| "Descrizione" by DCL1 (1621 pt) | 2026-Feb-07 09:53 |
| Evaluation | N. Experts | Evaluation | N. Experts |
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| 1 | 6 | ||
| 2 | 7 | ||
| 3 | 8 | ||
| 4 | 9 | ||
| 5 | 10 |
CWGet: pros and cons
CWGet is a software designed to decode Morse code (CW) through the sound card into text.
Very interesting rogram CW decoding via computer sound card.
http://www.dxsoft.com/en/products/cwget/#bottom

Pros
Quick setup: I had it running in a few minutes, with no weird steps. Once I set the audio input and a reasonable level, it started decoding right away.
Simple and “straight to the point”: the interface is minimal, but that actually helped me focus on the signal instead of a thousand options.
Useful spectrum display: the waterfall/spectrum helped me center the tone and immediately see whether I was on the right signal.
Handy tracking/AFC: when the signal was not perfectly stable, the tracking spared me from chasing every small drift manually.
Good with regular CW: on clean, well-spaced signals (typical calls and “machine-like” text), it gave me a fairly stable, readable output.
Text scrollback: being able to scroll back was useful to recover what had gone by while I was adjusting controls.
Cons
Falls apart with “dirty” signals: as soon as QRM/QRN/QSB comes in or the signal gets weak, decoding degrades noticeably.
Irregular hand-sent CW: if the operator’s fist is not consistent (spacing and timing vary), I saw a lot of errors and words became hard to reconstruct.
Garbage characters while locking on: in some situations—especially when I was not perfectly centered or there were nearby signals—it output random characters before settling.
Minimalism can be limiting: the simplicity helps, but sometimes I missed a more “modern” feature set or more advanced controls for difficult cases.
Practical usage note (what worked for me)
I got the best results with the receiver in CW mode and the narrowest filter possible.
I adjusted tone and audio level until the spectrum showed a clean peak and the audio was not clipping.
If there are CW signals very close to each other, I expect confusion: in those cases the only real help is tightening the filter further and centering the tone more accurately.
Here are some key details:
Main Features
CWGet decodes Morse code via sound card without additional hardware, requiring only a receiver and a computer with a sound card. It can also function as a narrow-band DSP filter.
User Interface
The working area of the program is divided into three windows, whose sizes can be changed by the user. The top window displays the current signal spectrum and a peak detector of spectral components.
Frequency Control
Users can change the working frequency by clicking on the desired frequency. The program includes an automatic frequency control (AFC).
Integration with AALog Logger
CWGet can integrate with the AALog logger, facilitating the logging and monitoring of communications.
Special Version for Android
There is a special version of CWGet for Android devices.
Automatic CW Speed Decoding
The program automatically determines the Morse code speed and allows users to lock it if necessary.
Support for Multiple Languages
CWGet supports English, Russian, and user-defined character sets.
Signal Recording and Playback
The software has a one-minute audio buffer and allows users to record and replay segments of the received signal.
Decoding from Audio Files
CWGet can decode signals from audio files (WAVE files), supporting uncompressed Windows PCM files.
Interface with Other Software
CWGet can interface with other software via ini files and Windows messages, also functioning as a COM (ActiveX) object.
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