You need to be patient when setting up your satellite dish. Any mistake can lead to having to start all over again. Satfinder was written to make this process easier.
What is this application?
Satfinder is a universal application for devices running on Android. The program shows the location of the satellite and indicates its direction. With its help, you can rotate the antenna in the desired direction and improve signal reception.
Features of SatFinder for Android:
- there is a list of satellites;
- there is a list of channels;
- the result is displayed as numerical data or on a Google map;
- displays azimuth;
- shows the height and slope of the converter using GPS;
- has a built-in compass.
We invite you to watch a video about the functions of the SatFinder application for Android:
How to install the application on your phone?
You can download the application via Google Play:
- Just enter the name of the program in the search.
- In the issuance list, select the very first item and click on the large “Install” button. The download and installation on your device will begin automatically.
- If for some reason the service is unavailable, go to any search engine, for example, Yandex. Enter “SatFinder for Android” in the line.
- Follow the links found and download.
Instructions on how to use
The program has not been translated into Russian, but even without this it is quite easy to use.
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Satellite AR will show all the satellites in the sky
https://market.android.com/ - search here
Have you ever wondered, looking at the starry sky, how many satellites are above us? This became possible thanks to the Satellite AR application. By installing the application, you can find out how many and what satellites are in orbit. Moreover, the application shows the real position of the satellites, information about which Satellite AR receives from any accessible internet channel.
Using augmented reality technology, the smartphone screen will show the part of the sky that you point at Android camera device, and with it all the satellites flying through this area. The Satellite AR application may seem useless to many, but if you need to set up a satellite dish yourself, then the application can easily determine the position of the satellite you need.
Program DishPointer Pro allows you to see the location of satellites in the sky. A very convenient program to help the installer of satellite dishes. With its help, you can quickly assess the possibility of tuning into a satellite anywhere. It allows you to use even small gaps between trees to select the correct position for adjustment dishpointer.zip
SatFinder- program for searching satellites. Has the ability to take screenshots. This program has the greatest capabilities compared to others. Along with assessing the position of the satellite relative to obstacles, the program has the ability to tune precisely to the satellite and take screenshots (screen copies) and save them in the phone’s memory satfinder.zip
Infinity Software Solutions LLC- program for setting up satellite dishes
A program that helps determine the exact position of the satellite and adjust the antenna The Satellite Finder program, developed by Infinity Software Solutions LLC, will help in accurately finding the desired satellite, identifying interfering obstacles and adjusting the antenna. The program's operation is characterized by great accuracy. satellitefinder.zip
Android operating system - a brief overview
The Android operating system is an open platform for smartphones and netbooks, based on Linux with kernel version 2.6. Development is led by OHA (Open Handset Alliance) - a business alliance consisting of 48 companies developing open standards mobile devices. The initiator of the development is the American company Google Inc.
The start of development was marked on September 5, 2007. Official presentation of the first device under operating room control Android systems was held on September 23, 2008. Source is open and freely available for downloading at: source.android.com.
Development software running Android OS is written in Java using the Android SDK. The DALVIK Java machine was developed specifically for Android.
The peculiarity of this operating system is the fact that all applications, both standard built-in ones and those installed by the user, are absolutely equal. At any time, using the operating system settings, you can select the application that will run by default. Thanks to this feature, the Android OS has flexible settings up to which devices on Windows Mobile very far.
A lot of time has been devoted to operating system security. This benefited Android. The owner's personal data was protected quite in an interesting way: any application is launched in its own specially allocated memory area, in its own process, with its own instance of the virtual machine.
Smartphones based on the Android operating system have an interesting interface. When starting the device, we will see a desktop with a large clock at the top, as well as several customizable shortcuts to access frequently used functions. If we slide our finger across the desktop from left to right or vice versa, we will get to an alternative desktop. You can create and customize five desktops as you wish. In addition to shortcuts to programs, you can place widgets on the desktop. Icons and widgets can be placed anywhere on the desktop; to do this, you need to use a long press with your finger on the element being moved, after which you can move it around the entire desktop, move it to the trash, or simply delete it.
You no longer need to guess whether the satellite is in the field of view of your antenna, whether tree branches are covering it, where it is, in which direction. This application will help you set up satellite dish, displaying in real time all satellites visible for your area. For example, setting up the Tricolor TV 36°E or NTV Plus antenna will be done as follows: turn on the AR mode (the button is located in the lower right corner of the application) to display a 3D model of the antenna, select the type of your antenna (direct focus or offset), if you know exactly the offset angle of your plates (can be found on the manufacturer’s website), enter this angle in the offset settings. The program will display the dish in the direction of the selected satellite as if it were mounted on a virtual wall.
Try pointing the device’s camera at a nearby house where there is an antenna installed for this satellite, and you will see that the 3D model of the dish faces the same direction.
You can also view all available satellites for your area. To do this, enter the window with the list of satellites and turn on AR mode (lower right corner).
This application is also a database of frequencies (transporters) designed to quickly search for parameters for setting up satellite dishes.
Possibilities:
Viewing the direction of a 3D model of a satellite dish in augmented reality mode (dish pointer mode)
View satellites in the sky in augmented reality mode
3D LNB converter with rotation angle indication
Intelligent satellite search with sound indication
Sorting by satellite
Search by channel name, radio, Internet provider, technical data
Search by frequencies (transporters)
Sorting by Ku and C-bands
Displaying the channel name, radio station, a provider with the link to the official site, encoding display
Displays frequency, polarization, FEC and symbol rate, links to the official website, if supported, then the encoding algorithm
Calculation of azimuth, elevation, LNB (converter) angles for the selected satellite
Hand compass mode
Weekly database update
Huge database, more than 12,800 video channels, 3,900 radio stations and 180 Internet providers.
Technical points:
SatFinder 3D uses the device's compass sensor to determine your bearing when turning. Since azimuth calculation depends on the accuracy of the generated data, your device's compass must be properly calibrated. To do this, just rotate your device in a figure eight shape for a while while in augmented reality mode. Sometimes phone manufacturers provide calibration instructions. Enter a query on the Internet “How to calibrate a compass for *device model*”.
To accurately display augmented reality, protect your device from external magnetic fields, try to use the program in an open space away from houses, because they can cause compass deviations.
If you cannot calibrate the compass, turn on the “Manual compass On” mode. Point the device to the SOUTH and use the arrows on the screen to align the SOUTH of the 3D application world with the real south. After that, without turning off the hand compass, use the application as usual.
– a compact and convenient application for devices on Android platform. This program It will help you find a satellite and set up an antenna for it, take screenshots, and also has very wide capabilities, while not demanding on the resources of your device.
Developer's website: http://www.ftpcafe.com
Download the SatFinder application on the Android market
Requirements: Android 2.0 and higher
Shipped free of charge.
Features of the SatFinder Android application
- shows azimuth
- altitude and slope converter for your location (based on GPS coordinates)
- has a list of satellites
- has a list of channels
- the result is shown both as numerical data and as visual graphics on Google maps
- Built-in compass will help you find the correct satellite azimuth.
The list of satellites is quite comprehensive, so the applications should work all over the world.
Starting from version 1.07, the application has added a list of channels downloaded from the Internet.
To use this program, your phone must have active GPS receiver for determining location coordinates. The data received from the GPS receiver is sufficiently accurate, since the error in determining the coordinates is not significant for determining the position of the satellites.
Note: In order to get the most accurate azimuth readings, you should calibrate your phone's compass by rotating the phone several times around all three axes after starting the program.
For the application to work properly, the phone must be in a vertical position. This is the position in which the display of satellite positions through the camera lens will be most accurate.
The search for a satellite can be carried out in two ways:
1. display of the arc with the satellites located on it (the Clark belt) on the sky
2. Accurate determination of the specific position of the selected satellite using a sight.
Arc display, on which all the satellites are located (the Clark belt), allows you to realistically assess the possibility of tuning into the desired satellite in your chosen location, determine the presence of interfering obstacles, such as tree branches, roofs and walls of houses, etc. Moreover: you can take a screenshot (copy of the image) of the screen, so that later, in a convenient environment, you can make a detailed analysis of the location chosen for setup. To do this, simply touch your finger anywhere on the communicator screen and a copy of the screen image will be recorded in the phone’s memory.
Accurate satellite position determination with the help of a sight is used to search for or “capture” the desired satellite. In this mode, the screen displays the name of the selected satellite, its azimuth and elevation angle. In the middle of the screen, yellow arrows indicate which direction you should turn your phone to tune to the satellite.
Once your device is accurately pointed at the satellite, the arrows will turn green and turn on sound signal.
Menu items:
1. Menu settings contain three items:
Satellite list- Here you can choose which satellites will be shown in both main tabs and deselect those that are not needed. The list contains all the major satellites. However, by default, satellites that are below the horizon for your location are not displayed.
Target Tolerance– Here you can set the degree of measurement accuracy. That is, at what approach to the satellite (in degrees) the sensor will start to trigger (when the sight arrow turns green). By default, it is set to 3 degrees, since in practice, even if the phone is in the satellite capture position, with values less than 3 degrees, the accuracy of the readings does not increase, but rather, on the contrary, the satellite capture will be disrupted all the time.
Audio Alert- When this item is activated, a sound signal will sound when the satellite is captured. At the same time, an automatic screenshot will be taken.
Conclusion:
According to the results of a study of 3 programs Dish Pointer, Satellite Finder and SatFinder, the latter seems to be the most serious and professionally executed. It has the ability to take screenshots of the screen, both automatically and at will. When tuning to a satellite, it emits a clearly audible sound signal. The principle of capturing a satellite in the form of a sight is implemented quite well: the sight is clearly visible and, when accurately aimed at the satellite, clearly records it.
The disadvantage of this program is that the arc with satellites is poorly visible, the color (green) is poorly chosen, and the points themselves with satellite marks on the arc are very small. This function is most successfully implemented in the Dish Pointer program. Here the arc with satellites is very clearly visible, even against the background of a bright sky, which makes it possible to easily assess the position of the desired satellite in the sky.
A similar principle for capturing a satellite (in the form of a sight) is also available in the Satellite Finder program, but there the sight itself is small and difficult to see, especially against the sky. The sound is also weak, and the process of fixing the satellite itself is more complicated.
Based on the results of acquaintance with 3 programs, the following opinion emerges:
If the task is only to assess the position of the satellite before starting installation - is the satellite visible from the intended installation location, are there any obstacles blocking it, then it is best to use the Dish Pointer program, with its bright and visual Clark belt. The program itself is very easy to use and intuitive.
If you want to estimate the position of the satellite as accurately as possible, then it apparently makes sense to use the SatFinder program with its convenient and bright sight, accurate satellite fixation and automatic creation screenshot. If this program had the same type of satellite arc as Dish Pointer, then nothing more would be needed.
But, I would like to note that all these applications help to tune not to the satellite itself, but to a certain value calculated, based on the coordinates of the position of the tuning location received from the GPS receiver, and the satellite position data included in the program. That is, to some mathematical model, to the result of calculations displayed on the screen. And tuning using a receiver or satellite satellite finder is performed directly according to the physical position of the desired satellite, specifically according to its signal. Accordingly, all these programs, although they are only an auxiliary tool, can still sometimes be very useful, especially when assessing the possibility of tuning an antenna in difficult conditions.
Satellite Finder: Antenna Pointer 2019 is an antenna tuning tool that helps you tune your satellite dish antenna. Satellite finder provides LNB tilt and determines azimuthal altitude based on your location, refers to GPS and will select satellite signals. This accurate satellite finder app will display both digital and graphical data on a map that will help you accurately locate the satellite. This free application to find satellite TV is used to set up the antenna pointer which correctly determines the azimuth of the satellite to help you in finding the exact satellite TV or antenna and it will help you to set up any time satellite television on any satellite in your range.
Features of the latest satellite search app:
> Get accurate directions with this free Android app
> You will see your location and direction indicator on Google maps
> it's quick and easy; you just need to enable your location
> install the required azimuth and altitude calculator with your antenna
> select the satellite you are pointing at to point your antenna
> Search around the world: satellite tracking, realistic view of satellite objects around the Earth using real-time satellite data.
If you are a professional dish installer, you need to specify the Sat Tracker app. Download satellite tracker for free and find satellites in the sky with a small utility that allows users to find satellites with a lot of information for correct settings satellite dish.
Download the Satellite Director app for free:
This free satellite pointer guides you with this best free satellite dish app. There are many satellites available in this world, but you have found the right dish antenna to circle around you, so install this free app and tune your required satellite using this satellite finder app. Gyrocompass Sensor: Your phone must have a compass sensor to determine your best direction and best application for orientation using this satellite locator and alignment of satellite dishes. Satellite finder gives you the most accurate calculation of azimuth, altitude, polarization, inclination and range. Sat finder shows the result both as numerical data and graphically on Google maps.
Azimuth and elevation calculator:
Azimuth of this Satellite finder app is the best to use and finds the satellite with the required azimuth with the best magnetic variations. You are dealing with azimuth violation but this Sat finder app will help you adjust it satellite equipment with fast design alignment and best polarization. is an application that will help you find satellites around you and set up your satellite dish and antenna. The satellite finder will provide a list of all satellites and their viewing angles for your position. You can easily add a new satellite or change satellite using this satellite app.
how to use this app to find satellite dishes:
- enable GPS and internet
- Sat finder app will search the list of satellites, it can be filtered according to your geographical location.
- select a satellite from the list of satellites to configure the antenna.
- you will see your location and direction indicator on the Google map.
- Sat finder calculates all angles for your location and satellite.
- azimuthal angles are calculated taking into account the magnetic inclination.
- Sat finder calculates the tilt adjustment and exact position of each LNB.
- The front of your phone should show you the direction to the satellite.
- when the compass value is correct - the phone's azimuth value will turn green and your phone will vibrate to tell you that you have set the angle.
