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{|border="1" 
+
==Notes==
|+ Times and Dates are in UTC,Frequencies in Khz
+
* This capability started with version 4.39.10. As always, be sure to get the most up to date version from the website
|-
 
!Date||Time||Frequency||Station
 
|-
 
|Thursday||0100-0200||5850||WRMI <sup>1</sup>
 
|-
 
|Thursday||0130-0230||9395||WRMI <sup>1</sup>
 
|-
 
|Friday||0000-0030||9265||WINB
 
|-
 
|Friday||1300-1330||15770||WRMI
 
|-
 
|Friday||1500-1530||13690 [[DRM]]||WINB
 
|-
 
|Saturday||0330-0400||9265||WINB
 
|-
 
|Sunday||0000-0200||5960||[http://www.kbcradio.eu/ The Mighty KBC]<sup>2</sup>
 
|-
 
|Sunday||0800-0830||5850, 7730||WRMI
 
|-
 
|Sunday||2330-2400||7780||WRMI
 
|}
 
  
 +
* These instructions are built around the RSP1; for the RSP2 (maybe other SDRPlay RSPs, too), it appears you need to start RSP_TCP.exe first, but this needs confirmation
  
; Notes
+
* A PC with some horsepower is needed for using TCP/IP. A PC with at least a 1 Ghz processor is a good starting point
1 - '''This Is A Music Show''' ''(often abbreviated TIAMS)'' Most of the show is a music show, but the host transmits some MFSK text and image near the end of the broadcast. Look for a waterfall ID at the beginning of the show.
 
*Email: <nowiki>thisisamusicshow@gmail.com</nowiki>
 
*Instagram: [http://www.instagram.com/thisisamusicshow/ This Is A Music Show]
 
*Twitter: [http://www.twitter.com/ThisIsAMusicSho This is a Music Show]
 
*Tweet: <nowiki>@ThisIsAMusicSho</nowiki>
 
*Cloud: [https://tinyurl.com/y4f7w2oy TIAMS programs in the cloud]
 
  
 +
* You will need the TCP Server app, which can be found in the SDRPlay [https://www.sdrplay.com/downloads/ downloads page]. Instructions on using the app are also there.
  
2 - The transmitter is in Germany. A minute of MFSK is at about 0130 UTC
+
==Instructions==
*Email: <nowiki>themightykbc@gmail.com</nowiki>
+
When you push the '''SDRPlay''' button (figure 1), an I/Q signal will be sent through the TCP/IP server using rsp_tcp.exe. According to tests, it works with Windows 10 and possibly earlier versions of Windows.
*Facebook: [https://www.facebook.com/TheMightyKbc The Mighty KBC]
 
  
 +
The sampling frequency is 250 Khz (except for ADS-B, which uses a 2 Mhz sampling frequency).
  
==Narrowband EMS Nets==
+
The default TCP/IP parameters are given below; they can be changed by clicking the '''Options (port/adress)''' button, which is found immediately below the
New York and Pennsylvania NBEMS nets. Most weekends, KD9XB checks in to the New York NBEMS (Narrow Band Emergency Messaging Software) net Saturday at 1200 UTC on 3584 kHz USB, and the Pennsylvania NBEMS net Sunday at 1300 UTC on 3583 kHz USB (with out-of-state check-ins now starting at 1230 UTC). Check-ins are usually in [https://www.sigidwiki.com/wiki/THOR Thor]22, and messages are in [https://www.sigidwiki.com/wiki/Multi_Frequency_Shift_Keying_(MFSK) MFSK]32 (PA NBEMS is experimenting with [https://www.sigidwiki.com/wiki/THOR Thor]50x1 for messages). Messages generally use the
+
'''SDRPlay''' button (figure 1).
[https://sourceforge.net/projects/fldigi/files/flmsg/ Flmsg] add-on to Fldigi. If you are a radio amateur in eastern North America, feel free to check in. Outside the region, use an SDR in the eastern USA to tune in and decode. You do not need Flmsg to check in, and most of the messages can be read without Flmsg. If you can decode the net, send me an email to <nowiki>radiogram@verizon.net</nowiki>, or tweet to <nowiki>@SWRadiogram</nowiki>, and I will let them know you are tuned in. USEast NBEMS Net: Please also note the USEast NBEMS Net, Wednesdays at 2300 UTC (7 pm EDT) on 3536 kHz USB.
+
* The default address is 127.0.0.1. To use another server, paste the server IP address here
 +
* The default port is 1234. but it can be changed with the spin button. Valid values are from 1231 to 1250. This allows the use of several occurrences of Multipsk, each one connected to a different server and receiver.  
 +
 
 +
If you wish to listen to the demodulated sound, click on the '''+Speaker''' button
 +
 
 +
Once you press the '''RX/TX button''', you can use the '''Transceiver''' form to control the frequency and gain. Note that the '''TX''' button on this form
 +
won't function (figure 2).  
 +
 
 +
To make this interface possible, several files must be copied to the Multipsk directory:
 +
 
 +
*mir_sdr_api.dll
 +
*msvcr100.dll    can be found [https://www.dll-files.com/msvcr100.dll.html here]
 +
*pthreadVCE2.dll  can be found [https://www.dll-files.com/pthreadvce2.dll.html here]
 +
*vcruntime140.dll can be found [https://www.dll-files.com/vcruntime140.dll.html here]
 +
*rsp_rcp.exe (thanks to F4FHH Nicolas and SDRplay)
 +
 
 +
For RSP2 users; by clicking on the "RSP2 bias-tee", the bias-tee (4.7 V / 100 mA max at the ANT-B antenna output) can be set (On) or reset (Off).  
 +
Note that this option is not stored, so, you must manually set this option each time Multipsk is started.
 +
 
 +
You can add parameters to RSP_RCP.exe using a text editor. Insert them after the '''Parameters:''' caption. These parameters don't control the  
 +
digital deocding function, rather they are used to address the SDRPlay hardware. Examples include;
 +
<div>
 +
-P0 for PORT A <br>
 +
-P1 for PORT B <br>
 +
-P2 for PORT HIz
 +
</div>  
 +
 
 +
For further details, read the [https://www.sdrplay.com/docs/SDRplay_RSP_TCP_Server_Guide.pdf SDRPlay RSP TCP Server Guide] (note this is a PDF file)
 +
 
 +
The following options are not used. Note that MultiPSK doesn't check the user parameters to see if they are correct;
 +
<div>
 +
-a <br>
 +
-p <br>
 +
-s <br>
 +
-f
 +
</div> 
 +
 
 +
 
 +
[[Category:HF Signal Analysis and Decoding]]

Revision as of 17:12, 11 November 2019

Notes

  • This capability started with version 4.39.10. As always, be sure to get the most up to date version from the website
  • These instructions are built around the RSP1; for the RSP2 (maybe other SDRPlay RSPs, too), it appears you need to start RSP_TCP.exe first, but this needs confirmation
  • A PC with some horsepower is needed for using TCP/IP. A PC with at least a 1 Ghz processor is a good starting point
  • You will need the TCP Server app, which can be found in the SDRPlay downloads page. Instructions on using the app are also there.

Instructions

When you push the SDRPlay button (figure 1), an I/Q signal will be sent through the TCP/IP server using rsp_tcp.exe. According to tests, it works with Windows 10 and possibly earlier versions of Windows.

The sampling frequency is 250 Khz (except for ADS-B, which uses a 2 Mhz sampling frequency).

The default TCP/IP parameters are given below; they can be changed by clicking the Options (port/adress) button, which is found immediately below the SDRPlay button (figure 1).

  • The default address is 127.0.0.1. To use another server, paste the server IP address here
  • The default port is 1234. but it can be changed with the spin button. Valid values are from 1231 to 1250. This allows the use of several occurrences of Multipsk, each one connected to a different server and receiver.

If you wish to listen to the demodulated sound, click on the +Speaker button

Once you press the RX/TX button, you can use the Transceiver form to control the frequency and gain. Note that the TX button on this form won't function (figure 2).

To make this interface possible, several files must be copied to the Multipsk directory:

  • mir_sdr_api.dll
  • msvcr100.dll can be found here
  • pthreadVCE2.dll can be found here
  • vcruntime140.dll can be found here
  • rsp_rcp.exe (thanks to F4FHH Nicolas and SDRplay)

For RSP2 users; by clicking on the "RSP2 bias-tee", the bias-tee (4.7 V / 100 mA max at the ANT-B antenna output) can be set (On) or reset (Off). Note that this option is not stored, so, you must manually set this option each time Multipsk is started.

You can add parameters to RSP_RCP.exe using a text editor. Insert them after the Parameters: caption. These parameters don't control the digital deocding function, rather they are used to address the SDRPlay hardware. Examples include;

-P0 for PORT A
-P1 for PORT B
-P2 for PORT HIz

For further details, read the SDRPlay RSP TCP Server Guide (note this is a PDF file)

The following options are not used. Note that MultiPSK doesn't check the user parameters to see if they are correct;

-a
-p
-s
-f