el bandido
TNAP-Images
Yes, Uclan Ustym has this. I do not know how it will work on Eastern satellites. Let me know if youi have problems.
TNAP-5.1 Image Discussion
- Thread starter el bandido
- Start date
el bandido
TNAP-Images
Sf8008 Shown below. Your Ustym is almost identical to this receiver.
Everything should work in the Ustym, but the satellite may id as W instead of E for Europe. Or some other small problems...
Try it and see how it works.
Everything should work in the Ustym, but the satellite may id as W instead of E for Europe. Or some other small problems...
Try it and see how it works.
Fixed! There already were files with the same names in that location but their suffixes were .pyc instead of .py.
Thanks for all work.
Good to see transponders with low symbol rate.
I need test signals before lock, but I need 1 transponder to test here in Brazil with my motorized dish 5m (117w to 20e) with 3 kind of lnbf.
I'll post same things that need to fix with ISDB-T, same as OpenPli.
Tune the transponders, but don't store the channel names, then appear unavailable. OpenATV/OE-Alliance show correctly.
This post below using Vuzero4k, but happens for all OpenPli images (I tried all my boxes here using same both ISDB-T usb adapters: sf8008, osmini4k, h9se, etc)
https://forums.openpli.org/topic/59...dbt-tuner-mygica-s270/?view=findpost&p=890716
See:
Thanks
Good to see transponders with low symbol rate.
I need test signals before lock, but I need 1 transponder to test here in Brazil with my motorized dish 5m (117w to 20e) with 3 kind of lnbf.
I'll post same things that need to fix with ISDB-T, same as OpenPli.
Tune the transponders, but don't store the channel names, then appear unavailable. OpenATV/OE-Alliance show correctly.
This post below using Vuzero4k, but happens for all OpenPli images (I tried all my boxes here using same both ISDB-T usb adapters: sf8008, osmini4k, h9se, etc)
https://forums.openpli.org/topic/59...dbt-tuner-mygica-s270/?view=findpost&p=890716
See:
Thanks
el bandido
TNAP-Images
@ frankviana,
I think we can fix that...Maybe.
Please start a thread on it in this section:
https://legitfta.com/forum/forumdisplay.php?95-Technical-Discussions
Need to use just one receiver. The Sf8008 Supreme would be nice.
The image needs to be setup on a slot by itself as a fresh install. Consider it to be a test image as we might mess it up.
The image needs one scan of DVB T. Do not add any satellite channels or services. Just one scan of DVB T.
Make a debug log of the DVB T scan. In telnet, use this command before the DVB T scan:
init 4
ENIGMA_DEBUG_LVL=5 enigma2 > /tmp/dvb-T-debug.log 2>&1
After the scan completes, get the dvb-T-debug.log from /tmp of receiver files and attach it.
Then you need to attach the settings file, and the lamedb file located in /etc/enigma2 of receiver files.
Finally, In telnet, need the output of: cat /proc/bus/nim_sockets
If you can start a thread in the proper section and do all of that, we may have enough information to see what the problem is. Most likely, a small change will need to be made in enigma2, which means an image will have to be built. But we will see...
I think we can fix that...Maybe.
Please start a thread on it in this section:
https://legitfta.com/forum/forumdisplay.php?95-Technical-Discussions
Need to use just one receiver. The Sf8008 Supreme would be nice.
The image needs to be setup on a slot by itself as a fresh install. Consider it to be a test image as we might mess it up.
The image needs one scan of DVB T. Do not add any satellite channels or services. Just one scan of DVB T.
Make a debug log of the DVB T scan. In telnet, use this command before the DVB T scan:
init 4
ENIGMA_DEBUG_LVL=5 enigma2 > /tmp/dvb-T-debug.log 2>&1
After the scan completes, get the dvb-T-debug.log from /tmp of receiver files and attach it.
Then you need to attach the settings file, and the lamedb file located in /etc/enigma2 of receiver files.
Finally, In telnet, need the output of: cat /proc/bus/nim_sockets
If you can start a thread in the proper section and do all of that, we may have enough information to see what the problem is. Most likely, a small change will need to be made in enigma2, which means an image will have to be built. But we will see...
Ok my friend.
I'll create new topic and will see.
I have sf8008 4k (not supreme) and osmini4k. Both don't work... All OpenPli don't work DVB-T/ISDB-T (siano and dib0700) tuners here.
We need this tuner working, because now, only OE-A works.
Among the countries that adopted this system are Argentina, Bolivia, Brazil, Chile, Costa Rica, Ecuador, Japan, Paraguay, Peru, Uruguay, Venezuela. In the testing or implantation phase are Angola, Philippines, Suriname and Botsuana.
I'll send you the logs and all that you need to solve.
Thanks
==================
I'll create new topic and will see.
I have sf8008 4k (not supreme) and osmini4k. Both don't work... All OpenPli don't work DVB-T/ISDB-T (siano and dib0700) tuners here.
We need this tuner working, because now, only OE-A works.
Among the countries that adopted this system are Argentina, Bolivia, Brazil, Chile, Costa Rica, Ecuador, Japan, Paraguay, Peru, Uruguay, Venezuela. In the testing or implantation phase are Angola, Philippines, Suriname and Botsuana.
I'll send you the logs and all that you need to solve.
Thanks
==================
el bandido
TNAP-Images
Use the SF8008. Just easier for me maybe.
Most likely, the problem is identification. The channels scan, but they probably end up being listed as something else. So the receiver cannot link the DVB T tuner to the channels scanned with DVB T tuner. We will see.....
Most likely, the problem is identification. The channels scan, but they probably end up being listed as something else. So the receiver cannot link the DVB T tuner to the channels scanned with DVB T tuner. We will see.....
Impossible sf8008 because we have 2 problems using OpenPli:
Appear s2x instead DVB-T and.... if solve DVB-T, we have same gray channels (no store refference channels). First, need fix nim_sockets and after, second problem.
https://forums.openpli.org/topic/85042-dvb-s2-instead-of-dvb-t/
Osmini4k need fix only second problem (gray channels)
For SF8008 and osmini4k, only SPA fixed both problems (appear DVB-T and store all channels). For sf8008, OpenATV appear as S2X too (no way to test DVB-T).
https://www.opena.tv/english-section/57170-dvb-s2-instead-dvb-post483687.html#post483687
Thanks.
el bandido
TNAP-Images
A scan issue has been found and hopefully solved.
105W- C band has thousands of radio or service entries. Most of these are dead and are only active at certain times, but a blindscan or Service scan will list these services. And there are thousands of them.
Here is a scan of 105w-C band using TNAP 5.1 image dated 5-12-2024:
The scan shown above is a blindscan and the plugin was set to scan all services and Not "Only free scan". Changing the blindscan plugin to "Only free scan" for this satellite will result in an enormous amount of scan time due to the number of services.
Here is a scan of 105w-C band after Today's online update:
As you can see, a tremendous difference in the scan after the update.
Telnet or terminal update = opkg update && opkg upgrade
Update using the receiver menus = Menu--->Setup--->Software update
It is suggested to select option one as shown.
Scan logs for these two scans attached.
This problem has existed for some time and is in more than One image type. Glad to see it fixed here!
105W- C band has thousands of radio or service entries. Most of these are dead and are only active at certain times, but a blindscan or Service scan will list these services. And there are thousands of them.
Here is a scan of 105w-C band using TNAP 5.1 image dated 5-12-2024:
The scan shown above is a blindscan and the plugin was set to scan all services and Not "Only free scan". Changing the blindscan plugin to "Only free scan" for this satellite will result in an enormous amount of scan time due to the number of services.
Here is a scan of 105w-C band after Today's online update:
As you can see, a tremendous difference in the scan after the update.
Telnet or terminal update = opkg update && opkg upgrade
Update using the receiver menus = Menu--->Setup--->Software update
It is suggested to select option one as shown.
Scan logs for these two scans attached.
This problem has existed for some time and is in more than One image type. Glad to see it fixed here!
el bandido
TNAP-Images
What else is broken, does not work, needs adjusting or repair?
Megatron817
Administrator
Pluto tv has an update.
The recall or previous key is not working in TNAP. When the key is pressed, it will go back to the previously viewed channel. Pressed again, the prior channel will display, etc.
In ATV the recall button will popup a history display of ALL prior channels
allowing the selection of any previously viewed channels. This still works in my other receiver with Satdreamgr too.
Tried to assign a history display for the recall key with Setup>Usage & Gui>Hotkey Settings
But it does not work.... when any key is pressed, it won't allow to select a key and to assign it.
In ATV the recall button will popup a history display of ALL prior channels
allowing the selection of any previously viewed channels. This still works in my other receiver with Satdreamgr too.
Tried to assign a history display for the recall key with Setup>Usage & Gui>Hotkey Settings
But it does not work.... when any key is pressed, it won't allow to select a key and to assign it.
el bandido
TNAP-Images
I managed to upload a python 3.10 plugin for the Positioner setup. This problem only exists in the SF8008. The wrong Plugin has been removed from the feeds. For now, Delete the Positioner setup plugin using the receiver menus. Then do an online update.
el bandido
TNAP-Images
This one is a Real Doozy!
We should have a new feature for scanning. Look at the very bottom of the screencap.
We should have a new feature for scanning. Look at the very bottom of the screencap.
el bandido
TNAP-Images
Unlocked transponders or transponders without a signal can be a big headache in scanning as they waste time. The flip side of an unlocked transponder or a transponder with no signal is the State of the transponder may change if you wait long enough. What was Unlocked may lock, or what has no signal may produce a signal. It all depends on how much time you want to wait.
Transponders are timed by the symbol rate on a sliding scale. For example, you may have a 5 second delay to wait for a transponder to become scannable if the symbol rate is 30,000 or higher. But you may want to wait 50 seconds for a transponder to show useful life if it is below 500, or extremely small symbol rate wise.
The scan is just part of it. The wait time is the tune timeout time and it is active every time the transponder changes.. So you cannot adjust the scan time without adjusting the tuning time the way things are set in the coding. We can make two options though and switch between them.
Option One will favor a fast scan. If the transponder does not have Lock, then it will be excused in roughly 4 seconds. Most of the lowest symbol rate transponders, The ones below a thousand, will be missed as they cannot usually lock in 4 seconds. But it does not have much of an effect on the other transponders. My tests setting a scan up like this show a dramatic increase in overall blindscan speed, but the small transponders are not only lost in the scan, they almost become unusable because the timeout timer starts every time a transponder changes.
Option 2 will favor the low symbol rate transponders. Unlocked transponders will be given the same amount of time as Locked transponders in hope they might change their state --which sometimes happens. Transponders below 500 can be given 50 seconds to lock as there are not many of them, but when one is found, you will have to wait until it resolves or times out.
Basically this gives two images in one. You can cull the unlocked transponders and do a few scans. Then turn unlocked transponders back on and enjoy the radio channels that the small transponders are on. My tests show this system works good. I will see about getting some images out that have this capability soon. Some adjustments will need to be made. We will see how it ends up...
Transponders are timed by the symbol rate on a sliding scale. For example, you may have a 5 second delay to wait for a transponder to become scannable if the symbol rate is 30,000 or higher. But you may want to wait 50 seconds for a transponder to show useful life if it is below 500, or extremely small symbol rate wise.
The scan is just part of it. The wait time is the tune timeout time and it is active every time the transponder changes.. So you cannot adjust the scan time without adjusting the tuning time the way things are set in the coding. We can make two options though and switch between them.
Option One will favor a fast scan. If the transponder does not have Lock, then it will be excused in roughly 4 seconds. Most of the lowest symbol rate transponders, The ones below a thousand, will be missed as they cannot usually lock in 4 seconds. But it does not have much of an effect on the other transponders. My tests setting a scan up like this show a dramatic increase in overall blindscan speed, but the small transponders are not only lost in the scan, they almost become unusable because the timeout timer starts every time a transponder changes.
Option 2 will favor the low symbol rate transponders. Unlocked transponders will be given the same amount of time as Locked transponders in hope they might change their state --which sometimes happens. Transponders below 500 can be given 50 seconds to lock as there are not many of them, but when one is found, you will have to wait until it resolves or times out.
Basically this gives two images in one. You can cull the unlocked transponders and do a few scans. Then turn unlocked transponders back on and enjoy the radio channels that the small transponders are on. My tests show this system works good. I will see about getting some images out that have this capability soon. Some adjustments will need to be made. We will see how it ends up...
el bandido
TNAP-Images
No problems with the motor. It has nothing to do with the motor controls.
But... All of the delays for the motor in scan have been removed. Previously, the image was set to have a delay or timeouit timer if the receiver did not have a lock when the scan began. This delay could be up to 3-5 minutes, depending on the image. The scan delays when using a motor have been removed because we expect our users to be smart enough to move the motor First before scanning. Removing the motor delays speeds the scan up in some instances.
A start motor feature has been added in blindscan. This is another reason to remove all motor delays. Make sure the dish is where it is supposed to be before scanning! simple enough.
But... All of the delays for the motor in scan have been removed. Previously, the image was set to have a delay or timeouit timer if the receiver did not have a lock when the scan began. This delay could be up to 3-5 minutes, depending on the image. The scan delays when using a motor have been removed because we expect our users to be smart enough to move the motor First before scanning. Removing the motor delays speeds the scan up in some instances.
A start motor feature has been added in blindscan. This is another reason to remove all motor delays. Make sure the dish is where it is supposed to be before scanning! simple enough.
el bandido
TNAP-Images
Let's use 115w c band as an example.
Unlocked transponders are not allowed and will be discarded in a few seconds.
Scan Time = 4 min 16 seconds.
Next, the same blindscan with Unlocked transponders allowed.
Scan time = 6 minutes 9 seconds
Both scans returned 15 channels or services. Granted, 2 minutes is not a lot of time. But if you scan several satellites in a row, the time adds up fast. Also, the scan times wail vary between satellites. Some satellites will have 4 minutes or more between the two scan types.
All we are doing here is juggling the time the receiver spends waiting for a transponder to produce something usable. For example, If you have manually entered a 500 symbol rate transponder in Signal finder and are waiting for it to show a signal, you may wait several minutes. But in that several minute time, the receiver has timed out on the transponder several times and restarted. Restarts make it harder to resolve the transponder. It is better to wait than restart the timeout timer.
With these two settings, we can extend the timeout times on one side to favor the hard-to-lock-low-symbol-rate transponders, and on the other side, we can decrease the timeout timer to allow for faster scans.
Unlocked transponders are not allowed and will be discarded in a few seconds.
Scan Time = 4 min 16 seconds.
Code:
Scan Report
< File created on Wednesday, May 29, 2024 at 09:48:51 >
< Satellite = 114.9W C-band Eutelsat 115 West B 115.0 W >
< Receiver = SF8008-Supreme >
< Enigma2 Image = Tnap 5.1 >
< Kernel Version = 4.4.35 >
< DVB Driver Date = 2024-01-04 >
< Blindscan Frequency Range = 3625 to 4800 MHz >
< Blindscan Symbol Rate Range = 1 to 60 Msps >
< Blindscan Only Free Channels or Services? = False >
< Tuner = Tuner A: AVL62X1 (DVB-S2) >
< 'DVB-S2 QPSK 3637H / 1600 / 8/9' > Tp# 1
< Transponder SNR =['5.83db'-UnLocked], LNB Power = 53.21 >
< Wed, 29 May 2024 09:48:55 />
< 'DVB-S2 QPSK 3767H / 3333 / AUTO' > Tp# 2
< Transponder SNR =['0.33db'-UnLocked], LNB Power = 66.98 >
< Wed, 29 May 2024 09:49:00 />
< 'DVB-S2 QPSK 3771H / 3333 / AUTO' > Tp# 3
< Transponder SNR =['0.16db'-UnLocked], LNB Power = 66.98 >
< Wed, 29 May 2024 09:49:04 />
< 'DVB-S2 8PSK 3797V / 1660 / 3/5' > Tp# 4
< Transponder SNR =['655.22db'-UnLocked], LNB Power = 62.39 >
< Wed, 29 May 2024 09:49:08 />
< 'DVB-S2 8PSK 3808V / 15000 / 3/4' > Tp# 5
< Transponder SNR =['0.75db'-UnLocked], LNB Power = 65.14 >
< Wed, 29 May 2024 09:49:12 />
< 'DVB-S2 8PSK 3851H / 2083 / 3/4' > Tp# 6
< Transponder SNR =['655.22db'-UnLocked], LNB Power = 70.65 >
< Wed, 29 May 2024 09:49:16 />
< 'DVB-S2 8PSK 3853H / 1666 / 2/3' > Tp# 7
< Transponder SNR =['1.76db'-UnLocked], LNB Power = 69.73 >
< Wed, 29 May 2024 09:49:20 />
< 'DVB-S2 8PSK 3857H / 4440 / 5/6' > Tp# 8
< Transponder SNR =['1.58db'-UnLocked], LNB Power = 76.15 >
< Wed, 29 May 2024 09:49:24 />
< 'DVB-S2 8PSK 3866V / 6166 / 5/6' > Tp# 9
< Transponder SNR =['1.94db'-UnLocked], LNB Power = 72.48 >
< Wed, 29 May 2024 09:49:28 />
< 'DVB-S2 8PSK 3872V / 2875 / 5/6' > Tp# 10
< Transponder SNR =['1.38db'-UnLocked], LNB Power = 67.89 >
< Wed, 29 May 2024 09:49:32 />
< 'DVB-S2 16APSK 3882H / 14286 / AUTO' > Tp# 11
< Transponder SNR =['3.01db'-UnLocked], LNB Power = 84.41 >
< Wed, 29 May 2024 09:49:37 />
< 'DVB-S2 16APSK 3901V / 23600 / 3/4' > Tp# 12
< Transponder SNR =['3.01db'-UnLocked], LNB Power = 77.99 >
< Wed, 29 May 2024 09:49:41 />
< 'DVB-S2 8PSK 3923V / 7257 / 8/9' > Tp# 13
< Transponder SNR =['2.27db'-UnLocked], LNB Power = 76.15 >
< Wed, 29 May 2024 09:49:45 />
< 'DVB-S2 8PSK 3924H / 4550 / 2/3' > Tp# 14
< Transponder SNR =['6.28db'-UnLocked], LNB Power = 77.07 >
< Wed, 29 May 2024 09:49:49 />
< 'DVB-S2 8PSK 3958V / 4800 / 3/4' > Tp# 15
< Transponder SNR =['0.0db'-UnLocked], LNB Power = 67.89 >
< Wed, 29 May 2024 09:49:53 />
< 'DVB-S2 8PSK 4039H / 1600 / 2/3' > Tp# 16
< [1] ECUAVISA QUITO 1:0:1:1:1:1:9920FC7:0:0:0: SNR = 11.88 />
< Transponder SNR =['11.88db'-Locked], LNB Power = 73.40 >
< Wed, 29 May 2024 09:49:57 />
< 'DVB-S2 8PSK 4108H / 9600 / 3/4' > Tp# 17
< Transponder SNR =['6.99db'-UnLocked], LNB Power = 80.74 >
< Wed, 29 May 2024 09:50:07 />
< 'DVB-S2 8PSK 4118H / 1550 / 3/4' > Tp# 18
< [2] 88.1 MTY/GDL (Radio #1) 1:0:2:1:1:0:9921016:0:0:0: SNR = 8.15 />
< [3] OIR 1 (Radio #2) 1:0:2:2:1:0:9921016:0:0:0: SNR = 8.15 />
< [4] OIR 2 (Radio #3) 1:0:2:3:1:0:9921016:0:0:0: SNR = 8.15 />
< [5] ALFA (Radio #4) 1:0:2:4:1:0:9921016:0:0:0: SNR = 8.15 />
< [6] 690ELFON/RC1030 (Radio #5) 1:0:2:5:1:0:9921016:0:0:0: SNR = 8.15 />
< [7] RC DEP 1110 (Radio #6) 1:0:2:6:1:0:9921016:0:0:0: SNR = 8.15 />
< [8] LA Z 1:0:1:7:1:0:9921016:0:0:0: SNR = 8.15 />
< [9] JOYA 1:0:1:8:1:0:9921016:0:0:0: SNR = 8.15 />
< [10] UNIVERSAL 1:0:1:9:1:0:9921016:0:0:0: SNR = 8.15 />
< [11] UNIVERSAL ONLINE 1:0:1:A:1:0:9921016:0:0:0: SNR = 8.15 />
< Transponder SNR =['8.15db'-Locked], LNB Power = 73.40 >
< Wed, 29 May 2024 09:50:11 />
< 'DVB-S2 8PSK 4122H / 3609 / 3/4' > Tp# 19
< Transponder SNR =['7.6db'-UnLocked], LNB Power = 77.99 >
< Wed, 29 May 2024 09:50:21 />
< 'DVB-S2 QPSK 4131V / 6400 / 3/4' > Tp# 20
< [12] JUSTICIATV 1:0:1:1:1000:2000:9929023:0:0:0: SNR = 8.47 />
< Transponder SNR =['8.47db'-Locked], LNB Power = 81.66 >
< Wed, 29 May 2024 09:50:23 />
< 'DVB-S2 8PSK 4140V / 6665 / 3/4' > Tp# 21
< [13] NoName 1:0:0:3:4:1:992902C:0:0:0: SNR = 8.9 />
< [14] Canal del Congre 1:0:1:1:4:1:992902C:0:0:0: SNR = 8.9 />
< [15] Canal del Congre 1:0:1:2:4:1:992902C:0:0:0: SNR = 8.9 />
< Transponder SNR =['8.9db'-Locked], LNB Power = 82.57 >
< Wed, 29 May 2024 09:50:25 />
< 'DVB-S2 8PSK 4154V / 14400 / 3/4' > Tp# 22
< Transponder SNR =['5.74db'-UnLocked], LNB Power = 83.49 >
< Wed, 29 May 2024 09:50:35 />
< 'DVB-S2 16APSK 4163H / 8333 / AUTO' > Tp# 23
< Transponder SNR =['4.95db'-UnLocked], LNB Power = 76.15 >
< Wed, 29 May 2024 09:50:39 />
< 'DVB-S2 8PSK 4171V / 13329 / 3/4' > Tp# 24
< Transponder SNR =['6.53db'-UnLocked], LNB Power = 85.33 >
< Wed, 29 May 2024 09:50:44 /> <
Blind Scan Time = 4 Min. 16 Sec.
15 Channels ( TV = 9 Radio = 6) 24 of 24 Transponders Scanned.Next, the same blindscan with Unlocked transponders allowed.
Scan time = 6 minutes 9 seconds
Code:
Scan Report
< File created on Wednesday, May 29, 2024 at 09:53:59 >
< Satellite = 114.9W C-band Eutelsat 115 West B 115.0 W >
< Receiver = SF8008-Supreme >
< Enigma2 Image = Tnap 5.1 >
< Kernel Version = 4.4.35 >
< DVB Driver Date = 2024-01-04 >
< Blindscan Frequency Range = 3625 to 4800 MHz >
< Blindscan Symbol Rate Range = 1 to 60 Msps >
< Blindscan Only Free Channels or Services? = False >
< Tuner = Tuner A: AVL62X1 (DVB-S2) >
< 'DVB-S2 QPSK 3637H / 1600 / 8/9' > Tp# 1
< Transponder SNR =['5.95db'-UnLocked], LNB Power = 53.21 >
< Wed, 29 May 2024 09:54:10 />
< 'DVB-S2 QPSK 3767H / 3333 / AUTO' > Tp# 2
< Transponder SNR =['655.28db'-UnLocked], LNB Power = 66.06 >
< Wed, 29 May 2024 09:54:20 />
< 'DVB-S2 QPSK 3771H / 3333 / AUTO' > Tp# 3
< Transponder SNR =['655.29db'-UnLocked], LNB Power = 66.98 >
< Wed, 29 May 2024 09:54:30 />
< 'DVB-S2 8PSK 3809V / 14999 / 3/4' > Tp# 4
< Transponder SNR =['0.97db'-UnLocked], LNB Power = 68.81 >
< Wed, 29 May 2024 09:54:40 />
< 'DVB-S2 8PSK 3853H / 1666 / 2/3' > Tp# 5
< Transponder SNR =['1.58db'-UnLocked], LNB Power = 68.81 >
< Wed, 29 May 2024 09:54:50 />
< 'DVB-S2 8PSK 3857H / 4440 / 5/6' > Tp# 6
< Transponder SNR =['1.76db'-UnLocked], LNB Power = 76.15 >
< Wed, 29 May 2024 09:55:00 />
< 'DVB-S2 8PSK 3866V / 6166 / 5/6' > Tp# 7
< Transponder SNR =['2.27db'-UnLocked], LNB Power = 72.48 >
< Wed, 29 May 2024 09:55:10 />
< 'DVB-S2 16APSK 3867H / 3809 / AUTO' > Tp# 8
< Transponder SNR =['2.43db'-UnLocked], LNB Power = 76.15 >
< Wed, 29 May 2024 09:55:20 />
< 'DVB-S2 8PSK 3872V / 2875 / 5/6' > Tp# 9
< Transponder SNR =['1.18db'-UnLocked], LNB Power = 68.81 >
< Wed, 29 May 2024 09:55:30 />
< 'DVB-S2 16APSK 3901V / 23599 / 3/4' > Tp# 10
< Transponder SNR =['3.01db'-UnLocked], LNB Power = 77.07 >
< Wed, 29 May 2024 09:55:41 />
< 'DVB-S2 8PSK 3923V / 7256 / 8/9' > Tp# 11
< Transponder SNR =['2.27db'-UnLocked], LNB Power = 76.15 >
< Wed, 29 May 2024 09:55:51 />
< 'DVB-S2 8PSK 3925H / 4550 / 2/3' > Tp# 12
< Transponder SNR =['6.24db'-UnLocked], LNB Power = 77.07 >
< Wed, 29 May 2024 09:56:11 />
< 'DVB-S2 8PSK 3958V / 4800 / 3/4' > Tp# 13
< Transponder SNR =['0.26db'-UnLocked], LNB Power = 67.89 >
< Wed, 29 May 2024 09:56:21 />
< 'DVB-S2 8PSK 4038H / 1600 / 2/3' > Tp# 14
< [1] ECUAVISA QUITO 1:0:1:1:1:1:9920FC6:0:0:0: SNR = 11.92 />
< Transponder SNR =['11.92db'-Locked], LNB Power = 72.48 >
< Wed, 29 May 2024 09:56:26 />
< 'DVB-S2 8PSK 4056V / 23810 / 2/3' > Tp# 15
< Transponder SNR =['2.58db'-UnLocked], LNB Power = 84.41 >
< Wed, 29 May 2024 09:56:36 />
< 'DVB-S2 8PSK 4093V / 23810 / 2/3' > Tp# 16
< Transponder SNR =['0.75db'-UnLocked], LNB Power = 85.33 >
< Wed, 29 May 2024 09:56:46 />
< 'DVB-S2 8PSK 4109H / 9601 / 3/4' > Tp# 17
< Transponder SNR =['6.77db'-UnLocked], LNB Power = 80.74 >
< Wed, 29 May 2024 09:56:56 />
< 'DVB-S2 8PSK 4119H / 1550 / 3/4' > Tp# 18
< [2] 88.1 MTY/GDL (Radio #1) 1:0:2:1:1:0:9921017:0:0:0: SNR = 8.13 />
< [3] OIR 1 (Radio #2) 1:0:2:2:1:0:9921017:0:0:0: SNR = 8.13 />
< [4] OIR 2 (Radio #3) 1:0:2:3:1:0:9921017:0:0:0: SNR = 8.13 />
< [5] ALFA (Radio #4) 1:0:2:4:1:0:9921017:0:0:0: SNR = 8.13 />
< [6] 690ELFON/RC1030 (Radio #5) 1:0:2:5:1:0:9921017:0:0:0: SNR = 8.13 />
< [7] RC DEP 1110 (Radio #6) 1:0:2:6:1:0:9921017:0:0:0: SNR = 8.13 />
< [8] LA Z 1:0:1:7:1:0:9921017:0:0:0: SNR = 8.13 />
< [9] JOYA 1:0:1:8:1:0:9921017:0:0:0: SNR = 8.13 />
< [10] UNIVERSAL 1:0:1:9:1:0:9921017:0:0:0: SNR = 8.13 />
< [11] UNIVERSAL ONLINE 1:0:1:A:1:0:9921017:0:0:0: SNR = 8.13 />
< Transponder SNR =['8.13db'-Locked], LNB Power = 73.40 >
< Wed, 29 May 2024 09:57:00 />
< 'DVB-S2 8PSK 4122H / 3609 / 3/4' > Tp# 19
< Transponder SNR =['7.6db'-UnLocked], LNB Power = 77.99 >
< Wed, 29 May 2024 09:57:10 />
< 'DVB-S2 QPSK 4131V / 6400 / 3/4' > Tp# 20
< [12] JUSTICIATV 1:0:1:1:1000:2000:9929023:0:0:0: SNR = 8.45 />
< Transponder SNR =['8.45db'-Locked], LNB Power = 81.66 >
< Wed, 29 May 2024 09:57:12 />
< 'DVB-S2 8PSK 4140V / 6665 / 3/4' > Tp# 21
< [13] NoName 1:0:0:3:4:1:992902C:0:0:0: SNR = 9.03 />
< [14] Canal del Congre 1:0:1:1:4:1:992902C:0:0:0: SNR = 9.03 />
< [15] Canal del Congre 1:0:1:2:4:1:992902C:0:0:0: SNR = 9.03 />
< Transponder SNR =['9.03db'-Locked], LNB Power = 82.57 >
< Wed, 29 May 2024 09:57:13 />
< 'DVB-S2 8PSK 4154V / 14400 / 3/4' > Tp# 22
< Transponder SNR =['5.88db'-UnLocked], LNB Power = 83.49 >
< Wed, 29 May 2024 09:57:24 />
< 'DVB-S2 16APSK 4162H / 8332 / AUTO' > Tp# 23
< Transponder SNR =['4.39db'-UnLocked], LNB Power = 76.15 >
< Wed, 29 May 2024 09:57:34 />
< 'DVB-S2 8PSK 4171V / 13331 / 3/4' > Tp# 24
< Transponder SNR =['6.28db'-UnLocked], LNB Power = 84.41 >
< Wed, 29 May 2024 09:57:44 /> <
Blind Scan Time = 6 Min. 09 Sec.
15 Channels ( TV = 9 Radio = 6) 24 of 24 Transponders Scanned.Both scans returned 15 channels or services. Granted, 2 minutes is not a lot of time. But if you scan several satellites in a row, the time adds up fast. Also, the scan times wail vary between satellites. Some satellites will have 4 minutes or more between the two scan types.
All we are doing here is juggling the time the receiver spends waiting for a transponder to produce something usable. For example, If you have manually entered a 500 symbol rate transponder in Signal finder and are waiting for it to show a signal, you may wait several minutes. But in that several minute time, the receiver has timed out on the transponder several times and restarted. Restarts make it harder to resolve the transponder. It is better to wait than restart the timeout timer.
With these two settings, we can extend the timeout times on one side to favor the hard-to-lock-low-symbol-rate transponders, and on the other side, we can decrease the timeout timer to allow for faster scans.