensure device ports are clean before use.
  • Use a torque wrench to tighten coupling nuts where applicable.
  • Check connector pin depth before calibration to avoid damage to calibration devices.

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