Private message, just create conversation with me, via my profile for example.
Posts by zilizila
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Remotely not, sorry. Send me pm.
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I see, check Your configs in every oscams. Is your card2 localy ok? Is the port forward for card2 ok? ...
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Use the same (only one) ddns for both cards, ports are ok.
Port of second card forward to second box.
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Just connect your local cards to VPS oscam - the VPS oscam is a user of cards, and set in oscam.conf a cccam or newcamd server with some ports. Than set users for VPS oscam....
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Here is my simple How to:
Compiling oscam on Ubuntu is relatively easy. I use 18.04.1 LTS, but it also works on older and newer versions.
You must connect to a computer or server using telnet / ssh (use a small application called a putty). Select all lines at once and copy them to telnet (right-click on the cursor in telnet). The OS will start installing packages.
Codeapt-get install cvs subversion autoconf libccid automake libtool gettext make cmake tar bzip2 gzip patch ncurses-bin gcc g++ flex bison pkg-config pcsc-tools pkg-config wget libpcsclite1 libpcsclite-dev libusb-dev libssl-dev libpnglite-dev pngquant zlib1g-dbg zlib1g-dev zlib1g zlibc dialog build-essential mercurial minizip
Install this package only if you have Smargo cardreader (there may be a newer version on the sourceforge server, please check first):
Codewget http://sourceforge.net/projects/libusb/files/libusb-1.0/libusb-1.0.8/libusb-1.0.8.tar.bz2 tar xjf libusb-1.0.8.tar.bz2 cd libusb-1.0.8 ./configure; make; make install
We are now ready for the next steps!
Codecd .. (you must go to the root directory of your system) svn checkout http://www.streamboard.tv/svn/oscam/trunk oscam-svn # you can also add: "-r xxxx" to the end to download a specific version of oscam. Very useful, especially if the newer version of OScam is not stable. cd oscam-svn mkdir build cd build cmake .. make make install # (this command will install oscam in the /usr/local/bin directory !! - if you already have an oscam binary there, make a backup of it)
Now you need to change the attributes of the oscam file to 0755. Use these commands:
You also need to set it to start automatically at boot time. Enter the following commands:
Write this line before the line "exit 0":
Press CTRL + C and confirm the changes with Y.
Now you need to create the oscam configuration files and transfer them to / usr / local / etc. You will also be able to use PSCS card readers (such as Omnikey) and Smargo!
thnx to OldSkul.
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Install oscam to VPS and connect cards like virtual servers.
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Because if you have, for example, a Vu Duo 4K with FBC tuners, there are 8 of them (2 physical + 6 virtual), so with unicable connection you can realistically connect every single tuner to their unique SRC and all 8 tuners work independently. In practice, this means that you can record from 8 different TPs, or 8 network clients can stream from such a box, all with one coax cable. Of course, this is not a necessity, but a better choice.
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Easy check if ATV secret feed live or down: ATV secret feed
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Hi, if You can, try to replace LNB, or/and box, ... Check the coax cable and f connectors... Check Your dish pointing...
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It depends which band You prefer - Ku, Ka, C, ...
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I set the dish with the motor as follows:
1. Make sure that the mounting pole is perfectly vertical.
2. First mount the support sleeve on the pole.
3. Hold the motor over the sleeve. In this case, it will be easier to rotate with the motor to find the exact direction of the assembly.
4. Set the elevation on the motor according to LAT.
5. Mount the parabola on the rotor arm and set its direction flush with the zero position mark.
6. Set the elevation on the dish according to the calculation.
7. Mount the LNB on the dish and connect it to the LNB connector on the motor. The LNB skew set to 0°. It can be fine-tuned later.
8. I will connect a measuring device or a satellite receiver to the motor.
9. Depending on the longitude of my position, I will give the USALS command to the motor to move to the nearest satellite. E.g. My longitude is 18 ° E, so I enter the satellite 19.2 ° E, or I switch the satellite receiver to a program from this satellite.
The motor is moved to a given satellite.
10. Now by turning the whole assembly - the dish and the motor, on the main pole, I find the position for the maximum signal from the satellite (according to the example 19.2 ° E) and secure the motor sleeves.
11. Then I move the engine west and east to other satellites and based on the signal measurement I check the correct elevation setting.
12. In case of any deficiencies, fine-tune the elevation or direction settings of the assembly.
13. Finally, gradually tighten the locking sleeves on the motor and the dish.
14. And yet, I will not forget to remove the support sleeve :)
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So, if Your lat is 54, then You must set the motor elevation to 54, there is inscription LATITUDE.
Your motor elevation is incorrect, on Your photo is lat set to more than 58!!!
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Code
Display MoreHow to correctly set the elevation angle of the dish on the Diseqc motor - calculation of the elevation of the satellite dish. !!! The elevation angle is always calculated on the basis of the geographical location of the dish !!! In addition, it should be borne in mind that the manufacturers of Diseqc motors have their own production design, which in any case may not match. This is the angle of the rotor arm on which the dish is mounted. This angle is fixed, according to the specific type of Diseqc motor. List of known used Diseqc motors: Manufacturer: Type: Arm angle: Stab HH90 / HH90S 45 ° Stab HH100 / HH120 30 ° Moteck SG2100 30 ° Moteck DG120 40 ° Amiko DM3800 35 ° Powertech DG240 / DG380 35 ° When calculating the elevation angle of the dish, an important parameter is the angle of the rotor arm: The following formula applies here: rotor angle - declination angle = dish elevation angle The declination angle is given by the latitude. E.g. for latitude 48 °, the declination angle is 7.07 °. Calculation for different Diseqc motors: HH100: 30 ° - 7.07 ° = 22.93 ° HH90: 45 ° - 7.07 ° = 37.93 ° DG120: 40 ° - 7.07 ° = 32.93 ° DG240: 35 ° - 7.07 ° = 27.93 ° For the exact calculation of the declination angle, I recommend this calculator: https://satlex.de/en/azel_calc.html The above formula was created by simplifying the initial formula: 90 - latitude - declination angle - (90 - rotor angle - latitude) = dish elevation angle Calculation of the previous example, for Diseqc engine HH100: 90 - 48 - 7.07 - (90 - 30 - 48) = 22.93 °
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Here are a two examples for Smartreader setup in oscam (from streamboard):
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Display More# Smargo Smartreader+ (Tripple Reader as well) using kernel drivers (recommended) [reader] label = mysmargo protocol = smargo device = /dev/ttyUSB1 aeskey = 0102030405060708090a0b0c0d0e0f10 group = 7 caid = 0700 # Smargo Smartreader+ using libusb [reader] label = mysmartreader protocol = smartreader device = 001:002 group = 8 caid = 0800
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Ah, so if I don't have this box, I can't even participate in problem solving or help those who own it?
By the way, I just answered them on this topic, it was founded by nick extra22