Image of Sigvsa 1 telonicuk
Image of Sigvsa 2 telonicuk

Siglent SigVSA Vector Signal Analysis Software

.

Available on back-order

Availability: Stock models delivered next working day (UK only) for orders placed before 16:30 (Mon - Fri)

SKU: SigVSA Categories: , Brand:

Description


Siglent SigVSA Vector Signal Analysis Software

SigVSA is a professional vector signal analysis software application that runs on Windows operating systems. You can also contact us to customise a Linux environment version. With SigVSA, users can repeatedly analyse signals under test and quickly troubleshoot issues, covering everything from simple BPSK to complex wideband signals such as 4G LTE, 5G NR, IEEE 802.11b/a/g/n/ac/ax/be, Bluetooth, HRP-UWBand, and various common modulation signals, such as 1024QAM,4096QAM, 16/32APSK, etc. SigVSA offers rich measurement capabilities, a user-friendly operation experience, and an interactive interface similar to that of a vector signal analyser, ensuring both efficiency and ease of use. It provides comprehensive local analysis functionality, supporting offline analysis of raw waveform files from vector signal analysers. SigVSA enables remote vector signal analysis and debugging on a computer, allowing simultaneous control of multiple instruments for parallel operation. It also facilitates centralised processing of recorded data or simulation files, saving time by reducing the need for lab visits.

Function Overview
  • General modulation supports a maximum bandwidth of 8GHz+ and up to 4096QAM signal analysis.
  • NR protocol r17 (covering 5G-A and NTN), LTE protocol r14.
  • WIFI 1~7 signal analysis (supports a maximum bandwidth of 320MHz and up to 4096QAM modulation analysis).
  • Supports multiple function analyses for specified measurements and multi-window display.
  • Supports parallel operation of up to 32 measurements and remote connection to some of Siglent instruments for demodulation analysis.
  • Supports offline analysis of data formats such as .arb, .txt, .csv, and .mat, with configurable signal sampling rate.
Signal Analysis
  • ✓ Digital Modulation, Custom OFDM
  • ✓ 5G NR FR1, FR2-1, FR2-2, NR-NTN
  • ✓ LTE FDD/TDD
  • ✓ Wi-Fi 1~7 (IEEE 802.11a/b/g/n/ac/ax/be)
  • ✓ HRP-UWB, Bluetooth
  • ✓ FHSS
  • ✓ GSM/EDGE, WCDMA/HSPA, NB-IoT, FMCW, Pulse, DVB-S2/S2X (in development)

Product Images

Remote device list display, one-click switching of device configurations.<br /> <br /> Equipped with a memory function to automatically save connection records for easier reconnection.<br /> <br /> Configuration can be synchronized from the host PC to the analyser, meeting various user application scenarios.

Remote Management

Multi-information parallel display.<br /> <br /> Customizable window layout arrangement.<br /> <br /> Quick waveform placement via dragging, flexibly adapting to observation needs

Multi-window Display

Analyze data at your desk, at home, or on the road.<br /> <br /> Features a clear menu layout with multi-window support, balancing efficiency and ease of use.<br /> <br /> Remotely access your oscilloscopes / spectrum analyzers to view, acquire, and analyze waveforms.<br />

Greater productivity and convenience

Supports both Windows and Linux operating systems.<br /> <br /> Comprehensive measurement coverage from basic BPSK to complex broadband signals such as UWB, LTE, 5G NR, and 4096QAM.<br /> <br /> Flexible licensing makes it easier to add the analysis functions you need, when you need them.

Add analysis capabilities

Make measurements on signals acquired on up to 32 different analysers. Automatically detects instruments within the network for remote control and waveform acquisition, with a max storage depth of 2M points per channel.

Sync data from multiple analysers

Easily share waveform datasets. Colleagues can re-analyze the data and perform measurements as if they were sitting in front of the analyzer. In addition, SigVSA natively enables saving, sharing, and analysis.<br />

Analyse collaboratively

Export designated waveform files from measurement instruments, transfer them to a computer hard drive via USB drives or network servers, and import the waveform data into SigVSA for vector analysis. Supported data formats include .txt, .mat, .arb, etc.

Offline Waveform Data Analysis

SigVSA can connect to multiple instruments within the network for remote control and data acquisition. After data collection, SigVSA can read remote waveform data online and perform local data analysis, eliminating dependence on the instrument's vector analysis options.

Simultaneous Online Waveform Data Analysis from Multiple Instruments

×

Remote device list display, one-click switching of device configurations.

Equipped with a memory function to automatically save connection records for easier reconnection.

Configuration can be synchronized from the host PC to the analyser, meeting various user application scenarios.
Multi-information parallel display.

Customizable window layout arrangement.

Quick waveform placement via dragging, flexibly adapting to observation needs
Analyze data at your desk, at home, or on the road.

Features a clear menu layout with multi-window support, balancing efficiency and ease of use.

Remotely access your oscilloscopes / spectrum analyzers to view, acquire, and analyze waveforms.
Supports both Windows and Linux operating systems.

Comprehensive measurement coverage from basic BPSK to complex broadband signals such as UWB, LTE, 5G NR, and 4096QAM.

Flexible licensing makes it easier to add the analysis functions you need, when you need them.
Make measurements on signals acquired on up to 32 different analysers. Automatically detects instruments within the network for remote control and waveform acquisition, with a max storage depth of 2M points per channel.
Easily share waveform datasets. Colleagues can re-analyze the data and perform measurements as if they were sitting in front of the analyzer. In addition, SigVSA natively enables saving, sharing, and analysis.
Export designated waveform files from measurement instruments, transfer them to a computer hard drive via USB drives or network servers, and import the waveform data into SigVSA for vector analysis. Supported data formats include .txt, .mat, .arb, etc.
SigVSA can connect to multiple instruments within the network for remote control and data acquisition. After data collection, SigVSA can read remote waveform data online and perform local data analysis, eliminating dependence on the instrument's vector analysis options.

Documentation


Minimum System Requirements
Operating System Windows 10 or later 64-bit operating system
Processor Intel® Core™ i5 Processor or better
Memory 8 GB RAM or better
Hard Drive At least 16GB of available space
Display resolution Minimum 1280×720, recommended 1920×1080.
Virtual Memory More than 1GB of available virtual memory.

Related products

  • Image of Dg5000 fh

    Rigol DG5-FH Frequency Hopping Module Licence

    £1,950.00 (£2,340.00 inc. VAT)

    Available on back-order

    Availability: Stock models delivered next working day (UK only) for orders placed before 16:30 (Mon - Fri)

    Add to basket
  • Image of Dg1000z rm 1 2t

    Rigol RM-1-DG1000Z Rack Mount Kit (Single Instrument)

    £85.00 (£102.00 inc. VAT)

    Available on back-order

    Availability: Stock models delivered next working day (UK only) for orders placed before 16:30 (Mon - Fri)

    Add to basket
  • Image of Bag ds1000

    Rigol BAG-DS1000 Soft Carry Bag

    £53.00 (£63.60 inc. VAT)

    4 in stock (can be backordered)

    Availability: Stock models delivered next working day (UK only) for orders placed before 16:30 (Mon - Fri)

    Add to basket
  • Image of Rigol dg4000 rm 2t rackmountkit

    Rigol RM-DG4000 Rack Mount Kit

    £120.00 (£144.00 inc. VAT)

    Available on back-order

    Availability: Stock models delivered next working day (UK only) for orders placed before 16:30 (Mon - Fri)

    Add to basket