Tektronix SignalVu spectrum analysis software running on a Tektronix MSO 68B oscilloscope and performing modulation analysis of simultaneous RF signals
Tektronix has launched Version 5.4 of its SignalVu Spectrum Analyser Software solution. The latest edition provides multi-channel modulation analysis of up to eight signals in parallel. Users of the software can turn a pre-existing oscilloscope into a comprehensive wireless system tester. This withdraws any need to purchase a dedicated tester.
According to the test and measurement solutions provider, the new launch is ideal for applications requiring time-domain analysis with RF measurements. The solution is compatible with the Tektronix 5 Series MSO, 6 Series MSO, and DPO70000 oscilloscopes.
“With the introduction of multi-channel analysis in SignalVu for oscilloscopes, engineers specialising in advanced communications will find Tektronix an invaluable partner for their RF/wireless signal analysis needs,” said Christopher White, Tektronix Director of Product Management and Performance Platforms.
“Although most leading test and measurement competitors provide multi-channel VSA analysis, they often fail to deliver comprehensive cross-domain analysis capabilities, lack intuitive user interfaces, or come with prohibitive costs. Our Version 5.4 directly addresses those pressing challenges by providing advanced, user-friendly, and cost-effective analysis capabilities. Version 5.4 of SignalVu not only solves existing problems but also significantly impacts the market by raising the standards for signal analysis tools.”
Key features of SignalVu Spectrum Analyser Software Version 5.4:
- Supports up to 26 wireless modulation schemes, including nFSK, nPSK, nQAM, and 1024QAM.
- Provides an elevated insight and enhanced productivity.
- Addresses multi-signal, multi-standard, and multi-device Under Test (DUT) needs.
- Simultaneous analysis of signals is achievable with shared-acquisition multi-signal support, providing validation and optimisation of advanced wireless communication systems.
The software provides the user with in-depth analysis of RF signals, covering a wide range of applications. Additionally, the user can also gain a greater understanding of complex systems like radar, EW, SATCOM, MIMO, uplink/downlink, mesh network, and phased-array systems.