SignalWorks
Signal Analysis Solution for Windows and Linux Platforms
New SignalWorks® v5.0 Released!
Read more about the SignalWorks 5.0.0 release
- Analysis and processing of unknown digital signals
- Automatic and manual analysis of carrier, symbol rate, and modulation type
- Multiple test point displays (spectrum, time-based, etc.)
- Automatic and manual digital filtering of input
- Demodulation with adaptive equalization
- Equalizers for Interference, distortion and multipath
- FSK, m-FSK, PSK, QAM and OFDM Demodulation
- Powerful, diverse bit processing capabilities
- Bit stream analysis, including frame detection
- Forward error correction (FEC) encoding and decoding (Viterbi and Reed Solomon)
- Interleaving and deinterleaving (rectangular and convolutional)
- Additive Bit Pattern Search
- LDPC Decoding capability
- Multiplexing and demultiplexing (TDM and FDM)
- Supports standard (E1,T1, etc) and non-standard framing (arbitrary, system specific)
- Bit to text display capability for teleprinter signals
- Simulation of modulated signals
- Easy point-and-click operation; no scripting
The SIGNALWORKS® 5 package of signal processing tools features highly specialized algorithms that are fully implemented and integrated for advanced signals analysis. SIGNALWORKS requires no programming or scripting. Coupled with input digitizing, the SIGNALWORKS package offers signal analysts a friendly alternative to the digital oscilloscope, spectrum analyzer, demodulators, and other specialized signal analysis hardware.
SignalWorks® enables users to do waveform to bit level analysis in one integrated package. Analysis algorithms include external parameter identification (carrier, modulation, and symbol rates) and bit level search and analysis tools (PRN search, frame search) as well as a flexible bit level palette to support the most complex bitstreams (TDM, FEC, interleaving, etc.). SIGNALWORKS high order special formats processing is compatible with the 7500NG real-time PCM communications demodulator, and facilitates integrated analysis and processing of non-standard bit framing with overhead, justification, and control bit identification and removal.
SignalWorks® now has comprehensive Forward Error Correction (FEC) encoding/decoding capabilities including Reed Solomon and Viterbi convolutional codes. Reed Solomon block coding is fully programmable using any size block codes. Viterbi convolutional encoding and decoding is also fully configurable including the code generating polynomial, punctured codes; and includes all standard rates such as 1/3, 2/3, 3/4, and 7/8.
Powerful Graphics and User Interfaces:
- Time- (oscilloscope) and frequency- (spectrum analyzer) domain displays of raw, intermediate, and processed signal data
- Graphical selection of filters by click and drag in a spectrum/waterfall display - saves time and eliminates errors
- Intuitive GUIs make processing control an easy task for the analyst
- Display data in point, line, and falling raster modes