TV channel 1+1 and all channels of the 1+1 media group change broadcast parameters from the satellite. Or more precisely, they change the satellite and switch from AMOS-2 4 W to satellite ASTRA 4A 4.8 E.

TV channels 1+1, Unian, PlusPlus, Kvartal TV And Curlers already available from satellite ASTRA 4A 4.8 E and broadcast in test mode until December 12 (extended until March 1), and after that on an ongoing basis. But on Amos 1+1 will be available until February 15, 2017. Later, the media group's broadcasting will completely switch to Astra (formerly Sirius).

New satellite parameters and frequencies for tuning the 1+1 (1plus1) TV channel and the entire media group

Broadcast parameters 1+1

Satellite ASTRA 4A 4.8 E

Frequency – 11766 H 27500 3/4

11766 MHz, horizontal polarization, symbol rate 27500 Mbit/s, FEC–3/4, DVB-S/QPSK

The change of satellite and broadcast frequency is associated with the end of the satellite’s service life AMOS-2.

Some TV channels have already migrated or are currently broadcasting from two satellites.

You can also look at the broadcast parameters of previously migrated TV channels.

The information was officially confirmed by the executive director of the media holding and the 1+1 TV channel is already broadcasting a video about the change in satellite broadcasting.

StarLightMedia is moving to another frequency.

Also important news for TV channel viewers STB, ICTV, Novy channel, M1, M2, QTV which in 2017, from March 1, switch to a new frequency from the Amos 2 satellite to Amos 3. And thus remain on Amos.

New TV channel broadcast parameters STB, ICTV, Novy channel, M1, M2, QTV

Amos-3, 4W

11175 H 30000; 3/4

Also, all TV channels inform about changes in broadcast parameters from the satellite and many are sent via the link telemaster com ua (telemaster com ua). Where text and video instructions are provided for reconfiguring channels yourself or searching for a specialist in your region or locality.

If setting up channels is a difficult task for you, then it is better to contact a specialist. This will be more reliable and of better quality.

A little over two years ago, the Sat-Integral company, in addition to new models of satellite receivers, introduced the world to the terrestrial DVB-T2 receiver Sat-Integral 5050 T2. Today, when the hype for over-the-air receivers has subsided and there is time to think about what to buy to receive over-the-air channels, we offer you our review of the new over-the-air receiver Sat-Integral 5052 T2.

Despite the fact that almost all the latest models of Sat-Integral satellite receivers operate on GUOXIN processors, the Sat-Integral 5052 T2 on-air receiver is built on a Sunplus 1509 processor.

Characteristics of Sat-Integral 5052 T2:
Metal case 148x98x36 mm
USB port: 2xUSB 2.0 (front and rear)
Support for WiFi adapters MT7601/RT5370
PVR and TimeShift function using external USB drives
Frequency range: 174-230 MHz (VHF) 470-862 MHz (UNF)
Signal level: -75~-20 dBm
Possibility of powering an active antenna (with short circuit protection)
Video decoder: MPEG-1, MPEG-2, MPEG-4, HD, H.264, DivX (free version)
Video resolution support: 1080p, 1080i, 720p, 576p and 576i
Image format

In the fall of 2018, the Sat-integral team pleased the satellite receiver market with two new products: the combined satellite-terrestrial receiver Sat-Integral S-1311 HD Combo and a new version of the popular receiver Sat-Integral S-1412 HD Rocket. Today, we will try to introduce you to the latter.

The Sat-Integral S-1412 HD Rocket receiver, despite its potential, belongs to the segment of budget receivers. Unlike its predecessor Sat-Integral S-1223 HD Rocket which ran on Ali3511, this model uses a GUOXIN GX6621 processor with support for the H.265/HEVC codec

Packaging box, the same familiar design of the receiver in the starry sky. The front panel of the receiver in operating condition is displayed. Unfortunately, there is no remote control or rear panel. H.265/HEVC codec logo next to the Full HD icon. A short list of technical characteristics and capabilities is on the sides of the packaging, available in Russian and English.

Sat-Integral USB 2.0 - LAN Ethernet adapter (RTL8152B)- ideal for working with receivers of the S-12X8/S12X7/S1225 HD line. Compared to a WiFi connection, a wired connection allows you to work at higher speeds and provides a stable connection to the Internet. This guarantees faster and more convenient work with the receiver's network applications.

Characteristics:
Type: USB – Ethernet (RJ45)
Interface: USB2.0
Chip: Realtek RTL8152B
Network speed: 10/100 Mbps
Cable length: 15cm
Size: 65x20x15 mm
Net weight: 18g
White color

After the appearance of the very successful Sat-Integral S-1225 HD Able model, which can rightfully be called a killer of SD receivers, many users wanted to see this functionality for little money, but in a metal case. The Sat-integral company took these wishes into account and released a new model, Sat-Integral S-1227 HD Heavy Metal. The receiver has similar functionality, but differs in the input tuner and processor revision, which in turn increased the cache. So the processor in this model comes with the letter “C” at the end GUOXIN GX6605C-Dolby and also operates at a clock frequency of 600 MHz. 64 megabytes of RAM and 4 megabytes of flash memory. Both models support Dolby Digital audio, but only the Sat-Integral S-1227 HD Heavy Metal model has an S/PDIF connector for connecting to a multi-channel audio receiver.

The packaging box is in the same colors as its predecessor, but, logically, is larger in size. On the front side the receiver is in operating mode, demonstrating the display and indication capabilities. Unfortunately, the remote control and back panel are not shown on the packaging box. Just below are the logos of the supported formats and capabilities of the receiver, including support for 3G modems and Wi-Fi adapters, which is logical, since this model does not have a LAN connector. On the sides there is a short description on

Along with new satellite receivers, Sat-integral has released the Sat-Integral 5050 T2 terrestrial DVB-T2 receiver with PVR capabilities. Considering that there is nothing special to expect from an over-the-air receiver, it is commonplace to receive 32 over-the-air channels in the national digital broadcasting network, the ability to record the desired programs and then watch them, and for a certain group of people, the opportunity to play video and audio content from a USB drive. The main needs of the market in Ukraine are a good picture and low retail cost.

Small packaging box. The front panel shows the front panel of the receiver with a working display. At the bottom there are icons of supported formats and receiver capabilities. For simplicity, the satellite antenna is crossed out and the terrestrial one is drawn. On one of the sides, ways to connect to the TV are drawn. This is an unusual practice, but for people who don't know much about it, it can help to visually determine the connectivity to, for example, their old TV. On the other side of the box is a list of technical characteristics of the Sat-Integral 5050 T2. Rear

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After we have decided on the antenna installation location and its approximate direction, the pre-assembled antenna is hung on the bracket. Afterwards, additional multifeeds and converters, cables and other structural elements are installed.

• IMPORTANT: To fine-tune the antenna, it must be moved vertically/horizontally. BUT you should tighten the fastenings just enough so that the antenna itself does not move or change its tilt, but you can still move the antenna in planes, albeit with force. To do this, the left/right screws are not fully tightened.

For example, the free lower left screw on the U-shaped adjustable element of the antenna (see photo) allows you to adjust the antenna according to verticals, and those on the clamp for fixing the antenna to the wall mount, usually there are two of them, - according to horizontal.

What is multifeed and how does it work?

Multifeed- this is a design that allows you to receive several satellites SIMULTANEOUSLY on one satellite dish due to the possibility of installing additional heads (converters). This allows you to save money on purchasing an additional satellite dish.

Multifeed law: angle of incidence = angle of reflection

An antenna is often called a mirror. And in the case of multifeed, the laws of optics and reflection apply (remember physics?) Specifically: The angle of incidence is equal to the angle of reflection. That is, if you adjust the antenna to the corresponding satellite so that it is in focus, then the signal from a neighboring satellite located at a different orbital position will be reflected not at the converter that is in focus, but at some other point. This whole thing works according to the same law!

This law is easy to understand:
If a neighboring satellite (Amos 4) in geostationary orbit is located to the right of the focus of the central converter (Sirius 4.8) of the satellite antenna, then the reflection of its signal (yellow arrow in the figure) from the dish mirror will be focused to the left of the place where the central converter is located in the focus of the antenna. (see pic)

If the satellite is higher, the signal will be focused lower. In general, the effect of a mirror.

Tuning an antenna to a satellite with installed multifeeds

Then you need to put 2 mutifeeds on the antenna nose mount, which already has an installed holder for the main converter (the converters are fixed in all holders). Next, everything needs to be tightened securely, but it is possible to rotate the converters in multifeeds in all directions and planes with some effort. The cable system is connected at the very end.

Setup: Steps in a painstaking process

Setting up equipment is quite a troublesome task and requires a lot of time. It all starts with screwing it to the center. F-connector converter with a piece of cable 2 meters long. The other end of this cable is fixed to the receiver.

The receiver itself connects to the television receiver. Be careful: the power (220 V) must be turned on only after connection. Another important point to remember: when you screw on the F-connector, make sure that the shielding film and the thinnest conductors on the cable braid do not short-circuit with the central core. Otherwise, everything may end in a breakdown of the receiver!

Setting up a satellite dish for the main Sirius 4.8E satellite

Turn on the TV and receiver. Go to MENU - INSTALLATION, then to SEARCH CHANNELS. On the left you will see a list of satellites from which reception will occur. Select the desired one, for example, Sirius 2/Ku 4.8E, if the central converter is configured for it, which was previously firmly fixed.

• LNBP- turning on the converter.
• LNBP Type- choose Universal (the type can be found in the documents for the converter).
• LNBP Freq- 10600/9750 (this data is also indicated in the instructions for the converters).
• 22Khz- select the AUTO item (this is the signal that switches the dial).
• DISEqC- leave NONE (if you connected the signal reception directly, without using DISEqC).

Then look for the corresponding button on the remote control: it will take you to the transponder submenu. This is where you will need to look for a satellite signal. TIP: mark in advance a couple of transponders from satellites with different polarizations and any channels (preferably free) that actually WORK (FTA). These are easy to find on the Internet on specialized sites.

• EXAMPLE: let's look at the option with transponder 11766H. It broadcasts at a frequency of 11,766 Mega Hertz (horizontal polarization). To make it more convenient to adjust the quality of the picture and signal, it is better to display all information in full screen mode. There is an INFO button for this. It will be convenient to navigate the quality using the microscale located below.

Don’t be alarmed if at first the “quality” of the signal is 0. The reason for this failure is quite understandable: at the very beginning we discussed options for directing the antenna and turned it in the right direction using the “scientific poke” method. And now the time has come to tune the antenna in all planes. Get ready immediately for a long and monotonous process that requires accuracy, attentiveness and self-control. Why? A couple of millimeters and the signal will be lost. It won’t even be a matter of its poor quality, but its complete absence!

Tuning the receiver antenna in planes

First you need to find one ideal vertical position. Then slowly and smoothly try to rotate the antenna horizontally. In this case, you need to constantly monitor the signal quality scale. As soon as the number moves from 0, it means you are acting correctly. In this way, you should bring the scale to at least 15. It is possible that all manipulations with horizontal movements will be unsuccessful. Then you will have to return to the vertical position and change it a little. And then start all over again: careful movements left and right until a signal appears, at least a small one. Your task is to achieve the highest quality of reception. Doing this, of course, is not easy, but without this, as they say, there is nowhere.

You can try to slightly rotate the converter in the holder (around the axis). There are even special marks on the case for this. You can also move it a little back and forth along the holder, while achieving maximum readings on the QUALITY scale.

The conclusion is this: to achieve better signal quality, you need to try ALL adjustment options. This is the only way the result will satisfy you completely.

• IMPORTANT: if you have double-checked everything a hundred times, tried to adjust the antenna, changed the receiver settings several times, but still haven’t found a signal, try replacing the converter. There is a possibility that it is simply broken.

Have you achieved the best possible reception quality? Congratulations! It seems like it's time to tighten the screws and enjoy a job well done?! Not everything is so rosy. Remember: the setup was carried out with a transponder broadcasting ONLY in horizontal polarization (mark “H” on the body). It is also necessary to configure the V-transponder, that is, with vertical polarization. Yes, and back into battle!

In each specific case, completely different actions can help. Somewhere, a slight rotation of the converter around its axis clockwise or counterclockwise leads to success. And some have to scan transponders in a manual search. A description of this process can be found in the documents for the purchased receiver. And then visually monitor the reception of certain channels and their correspondence to the desired satellite.

Let's tighten the nuts!

The long-awaited moment has arrived when signals in both polarizations produce the highest possible quality. Now you need to tighten the nuts very tightly and firmly. And here again difficulties can overtake you: by tightening the adjusting nut, you, without meaning to, slightly change the direction of the antenna. As a result, the signal quality again noticeably decreases! Therefore, this must be done extremely carefully, with great caution.

Position of converters on multifeeds

Before you start setting up converters on multifeeds, you need to know their angle of inclination to the horizon and understand how they will be located.

Satellites in the sky in geostationary orbit relative to the territory of Russia are located along an arc that runs closer to the south of the sky. To an observer it will look something like this:

Therefore, the location of the converters on the antenna should be inverted and mirrored. If the antenna is directed to the southern sector, then the neighboring converters will be located conditionally like this:

If the “dish” is tuned to a Western satellite, then the converters on the multifeed should be positioned like this:

And finally, if the satellite antenna is directed towards one of the eastern satellites, then the “heads” in the neighborhood should be positioned as follows:

Let's look at another important point that you should always remember. Since a satellite transmits a signal in most cases in horizontal or vertical polarization, for different satellites vertical polarization will not always be “vertical”, and, accordingly, horizontal polarization will not always be “horizontal”. Vertical and horizontal polarization will remain exclusively for the southern satellites, and for all others the polarization will be somewhat “tilted”, as shown in the figures. Therefore, both the central converter and the converter on the multifeed must be positioned at a certain angle relative to their axis. For this purpose, there are special division marks on the converters.

Calculation of the position of converters on multifeeds relative to the central head

The Rainbow TV: Installer Assistant program, which can be downloaded here, is intended for calculating the installation angles of a satellite dish. It also contains all the information for setting up the multifeed. To calculate the multifeed, you can use the corresponding tab in the program. Converters will need to be placed according to the design diagram presented on the tab as a result of the calculation.

Here is an example of a calculation using the program for our multifeeds with distances relative to the central converter:

Where Hor- distance from the core of the central converter to the center of the head on the multifeed a Ver- distance from the center of the main converter to the center of the head on the multifeed.

Setting up multifeed to satellite

So, the antenna itself and one of the converters are successfully configured. After this, you should turn off the receiver and twist the cable of the central converter to the converter from the multifeed. Then turn everything ON again.

A familiar menu will appear in front of you, only now you should select Hotbird 13E and another valid transponder. As in the case described above, it is necessary to systematically achieve excellent signal reception. However, here it is not the antenna itself that will have to be moved, but the converter on the multifeed. By the way, it is capable of moving in any plane: up/down; right left; back forward.

If you see that the signal is excellent, tighten the nuts. But don't forget to check the polarizations. Scan transponders and check any channel broadcasting without payment, purely visually. Everything is okay?

Multifeed for satellite Amos 4w

Turn off all equipment again and twist the cable, as before, to the last converter. Then the setup process is repeated with some changes: the Amos 4w satellite and its operating frequency are selected in the receiver menu.

Having configured the multifeed, connect all three converters with the disk using the supplied short cables, in accordance with the attached figure.

In the receiver settings, you need to set the port parameters in accordance (set the following numbers in the Diseqc 1,1 menu: Sirius 2/Ku 4.8E - 1, Hotbird 13E - 2, Amos 4w - 3) with connecting the cables to the disk.
Then, automatically search for channels by satellite. If not all channels are found as a result of the search, then you should switch to the manual search mode and search for them by entering the parameters of the missing transponders.

Is it worth covering the disks from rain or moisture?

Of course, the disk is also an electronic device and runs on electricity, and if water gets in, a short circuit cannot be avoided. You'll be lucky if it's the only one that burns. Just a bag of tape won't help, it will only make the situation worse.

But a plastic bottle with the top cut off is another matter, simple and reliable. You can get creative and find a bottle or box of a suitable shape and seal the cracks with silicone or sealant.

Modern disk drives are already sold with a plastic protective casing included.

The disek must be installed in such a way that water does not reach the connection points through the cable. Therefore, it must be raised above the level of converters.

ANTENNA tuned to 3 satellites INSTALLED SUCCESSFULLY!

Delivery and delivery terms:

Free shipping is a discount on a product based on the shipping amount.

Pickup in Kyiv

From the store at the address: Kiev, Ushinsky street 4, Sat-Master store (lower parking lot of the radio market).
Mon-Fri from 9:30 to 18:00, Sat-Sun from 9:30 to 16:00, after agreeing on the order with the manager. Payment: cash upon receipt.
Since the range of goods is very wide, we cannot place it all on the windows of our store. Therefore, we ask you to coordinate your visit in advance.

Courier in Kyiv

1) Delivery in Kyiv by courier- 70 UAH
(Orders received before 12.00 will be delivered on the day of order. Payment: cash, to a Privat Bank card, non-cash by prepayment)

2) Urgent delivery in Kyiv by courier- 110 UAH
(Delivery within 2 hours when paying by Privat Bank card)

3) To the Nova Poshta branch- from 35 UAH
(According to Nova Poshta tariffs. Payment: cash, to Privat Bank card, non-cash by prepayment)

Delivery throughout Ukraine

Delivery within Ukraine is carried out:

• Cash on delivery - you pay for the goods at a warehouse in your city upon receipt. Shipping by cash on delivery is carried out through Nova Poshta.
• Sending goods by UkrPoshta with prepayment to a Privat Bank card.
• Sending goods by prepayment to a Privat Bank card.
• Urgent delivery - the cost is negotiated with the manager additionally.
• Sending large-sized goods (Antennas, Satellite dishes, etc.) is negotiated with the manager additionally!
• Addressed delivery by cash on delivery by the Novaya Poshta company is carried out according to the tariffs of the Novaya Poshta company.

Installing a satellite dish and setting up a satellite dish for 3 satellites
Amos 4.0W
Astra 4A 4.8E
Hot Bird 13.0E

Installing one antenna and configuring it to receive channels from three satellites at the same time is the optimal solution, saving money and space.

Allows you to receive more than 100 Russian and Ukrainian free channels, as well as Italian, Polish and other channels.

To install an antenna on 3 satellites we need:

1 satellite dish
3 converters (heads)
2 side mounts for converters (multifeds)
1 diseqc switch
1 satellite receiver

as well as wire, f-connectors, tools...

Diagram of the location of the converters (heads).

As you can see, the central head of the antenna is aimed at the Astra 4A satellite (formerly Sirius); it is attached directly to the antenna.

Assembling the antenna, connecting the cable to the converter and switch.

THE CABLE MUST BE CONNECTED WITH THE RECEIVER TURNED OFF.
A short circuit in the cable may damage the receiver.

We attach two heads using multifeeds in an approximate position (as in the picture).

We attach the head that will receive Amos to the left of the center head(when viewed from the back of the antenna) at approximately 7 cm and slightly higher, then on the right is the head that will accept the Hot Bird it will be about 3 centimeters from the central head and slightly lower.

Diseqc switch.

We connect the cables from the heads to the diseqc switch. We write down which switch port (the ports are numbered) each satellite corresponds to. For example, we will connect a converter that receives a signal from the Amos satellite to the first port, Sirius to the third, Hot Bird to the fourth.

amos 1/4
sirius 3/4
hot bird 4/4

Receiver setup.

Now we need to configure the receiver according to our configuration. Since we could use a different number of heads and switches in the receiver settings, this data was not preset. We need to indicate that we are using one switch with four inputs; more precisely, we need to indicate to which switch inputs the heads are connected.

We go to the menu - press “MENU” on the remote control. Depending on the receiver model, there may be minor differences in the menu structure. We recommend using an already configured satellite receiver. Go to "MENU" - "INSTALLATION", select satellites one by one and set the parameter "DiSEqC

amos 1/4

sirius 3/4

hot bird 4/4

Signal search and antenna direction.

We configure the central head for the Astra 4A satellite.

When the antenna is installed, the cables are connected, the receiver is turned on - we turn the antenna and find satellite signals.
To make our task easier, we need to determine in advance the elevation angle of the satellite dish and the rotation angle.

On the website http://www.dishpointer.com/ you can find out the direction of the antenna and your geographic coordinates. You just need to enter the country, city, street, house and select the satellite of interest. Select 4.8E SIRIUS 4. We see the direction on the map, under the map you can find the coordinates of the area and the antenna elevation angle.

So first we need to set up the antenna for the satellite Astra 4A (formerly Sirius) - center head.
In the receiver menu, go to the Astra satellite or turn on one of the channels on the Astra satellite, for example “Rada” or “2+2”.

You should see two scales: the first shows the signal level, and the second its quality.

Antennas are adjusted on the lower “quality” scale. We slowly turn the antenna from right to left; if the signal cannot be found, we change the angle of inclination of the antenna a little and repeat the turns again. The signal level should be about 70. We secure the antenna tightly. Half the work is done!

We repeat the operation with the left head (Amos). We configure, for example, the “1+1” or “New Channel” channel. Now we are unable to move the antenna; we change the position of the head using multifeed mounts. We strive to ensure that the signal quality is greater than 70.

At the final stage, we set up the Hot Bird (right head). You can tune to the channels “1TVRUS”, “RTR”... The signal quality on this satellite can be adjusted to more than 70. When the adjustment with the mount has brought the maximum result, we rotate the converter around its axis and achieve the maximum signal from this satellite.

If you have any questions, write on the forum in the topic: Setting up an antenna for 3 Amos Astra HotBird satellites

We will be happy to try to help you.