Video
Here some videos of CODE300-32,all are a short examples where you can see some of the capabilities of our software. Where possible is also included the sound in this way you can have a very realistic representation. For a better representation we have preferred to use a "computer reeceiver" so you can also see the operations of the tuning of the signal. The receivers used in these examples are WinRadio G313I and WinRadio G33DDC "Excalibur". The audio connection between the receiver and decoder has been done in certain situations with the line input of the on board sound card, or WinRadio VSC (Virtual Soun Card), or.VAC (Virtual Audio Cable) and also using the simple function "Stereo Mixer"
Example of use of CODE300-32
Tuning of the signal, auto classification, decoding, analysis of the signal
with a sonogram, autocorrelation, analysis of the bits, binary demodulation,
and all in real multitasking
Example of use of CODE300-32
Tuning PSK signal, sonogram analysis, Phase Constellation analysis,
decoding Stanag 4285 (encrypted tfc)
Example of use of CODE300-32
Tuning PSK signal, decoding Stanag 4285 (text message)
Example of use of CODE300-32
Tuning PSK signal, decoding Stanag 4285 (text message)
Tuning PSK signal, decoding Stanag 4285 (text message)
Example of use of CODE300-32.
In this example you can see the simultaneous decoding of two different
systems Baudot and Stanga 4285 from two independent channels (L / R)
of two different frequencies. Here we used WinRadio G31 DDC, the audio
signal come from the receiver to the decoder through a "stereo mixer".
Example of use of CODE300-32.
In this example you can see the complete decoding of a signal Codan
(Chirp Codan first part, and Codan Date the second part). Our solution for
decoding the Codan signal using a separate but interactive action between
Codan Chirp and Codan Date. The two decoding modules are independent
but work together simultaneously. This example is demodulated in off line
mode, using a recorder Codan. The recorded file is played with Adobe Audition,
the audio connection between decoder and player is done using the software
VAC (Virtual Audio Cable)
In this example, the decoding of the Codan DATA not contain a readable text,
but the transmission of a binary FAX (through a normal image). The next example
shows the result of the conversion process with our software "Codan binary converter"
CODE300-32 Codan conversion binary to image
In this example you can see that it is very easy, with our conversion software,
recover data transmitted in binary form from Codan Data
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