12141 H, 28549, 32.45, (S2X)/32APSK- Data, new
...
12136 H, 19000, S2X/256 APSK-Data, new slot,
12171 H, 17141 ,32/45, 32APSK-Data, new.
12141 H, 28549, 32.45, (S2X)/32APSK- Data, new
...
12136 H, 19000, S2X/256 APSK-Data, new slot,
12171 H, 17141 ,32/45, 32APSK-Data, new.
Have you tried working with the deeptho driver?
Maybe you should try a different kernel?
Maybe I'll try the RTL-SDR stick with SDRankel under Ubuntu 24.04 and Kernel 6.14, which works well with other dvb apps. ![]()
I don't know if it's possible to get a clear image from this UHD SDR (Ultra-High Definition Standard Dynamic Range_3840x2160).
I see that satesco has a modern I9 CPU this makes VMA run very well. I currently use a I7 Laptop that struggles only when the bitrates get higher. A fast graphicss card helps with the Mosaic.
Of course, your comment about the CPU I installed does not require a response. It is just an observation of a problem I asked myself when I built my computer.
If you only need a DVB card to receive the signal, and it does not require powerful hardware (CPU, GPU, RAM), then, with the spread of HD programs, and in recent years, 4K or 8K, upgrading your computer is mandatory if you want to access streams and programs that use such technologies.
The increase in the number of 4K programs, as well as other services, such as IPTV, forces, or rather challenges, some software developers to diversify their DVB applications.
For us, reception enthusiasts, this is a help and an advantage, allowing us to make the most of the reception we achieve.
One such example, fortunately for us, is the presence of Mr Vitor on our forum, who has provided us with various extraordinary DVB applications. However, we have them, but are still unable to use them professionally as our generous Portuguese colleague intended.
That is not because we do not want to use them, but because these professional applications, such as those from VMA, also require professional hardware support, as mentioned above.
For example, when I tried to test VMA Video Wall Pro and VMA TS Monitor to do multi-streaming with the Intel Core i5 8500 CPU, I found that this CPU cannot handle more than three transponders, even though the application is capable of more, especially since I was using an 8-output card for multi-streaming.
However, with the Intel Core i9 14900K processor, I was able to run at least 7 streams from seven transponders. However, I was limited by the browser (Firefox), which can only play six video panels.
To cut a long story short, with the DVB cards of recent years, especially those with 2X extensions, and the new DVB applications, which also meet the professional needs of users, we are forced to upgrade the hardware support of our computer.
Fortunately or unfortunately, depending on our budget, with new devices and increasingly complex and diverse applications, our passion for reception takes on a new dimension and charts the course we are heading in, which involves both technical investments and broadening our knowledge of the field, which we had not considered at the beginning of our journey as feed hunters.
Now we have to "exploit" them, since we have hunted them down, but with other means and techniques that we have to learn.
Does anybody else get a very jittery unstable connection between VMA Stream Reader and Transport Stream Analyser? The rate constantly flickers up and down on the display for me -
...
See the Inbound Bps - and I get glitching in the audio/video of the transmissions when playing them. This is worse the higher the mux bitrate. I doubt it's a problem with VMA itself, I think it must be the network config on this machine. Is there any settings I can change within Windows to improve this? I'm streaming on 127.0.0.1.
I checked the signal on 12519 V and didn't notice any stuttering, interruptions, freezing, or glitches with VMA TSA.
Here's what my VMA settings look like:
Regards, ![]()
With a clear view (no obstacles) from the 1.10m antenna, I returned to this position to test the signal with the small antenna, and to see which transponders I could pick up.
Signal locked with card 6909x. It should be noted that the parameters found and locked with cards 6903x/6909x, and appearing with pid 270(encapsulated), appear as data streams. With other cards, these multiplexes could be generic streams.
The other transponders are on the above spectrums.
Newly added: 11073 V, 43808, 1.2, S2 -Data. ![]()
The signal is very strong in my H polarization.
I changed the polarization to V, and the signal is slightly above 6 dB.
I couldn't find any channels in the blind.
I don't think vertical polarisation is activated, but because of the very strong signal on the horizontal, it appears on this polarisation. It doesn't seem to be a carrier test, so we should expect something else.
In such a situation, it is an opportunity to precisely adjust the LNB to ensure it is of good quality, provided it is a quality product.
I do this every time I change my LNBs to eliminate noise and get a better signal, even if it's only 0.1 or 0.5, not to mention it can often reach 6dB, as it appears in your receiver menu.
Of course, we don't know whether the operator of this transponder plans to transmit on both polarities, but if not, then the LNB must be adjusted and the noise eliminated. With weak signals, this percentage matters if the signal is at the limit.
However, there is also the possibility that the same signal is transmitted on different spots, as we have in the Ku band at 40.5W.
It's just an opinion.
Regards, ![]()
Display MoreHello i found something around 92.2°E it should be Chinasat 9C.
Signal is very strong, frequency is empty.
12520 H 30000 4/5 DVB-S2 QPSK
Please someone confirm is it Chinasat 9C or something else.
On spectrum from 11800 to 12200 R/L freuquencies are visible
Thank you, Tomek22, for finding this trp. ![]()
Yes, it seems to be ChinaSat-9, but it would be too good to be true, because such a strong signal in the European area from a Chinese satellite seems unlikely(?).
But let's wait for more data on our DVB applications to be sure what this signal is.
For now, I have captured a stream without anything tangible.
Now I can only confirm what you found. ![]()
I tested the VLC player on Windows 11 on cable and terrestrial frequencies, and I was able to scan and view.
The settings for these standards are the same as what I did with VLC under Linux, posted previously.
I used the 6590 card for C/T scanning.
For now, I haven't been able to scan satellite frequencies with VLC for reasons that escape me at the moment.
I will try again, and if I succeed, I will post the results here.
Hi Fey,
As always, when you visit the forum, we learn something about the many streams we find, but about which we have only a vague idea of what we could understand. Thank you for these "lessons," but more importantly for the new versions of your application.
With this, the latest one you offered us, I tested the Siminn Radiomidun stream at 1.0W. As you can see in the screenshot, I can run the stream with port 1234 without any problems or glitches.
I think there are other amateurs here who would like the GUI version and who are reluctant to use PowerShell to view the content of these streams.
I really appreciate any help you can provide. ![]()
Although I showed above how to scan with the VLC player, I was asked to show specifically how I set up the player to scan satellite or cable frequencies.
Although it is redundant, I will post a how-to video again showing how I set up the player to scan and view TV programs on satellite and cable
I should add that I worked with the 6903x card under Ubuntu 24.04.
Why not say it? I would have liked Express-103 instead of position 103. Since the package is not listed on the websites, I allowed myself some wishful thinking.![]()
First regular TV transmition.
It's big regional package from North Korea!!
...
Thanks for the info. I want to confirm whether this TV package is on Express AMU3 at 103.0E or Express-103 at 96.5E?
They are not yet listed on any satellite list. Thanks ![]()