HR spectra 68,5E
IQmonitor tool
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Guten Abend ,
Wie schon ein paar mal probiert ;
selbe Satellite , aber mit eine viel kleinere Antenne .
Ergebnis sind ganz gut
As already tried a couple of times;
same satellite but with a much smaller antenna.
Result are quite good
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Guten Morgen
Heute früh einen Versuch auf 62° ost .
Mit meine 1,20 Antenne bin ich schon an der Empfangsgrenze
Dabei was lambda mit seiner 3,00m bekommen kann.
zwei transponder sind per Blindscan nicht gefunden ( zu wenig Signal)
10998 V 1500 und
11011V 2300.
Nach dem Blindscan habe ich die beide Manuel ( feed report) suchen lassen
beide sind gut mit alles richtige Daten gefunden , sie sind aber nicht als "minus Ling margin" eingegeben .
Warum , weiss ich nicht ?
wegen ihre Eigenschaften solle sie empfangbar sein , sind sie aber nicht.
Good morning
An attempt at 62 ° east this morning.
With my 1.20 antenna I'm already at the reception limit
What lambda can get with his 3.00 m.
two transponders are not found by blind scan (too little signal)
10998 V 1500 and
11011V 2300.
After the blind scan, I had them both look for Manuel (feed report)
both are fine with all correct data found, but they are not entered as "minus ling margin".
I do not know why ?
Because of its properties, it should be receivable, but they are not.
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Repeated test at position 57E with IQ 2.4.0.6 Beta. Cloudy with a little rain today in my area.
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Guten Morgen
Auch bei mir ; ein Vergleich
Wetter auch nicht so gut , bewolkt und regnerisch
Even with me; a comparison
Weather not so good either, cloudy and rainy
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In untere bereich habe ich auch probiert .
Magere Ergebnis mit dem Blindscan ( ein einzige transponder )
Ich habe das Ergebnis von Lambda studiert und mit feed report suchen lassen.
Alle gefundene Transponder sind mit richtige Daten sogar ein mit LM -7,5
Ich habe auch was crazyscan selber findet ,da gezeigt
I also tried in the lower area.
Lean result with the blind scan (one single transponder)
I have studied the result of Lambda and searched with feed report.
All transponders found are with correct data even one with LM -7.5
I also showed what crazyscan finds there
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Thank you, friends, made me happy!
Positive Emotions Help Better Than Any Pill
Lambda especially pleased with the lower sub-range,
and Stephan - subliminal reception and comparison with CrazyScan
Benchmarking should be the rule when testing newer versions.
Stephan has convincingly shown that the latest beta is better than the previous one
I will prepare it for publication
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Wie ich damals hier probiert habe
habe ich wieder mit der neue Version 2406 Modified
auf 16° ost diese sehr klein SR und sehr nah Frequenz
Like I tried here back then
I have with the new version 2406 M again
tried this very small SR and very close frequency at 16 ° east
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Jetzt ein ganz normal IQ Blindscan von 10700 bis 12750 auf 10° ost.
Auch da, ohne besonder Voraussetzung kann IQMonitor 2406M
schon Transonder mit SR von nur 257 (12606V) oder sr500 (12658H)
Now a normal IQ blind scan from 10700 to 12750 at 10 ° east.
Even there, without any special requirements, the IQMonitor 2406M
already transonder with SR of only 257 (12606V) or sr500 (12658H)
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tbs6590 card(S2X ext-demod chip Si2183) at 57.0E with IQmonitor and Crazyscan.
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10E & 3E test
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0,8W & 3W HR test (IQ 2.4.0.6 Beta)
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7W & 27,5W HR test, IQ 2.4.0.6.Beta
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Hi Lambda,
I have to admit,your High Spectra always looks great
Due to other projects and time, I only recently gave importance to this advantage of the application.
There are enough tips on this topic on how to make a successful calibration,on the one hand,and on the other hand,how to configure IQmonitor to get a perfect HS,as Strannik wants,and you are about to succeed as none,perhaps stephan94,of those who post here.My attempts in this regard are not very successful although I have read the board configuration, but I must admit that I do not always succeed.It's true that I use several cards,some give a perfect spectrum,such as 6983, others do not,such as cards with the S2X extension.
To shorten,if not asking too much,I want to present if you can a video tutorial with the two steps,Calibration and HS,for those who want to use IQmonitor.
So far there have been few who have posted so far their HS,although strannik was/is surprised why their number is small.One of the explanations could be this,that it is still not clear to many users how to do HS.
In my case is also a problem with the time when I use 6903/9x cards, which not only the signal is flat,but the search time is extraordinarily high.Even if it were only an hour's search,not to mention 2 or 3 hours,however I say it is very much for any application of this nature,because it's a big break between the activities that we do with these cards on the computer.Here is a reason why,at least,I didn't dedicated specifically for HS.
Of course the last rows are addressed to strannik, because I'm sure he wants as many users to use his application.
So please do a tutorial for the two operations mentioned by me at the beginning.
Thanks in advance
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Hi Lambda,
I have to admit,your High Spectra always looks great
Due to other projects and time, I only recently gave importance to this advantage of the application.
There are enough tips on this topic on how to make a successful calibration,on the one hand,and on the other hand,how to configure IQmonitor to get a perfect HS,as Strannik wants,and you are about to succeed as none,perhaps stephan94,of those who post here.My attempts in this regard are not very successful although I have read the board configuration, but I must admit that I do not always succeed.It's true that I use several cards,some give a perfect spectrum,such as 6983, others do not,such as cards with the S2X extension.
To shorten,if not asking too much,I want to present if you can a video tutorial with the two steps,Calibration and HS,for those who want to use IQmonitor.
So far there have been few who have posted so far their HS,although strannik was/is surprised why their number is small.One of the explanations could be this,that it is still not clear to many users how to do HS.
In my case is also a problem with the time when I use 6903/9x cards, which not only the signal is flat,but the search time is extraordinarily high.Even if it were only an hour's search,not to mention 2 or 3 hours,however I say it is very much for any application of this nature,because it's a big break between the activities that we do with these cards on the computer.Here is a reason why,at least,I didn't dedicated specifically for HS.
Of course the last rows are addressed to strannik, because I'm sure he wants as many users to use his application.
So please do a tutorial for the two operations mentioned by me at the beginning.
Thanks in advance
I also would like some extra guidance please , my results are exactly how satesco describes but would be extra happy if i could get the same great results as others. If using a windows based PC, could any extra help given include a recommendation for a minimum processor & ram size needed to obtain great results . Thank you
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Eine neue Probe mit dem 2406 M auf 21,5 Ost
A new rehearsal with the 2406 M at 21.5 East
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New version 2406 of IQmonitor has been published
Program control test was performed on OMICOM budget card
Antenna with an aperture of only 50cm and LNB Inverto Black Ultra is aimed at the 13°E position of the geostationary orbit.
Horizontal polarization scan time only 53 seconds:
Vertical polarization scan time of only 56 seconds:
All 97 transponders are locked with an average SNR of 11dB and a lock margin of 4dB :
The high-resolution spectrum (HR spectrum) of horizontal polarization was obtained in just 138 seconds :
The high resolution (HR spectrum) spectrum of vertical polarization was obtained even faster - in just 107 seconds !
The reference program CrazyScan recorded the vertical polarization spectrum at the same frequency step (2 MHz) in 23 seconds.
Another 120 seconds was carried out blind scanning - a total of 143 seconds.
This is against 107 seconds, which was spent by my program to obtain a much higher quality HR spectrum
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The first time I use IQmonitor version 2406 with 6983 card.I chose a satellite with dth signal (Astra 19.2E) because there are better chances to get the best HR spectrum.I don't know if I made it(?)
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I also would like some extra guidance please , my results are exactly how satesco describes but would be extra happy if i could get the same great results as others. If using a windows based PC, could any extra help given include a recommendation for a minimum processor & ram size needed to obtain great results . Thank you
To shorten,if not asking too much,I want to present if you can a video tutorial with the two steps,Calibration and HS,for those who want to use IQmonitor.
I don't know how to make a video tutorial and I will try to help using the "screen shot" option.
Start the Ku band calibration procedure by turning the antenna to a position where there are no active signals, in my area it is position 80E. If your antenna is not movable, cover the lnb with aluminum foil.
Set the settings as in Figure 1, manually set the noise threshold, I set -55.00dB. After you turn on the "spectrum" function, the "H" polarization curve will appear. Turn on the "V" polarization and highlight the "Add" function (Figure 2) and restart the "spectrum" function. Save the obtained RF spectrum with the "save" function and rename the directory name with the equipment label you used (card, antenna, lnb), Figure 3. Click the "standard" function and turn off the IQ program. The RF diagram is now saved (Figure 4) and will be loaded the next time the program is started. If you want to check if the calibration is working, turn on the "calibration" function and activate the "spectrum" function on both polarizations. The result must look like in Figure 5, a completely straight line of 10700-12750MHz ..
You can now rotate the antenna to the other satellite and get a perfectly calibrated view. If you have multiple antennas the whole procedure should be repeated for each of them only once. When you change the antenna, simply use the "load" function to load the saved RF diagram from that antenna, there is no need to repeat the calibration procedure.
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26E HR test, IQ 2.4.0.6
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