4g modems for Internet in a private home. Internet at the dacha - which option to choose. Satellite Internet for a summer residence

	A kit for providing Internet access in separate small rooms of the building. Consists of a portable 3G 4G LTE router, external or internal antenna, cable assemblies and antenna pigtails. The gain of the receiving antennas is 13-26 dB, the cable length is up to 15 meters. Autonomous - capable of working for several hours without mains power.	The most functional kit for connecting 4G 3G WiFi Internet in a country house, in a private home, in an office, in a warehouse, etc. - consists of a full-fledged router (you can choose from 5 models), antennas with a gain from 13 dBi (standard) to 20 dBi (optional), which can be placed inside or outside the building and two cable assemblies with lengths from 5 m (standard) to 15 meters (optional). Works with any SIM, easy to install and use.
Kit for connecting 4G and 3G Internet in country houses, offices, warehouses and retail premises. Can be equipped with antennas from 13 to 26 dB and different cable lengths. The kit includes a WiFi router + USB modem, antenna pigtails and an antenna. If desired, the router can be replaced with a more powerful one.	Budget kit for self-connection to high-speed Internet access via LTE 4G + 3G networks. Easy to install and configure, works with any (U) SIM card from MTS, MegaFon, Beeline. Can be used at home, in the country, in a cottage, in warehouses and retail outlets, etc. Easy to install and configure.	A kit for connecting to the Internet using the latest generation LTE networks. Supports SIM cards of all 4G and 3G telecom operators, equipped with 2 omnidirectional antennas with 3m cables. LTE MIMO technology. Depending on the modification, it works from the cigarette lighter with the ignition on or autonomously.
Budget kit for connecting high-speed Internet access in a car. Operates at frequencies of 900 and 2100 MHz. Automatically turns on when ignition. Easy to install and use. Simultaneous access for 5 devices. WiFi coverage - up to 10 meters.	Kit for self-connection of ultra-high-speed (up to 21 Mbit/sec) Internet access. Easy to install and configure, does not require special skills. Huawei B681 and antennas from 16 dB to 28 dB. Can be equipped with both panel and Yagi antennas. Works with SIM card of any 3G operator. Can be used as a standalone Internet access for online cash registers.	A kit that allows you to provide Internet access in a car using a high-speed 3G WiFi router and an external circular antenna. Works with any operator's SIM card. Data transfer speed - up to 42 Mbit/sec.
A kit for self-connection of Internet access in office and retail premises where it is not possible to use an external antenna. Easy to install, provides reliable reception and high data transfer speed. Works with all 3G operators. Can be used as a standalone Internet connection for online cash registers.	The most budget-friendly kit for self-connection to the Internet at the dacha includes a 3G modem (speed from 14 to 28 Mbit/s depending on the model), an amplified external antenna from 14 (standard) to 28 dBi (optional), a cable from 5 m (standard) up to 15m (optional) and antenna adapter. Easy to install, configure and use. Not tied to an operator, works with any SIM card.	A kit for self-connection to the Internet at the dacha via wireless high-speed networks 3G (UMTS) and 4G (LTE). Includes a powerful amplifier, an external fixed directional antenna from 14 to 28 dBi (optional), an antenna cable of 10-15 meters and an internal antenna. Able to work in places where there is a complete lack of signal up to 25 km from the operator’s base station. Can cover up to 500 m2 (depends on internal antenna)
Universal 3G + GSM kit for amplification of voice communication at a frequency of 900 MHz (GSM), voice transmission at 2100 MHz (smartphones) and data transmission (Internet) at a frequency of 2100 MHz (3G). The kit includes a dual-standard repeater, external and internal antennas and cable connection assemblies. Gain - up to 50 dBi. Coverage - 100-300 m2. The external and internal antennas can be changed to be more powerful or more suitable for use in a particular location.	A budget full-fledged kit for enhancing GSM-900 voice (telephone) communications and 3G Internet (UMTS-900) in small rooms (up to 200 m2). It consists of a repeater (cellular communication amplifier) and two antennas: external amplified up to 14 dBi (optional) with a 10m cable and internal up to 9 dBi (optional). One of the cheapest ways to strengthen your telephone connection yourself. Easy to install and configure, does not require special skills.	A complete kit for amplifying cellular (voice telephone) communications in the GSM-900 standard, includes a 900 MHz amplifier and two antennas: external directional up to 14 dBi (optional) and internal 5-7 dBi (optional). The kit is easy to install and does not require special care or constant monitoring. Coverage - up to 500 sq.m. External and internal antennas can be changed to be more powerful or more convenient for use.
The kit for amplifying the frequencies 1800 MHz (voice and LTE) and 2100 MHz (voice on smartphones and UMTS) is primarily suitable for those who want to amplify the so-called. Internet frequencies: designed to boost the most common 3G frequency and the second most used 4G frequency, while also “lifting” voice telephony at 1800 MHz (GSM/DCS). Can be used up to 15-20 km depending on the external antenna and the geography of the area.	Kit for self-connection and strengthening of telephone communication for UMTS-900/GSM-900 + DCS-1800/LTE-1800 frequencies. Suitable for amplifying voice telephony and data transmission. Easy to install, provides reliable reception and high data transfer speed. External antenna from 9 to 28 dBi (optional). They operate up to 15 km from the operator’s BS (depending on the external antenna) with all operators in supported frequencies.	The 2G GSM 900 (phone), 3G UMTS 2100 (Internet) and 4G LTE/DCS 1800 (phone/Internet) MHz cellular signal booster kit includes a three-standard repeater (communication amplifier), an internal 9-20 dBi antenna (optional) and an external antenna 5-15 dBi (optional). Easy to install and use, capable of operating up to 15 km from the operator’s base station and covering up to 1000 m2.
A complete kit for amplifying voice (telephone) communications in the GSM-1800 standard and the Internet in the LTE-1800 (4G) standard, includes an amplifier and two antennas: external directional up to 20 dBi (optional) and internal circular up to 6 dBi or panel up to 11 dBi (optional). The kit is easy to install and does not require special care or constant monitoring. Coverage - up to 250 sq.m. External and internal antennas can be changed to be more powerful or more convenient for use.	4G LTE signal booster kit. It consists of a communication amplifier 2500-2700 MHz and two antennas - an external receiving antenna from 14 to 28 dBi (optional) and an internal (distributing) antenna from 5 to 15 dB. Easy to install and use. Works on all LTE 2600 MHz networks. Can be used at a distance of up to 20-25 km from the operator’s base station, amplified signal coverage is up to 500 m2.	A complete kit for strengthening the 3G mobile Internet signal (UMTS-2100). Includes a 2100 MHz signal amplifier (repeater), an external directional antenna from 16 to 28 dB (optional), a low-loss RG8x cable assembly and a distribution circular antenna from 5 to 12 dB (optional). Antennas are selected according to the place of use and coverage area. Strengthens voice communication on smartphones. The coverage area of the distribution antenna is from 150 to 500 sq.m. Does not require special skills in installation and connection.
A kit for increasing the coverage radius of a GSM or 3G signal in premises - allows you to distribute the outgoing amplified signal across 2 or 3 different rooms and/or levels (floors). Suitable for all communication repeaters (amplifiers) 900 / 1800 / 2100 / 2600 MHz. The price is for a set of splitter + 2 circular antennas.	A kit for connecting high-speed Internet access with your own hands in an area of uncertain or poor reception. There are no cable losses. Suitable for those who are located no more than 3-4 km from the operator’s base station. WiFi coverage - within a radius of 20 meters, number of WiFi users - up to 32, LAN port. Not available	Kit for self-connection of Internet access in a car: consists of a 3G HSPA+ WiFi router, an omnidirectional antenna on a magnetic base of 9 dB and an antenna adapter for connecting the antenna to the router. Data transfer speed - up to 42 Mbit/sec. Not available
A kit for independently connecting a country house or any other premises located in an area of uncertain or poor signal reception to the YOTA LTE 4G network. The kit includes a panel antenna with a maximum gain of 18 dBi and a YOTA Ready WiFi router with optimal settings and network coverage. Not available

As summer approaches, we are all thinking about the summer cottage. And if our grandparents think more about seedlings and beds, then children, and recently parents, think more about the signs of civilization in their plots. Once these were the shower and toilet in the house, now Internet access comes first. We are all accustomed to the fact that our computer, laptop or tablet has the Internet, and we are very upset when it is not there. But many people don’t want to pay 15 to 20 thousand to an uncle who will come and make sure that the Internet appears at the dacha, especially since many of us assume that we can do it ourselves.

Ready-made kits for a private home from Huawei, ZTE and other manufacturers are designed to make life easier for the buyer when purchasing several different devices compatible with each other: routers, modems, antenna adapters and antennas: we ourselves have selected the optimal kits that can satisfy the vast majority of our customers. The kits are easy to install and use, have detailed instructions and are complete kits for independently connecting to Internet access via 3G or 4G LTE networks. As practice (and call statistics) have shown, 9 out of 10 people are able to handle the installation and connection of these kits themselves, which saves them from 5,000 to 10,000 rubles, which installers charge for visiting a dacha, cottage, town house or office of the customer, to "host" the Internet.

Connecting the Internet at a dacha (in a private house, cottage, etc.) in the Moscow, Leningrad, Kaluga and other regions seems to many to be very difficult: many people, having bought USB modems and tried to connect to the network, thought what to connect wireless Internet without the help of specialists is impossible: the reception is poor, the house is in the forest, there is no speed... Many people imagine connecting to the Internet at the dacha as a visit from a team of specialists, which includes a measurer, an installer, an engineer and God knows who else. In fact, one (maximum two) person(s) will come to you, who within an hour will install a 3G or 4G antenna for you and connect it to a WiFi router - that’s all, that’s the whole installation! So, if you need the Internet, then installing it at your dacha is not so difficult.

Many people ask questions:
1) What is the best and cheapest Internet for a dacha (private home) in the Moscow region: MTS, Beeline, Megafon? But there are also YOTA, Tele2, Rostelecom and other local operators... What is better in the Moscow region?
2) How fast or high-speed is mobile Internet at a dacha (in a private house) in the Moscow region and other areas? What is the fastest Internet at a dacha in the Moscow region?
3) What is the price of the Internet at the dacha (in a private house)? Is there unlimited Internet for a dacha (private home)? How much does it cost to connect to the Internet in the Moscow, Tula, Leningrad, Rostov, Nizhny Novgorod, Voronezh, Volgograd, Chelyabinsk, Sverdlovsk, Kaluga, Belgorod, Samara, Amur, Ryazan, Tver, Kursk, Saratov, Irkutsk, Chelyabinsk, Kemerovo, Vladimir, Kaliningrad regions, and also in Krasnodar, Krasnoyarsk, Stavropol, Altai, Perm, Primorsky territories?
4) Which Internet for a dacha (private house) in the Moscow region should I choose (buy): 3G or 4G? Is there Internet from YOTA at the dacha?
5) How to organize the Internet at the dacha (in a private house): using a modem or router? Is it possible to install wired Internet at a dacha in the Moscow region? Is it possible to connect home Internet, for example, from Rostelecom at a dacha in the Moscow region or Leningrad region?
6) Will there be WiFi in a private house and on the property? Will there be Internet in a laptop, tablet, smartphone at the dacha?
7) Will there be a need to boost the 3G or 4G signal in the area? How to strengthen the Internet at the dacha (in a private house)? Will you need a 3G signal repeater (amplifier) at your dacha (in a private house)?

We hear these questions every day and we will try to answer briefly; our operators will explain everything to you in more detail:
1) Our kits work with any SIM card: don’t be too lazy to buy 2-3 SIM cards from different operators and try them in your country (private) house - one of them will most likely show you good speed.
2) Mobile Internet speed can reach 50 Mbit/sec, but on average in the region it is 6-7 Mbit/sec if you are close to the operator tower, and 2-3 if the operator tower is several kilometers away.
3) It happens, but usually wireless Internet (as opposed to “wired” Internet) is limited, but the limits, depending on the subscription fee, may be enough to watch movies online. Operators often hold summer promotions for summer residents and provide truly unlimited wireless Internet for the spring-summer period (For example, from May to September) - such precedents were observed in the mobile Internet from operators both in the Moscow region and in the Leningrad region.
4) 4G, of course, is faster than 3G, but 3G can also “give out” up to 20 Mbit/s, whereas with very good reception, data transmission in LTE can show a very low speed - the “operator tower” can be crowded with people wanting to connect to the 4G Internet . Therefore, you need to buy several SIM cards from 3G and 4G operators and try it!
5) It’s easier to make the Internet at your dacha (in a private house) using an antenna and a router (see our kits). The router will create a WiFi network for you - and the Internet in the Moscow region will become more convenient and enjoyable. Installing wired Internet in a dacha is not always possible (in less than 30% of cases), and the price, as a rule, is steep, because is related to the number of connected users. By the way, Rostelecom in the Moscow region often “installs” the Internet at the dacha using wireless modems and routers, with the only exception that its range does not include antennas and repeaters.
6) WiFi will be available. In the house, for sure, if there is not enough for the entire plot, then you can use an additional (daughter) WiFi router (a little +1000-1500 rubles), so that you can have a laptop, a smartphone, a tablet, and also (if the owner wishes) All devices of guests at the dacha will be connected to high-speed Internet access.
7) In 9 cases out of 10, no repeater is needed - an antenna that works at a distance of up to 5 km from the operator’s base station helps, but if you are very far from the base station, then we have GSM (voice) and 3G amplification kits, and LTE repeaters will appear soon.

Satellite Internet vs 3G 4G LTE Internet - several arguments
1) Cost of equipment. Our 3G kit costs at least 4 times less, and a 4G LTE kit with a powerful antenna costs 2 times less than a kit for satellite Internet: on average, kits cost 25,000 rubles, some satellite internet kits go up to 50 thousand rubles. (10 times more expensive than a 3G kit).
2) Tariffs. The cost of traffic in 3G and LTE 4G networks is almost 3 times cheaper than via satellite: if in MTS, Megafon, Beeline, Tele2 1 GB costs approximately 100 rubles, then when using satellite Internet you will already pay 300 rubles! If we compare unlimited tariffs, then unlimited Internet Tricolor will cost you 3,000 rubles, while unlimited Internet 4G from WiFire - 800 rubles / month, and from YOTA - 1,400 rubles / month (if paid annually - 750 rubles ./month), do not also forget about the so-called. “corporate” tariffs: on average - 1000 rubles/month for unlimited traffic and speed.
3) Data transfer rate- the average for Russia is the same, and in large cities, close to them (up to 5 km), in the Moscow region, etc. in the 4G LTE coverage area - more! According to statistics, the average 3G data transfer speed in the Moscow region is 10-12 Mbit/s at the input and 5-6 Mbit/s at the output, LTE 4G - up to 20-25 Mbit/s at reasonable satellite Internet tariffs, approximately the same speed is provided.
4) Setting up and installing equipment. Have you ever installed and configured a satellite dish yourself? No?! Then ask those who have done this at least once in their lives! According to statistics, every second buyer, after trying to install a satellite dish, calls installers, because... cannot cope on its own, and installation, installation and configuration services are usually equal to the cost of the equipment, i.e. another plus 5-10 thousand rubles. minimum!
Our 3G and LTE 4G kits do not require special skills and abilities: you just need to fix the antenna as high as possible (usually under the ridge of the roof or at the highest point of the wall of the house) and point it at the operator’s base station (BS) or, as it is also called, “tower” - information about the location of the BS can be obtained on the operator’s website, focusing on the official coverage map: BS are located in the center of the coverage circles, you can also find out from local residents, using special programs and applications. We have had several dozen cases where the buyer returned the equipment without completing the installation, out of several thousand sets sold over 5 years of work!
5) 3G coverage LTE 4G in Moscow - 99%, in the Moscow region - up to 90% (when using suitable antennas), i.e. 9 out of 10 people do not need satellite Internet. In most cases, one of the four operators has LTE 4G coverage in your area? as a last resort - 3G. As for the mobile Internet coverage of the entire territory of Russia, it is less, even in the Krasnodar Territory, the third most populous region (after Moscow and Moscow Region), the coverage is much worse, but again: in 8 cases out of 10 this is corrected by selecting antennas that are suitable for amplification .
6) Versatility. Our 3G and LTE 4G Internet kits can work with any telecom operator 900/2100 MHz and 800/1800/2600 in Russia - the router is not encrypted and recognizes any SIM card, but you must understand that simultaneous amplification of all frequencies at large distances from towers are impossible, and not necessary: in Russia there are regions with a very large spread of frequencies (800-2700 MHz), but there are not many of them, usually operators work on the same high or low frequencies. You can use SIM cards from MTS, Megafon, Beeline, Tele2 (Rostelecom) in those regions where companies provide data services, but satellite operators have encrypted equipment, and when connecting to one of them, you will not be able to switch to another, not by replacing (i.e. not purchasing again) the equipment or part of it (receiver).
Total average costs for 3G LTE 4G Internet with powerful antennas: 8000 rub. (on average per set: 3G - from 2800 rubles, LTE 4G - from 5900 rubles) + 4*700 (four months at the dacha, 10-20 GB per month, depending on the operator and the number of subscribers, we don’t specifically count unlimited tariffs) = 10,800 rub.
Total costs for satellite Internet: 15,000 rub. (the cheapest set we found) + 4*1,200 rub. (four months of 3-15 GB per month, unlimited tariff - from 3000 rubles/month) = 19.800 rub. - that's almost 2 times more! Plus, every year you will spend 1.5-3 times more!
Moreover, every second of you will also pay 5,000-10,000 rubles. for installation, i.e. not 19,800, but about 25,000-30,000 rubles!
If you are ready to spend 25,000 rubles, then maybe it’s better to spend 5,000 rubles first. and try it yourself?! ;)
Don't believe us? Call and find out the cost of equipment suitable for your location of use (selected according to coverage and frequency ranges in your region) and delivery, and then compare with the cost of satellite Internet kits and tariffs! If you don’t give 25,000 right away, we will be VERY surprised!

In many regions of Russia, cellular operators provide their subscribers with truly unlimited mobile Internet: in the case of Moscow and the Moscow region, this is wireless Internet access from YOTA over fourth-generation LTE 4G networks. We must also pay tribute to the MTS company, which provided unlimited access to the Moscow region for only 600 rubles. (in Moscow, this tariff was limited to 6 GB of traffic), thus attracting summer residents to use the services of their network. More often, mobile Internet is limited by traffic, prices are all approximately the same: 1 GB = 90-110 rubles, but operators offer various special offers and services to attract potential subscribers: for example, Beeline has prices for wireless Internet access in a home network (on dacha) and roaming (at my grandmother’s in the Leningrad region) do not change: by connecting in Moscow, you can use your traffic throughout the Russian Federation, and if you want a large amount of traffic, then Beeline has 60 GB per month (already comparable to unlimited Internet) cost only 2500 rubles, i.e. 1 GB will cost you only a little over 40 rubles, although from Megafon you can buy 1 GB of Internet for your dacha even cheaper (for a little over 30 rubles) when you buy 40 GB per month, but half of this traffic must be used at night.
Once again, please note that our 3G kits work with SIM cards of all 3G operators in Russia: Megafon, MTS, Beeline, Rostelecom, Tele2, etc., and 4G kits work with (U)SIM cards of all LTE operators in Russia : YOTA, Megafon, MTS, Beeline in all regions, territories and republics of our country: in Moscow and the Moscow region (Shchelkovo, Dzerzhinsky, Dzerzhinsk, Krasnoarmeysk, Voskresensk, Ozery, Yubileiny, Zhukovsky, Troitsk, Fedoskino, Danilkovo, Zhilevo, Zheleznodorozhny, Pushkino, Ashukino, Leninsky, Solnechnogorsky, Klinsky, Chekhovsky, Dmitrovsky, Pushkinsky, Voskresensky districts), in Chelyabinsk and the Chelyabinsk region (Troitsk, Ozersk), in Tula and the Tula region (Uzlovoy, Donskoy, Yasnogorsk, Gremyachey, Kimovsk, Suvorov, Zaoksky , Chernsky districts), in St. Petersburg and the Leningrad region (Kirovsk, Sosnovy Bor, Otradny, Divenskaya, Pokrovskaya, Lomonosovsky, Vsevolzhsky districts), in Rostov-on-Don and the Rostov region (Shakhty, Donetsk, Olginskaya), in Blagoveshchensk and Amur region (Belogorsk, Svobodny), in Nizhny Novgorod, Dzerzhinsk and Nizhny Novgorod region (Bor, Bogorodsk, Volodarsk, Zavolzhye), in Yekaterinburg and Sverdlovsk region (Berezovsky, Artemovsky, Zarechny), in Belgorod and Belgorod region (Alekseevka, Stroitel, Zelenaya Polyana, Borisovka, Valuyki, Gubkin), in Voronezh and the Voronezh region (Pavlovsk, Kalache, Novaya Usman, Davydovka, Kantemirovka, Bobrov, Anna), in Smolensk and the Smolensk region (Safonovo), in Omsk and the Omsk region, in Irkutsk and Irkutsk region (Khomutovo), in Samara and the Samara region (Otradny, Yagodny, Krasny Yar, Timofeevka, Smyshlyaevka), in Tver and the Tver region (Gorodnya, Redkino, Kalininsky, Lesnoy districts), in Volgograd and the Volgograd region (Mikhailovka, Krasnoslobodsk, Gorodishche , Kletsky district), in Kaluga and Kaluga region (Kirov, Ermolino, Barsuki, Borovsk, Tarutino, Zhukov, Vorotynsk, Zhukovsky, Borovsky, Maloyaroslavets districts), in Kursk and Kursk region, in Ryazan and Ryazan region (Gridino, Ryazan region) , in Saratov and the Saratov region (Petrovsk, Uchebny), in Kemerovo, Kemerovo regions (Belovo, Berezovsky), in Penza and Penza region (Kuznetsk, Zarechny), in Yaroslavl and the Yaroslavl region, in Tambov and Tambov regions (Kotovsk, Uvarovo), in Lipetsk and Lipetsk region (Aksai), in Kirov and Kirov region, in Bryansk and Bryansk regions (Zhukovka, Ardon, Uneche, Karachevo, Starodube, Navle), in Vladimir and the Vladimir region (Alexandrov, Alexandrovsky district), in Murmansk and the Murmansk region (Kirovsk), in Ivanovo and Ivanovo region (Rodniki, Talitsy), in Orenburg and the Orenburg region, in Orel and the Oryol region (Livny), in Kaliningrad and the Kaliningrad region, in Pskov and the Pskov region (Ostrov), in Ulyanovsk and the Ulyanovsk region, in Kurgan and the Kurgan region, in Veliky Novgorod and the Novgorod region ( Antsiferovo), in Astrakhan and the Astrakhan region, in Kostroma and the Kostroma region, in Magadan and the Magadan region, in Novosibirsk and the Novosibirsk region (Kuibyshev), in Yuzhno-Sakhalinsk and the Sakhalin region, in Tomsk and the Tomsk region, in Tyumen and the Tyumen region, in Vologda and the Vologda region, in Arkhangelsk and the Arkhangelsk region (Mirny), in Chita and the Trans-Baikal Territory, in Krasnodar and the Krasndar Territory, in Stavropol and the Stavropol Territory, in Barnaul and the Altai Territory, in Vladivostok and the Primorsky Territory, in Krasnoyarsk, Zelenogorsk, Zheleznogorsk and the Krasnoyarsk Territory, in Perm and the Perm Territory, in Khabarovsk and the Khabarovsk Territory, in Maikop and the Republic of Adygea, in Ufa and the Republic of Bashkortostan, in Ulan-Ude and the Republic of Buryatia, in Makhachkala and the Republic of Dagestan, in Magas, Nazran and the republic and the republic Ingushetia, in Nalchik and the Republic of Kabardino-Balkaria, in Elista and the Republic of Kalmykia, in Cherkessk and the Republic of Karachay-Cherkessia, in Petrozavodsk and the Republic of Karelia, in Syktyvkar and the Komi Republic, in Yoshkar-Ola and the Mari El Republic, in Saransk and the Republic of Mordovia , in Yakutsk and the Republic of Sakha (Yakutia), in Vladikavkaz and the Republic of North Ossetia-Alania, in Kazan and the Republic of Tatarstan, in Kyzyl and the Republic of Tyva, in Izhevsk and the Republic of Udmurtia, in Abakan and the Republic of Khakassia, in Grozny and the Republic of Chechnya, in Cheboksary and the Republic of Chuvashia, in Sevastopol, Simferopol and the Republic of Crimea, in Gorno-Altaisk and the Altai Republic - naturally, where there are 3G and 4G LTE cellular data networks, and where there are not, our kits are capable of operating in the 2G standard ( GPRS/EDGE).

So what does a standard Internet kit for a private home look like? In fact, there are no “standard” or universal kits, because... The antenna is selected according to the operating frequency of the base station (BS) or the nearest operator or several BS operators and its (their) distance from the place of use, but most often it consists of an antenna, cable and router. It is often not possible to install wired Internet in a private home (cottage) due to the distance from large populated areas or is unprofitable at the connection stage (high cost) or use (expensive tariffs). Connecting the Internet in the private sector using wireless technologies is not difficult: an external antenna is installed under a ridge or on the wall of the house, the cable is run into the house and connected to a router or modem. In our kits, everything is already prepared for those who do not know how (or do not want) to crimp / solder a cable, select devices based on parameters and compatibility, search for information and learn how to configure antennas: the cable assemblies are already soldered and crimped - they just need to be screwed onto one sides to the antenna, and on the other - to the device, adapters / adapters (if required) are selected for the devices, we ourselves select the router and antenna based on distance from the BS and operating frequencies, and detailed instructions for the antennas help to correctly mount and configure the antenna. When we just started selling kits for self-installation (and we were the first to do this, after which many online stores repeated it after us), we thought that we would be faced with a lot of calls asking for help setting up the antenna... But no! As it turned out, the vast majority of people (90-95%) cope on their own, which means that:
1) we select the right kits for different places of use;
2) the instructions written by us are simple and clear;
3) almost anyone can handle the installation themselves.
Therefore, if you decide to connect the Internet in a village, SNT, KP or the private sector of a city/village, then you can do it yourself, saving from 5,000 rubles, which are charged by the so-called. "installers" for installing kits similar to ours (usually with cheaper components).

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Antenna adapters (pigtails) for connecting external amplified antennas to modems and mobile routers of the third (3G UMTS/HSPA) and fourth (4G LTE) generations, suitable for all USB modems and portable routers that have an antenna connector, may have connectors on the other side : FME-male, N-male, SMA-female.

Universal 4G LTE + 3G modem. It has antenna connectors and is small in size. Works with any SIM cards of all Russian and European telecom operators (YOTA, Megafon, MTS, Beeline, Rostelecom, Tele2, Altel, Motiv, Tattelecom / Letay, etc.). Supports speeds up to 100 Mbps. Ideal for use with laptops abroad.

The most powerful LTE 4G + 3G kit for installation in a country house, private house, village, etc. There are no losses on the antenna cable, the cable length is 10 meters. Antenna gain - 18 dB or 20 dB. WiFi coverage is up to 40 meters in diameter. Works with any SIM card of 4G LTE and 3G operators. Number of WiFi users - up to 32 + LAN connectors.

It is impossible to imagine a modern country cottage without an Internet connection. Like. recently, even summer residents of the Moscow region did not think about how to use the Internet at their dacha, but now you can already get confused in the abundance of technological proposals: fiber optics, satellites, mobile connections... Which Internet is better for a dacha, how to choose the best option so that it is “enough” for everyone How to carry it out, we talk about it in our material.

From this article you will learn:

What type of Internet connection is most convenient?
How to install Internet at your dacha?
What to look for when choosing a USB modem?
How to strengthen the wireless signal and get fast Internet at the dacha?
What is two-way satellite internet?

The modern Internet technology market offers the user many different ways to connect to the Internet. However, not all of them are applicable to summer cottages: or rather, the options differ greatly in price and set of advantages and disadvantages. Sometimes it may turn out that an expensive and promising solution is far from the most reliable. This is influenced by various factors: distance from the city, the presence of base stations nearby, landscape features (for example, in a lowland or near a forest, mobile Internet reception is worse) and even the time of year - in summer, foliage on the trees creates additional “noise” for the wireless signal. Therefore, when choosing a connection, you will have to take into account the maximum parameters. One thing is good: a suitable option can almost always be found. And it won’t be difficult to install it yourself.

Optical fiber

Perhaps the most reliable connection method is optical fiber. The signal travels through it literally at the speed of light. This explains the main advantages of fiber optic cable: it allows you to transmit large amounts of information over long distances without delay. The cable is reliably protected from interference and is not affected by electromagnetic radiation, which allows it to be installed, for example, together with high-voltage wires.

The main disadvantage of this technology is that it is not always found outside the city. Provider companies primarily prefer densely populated areas. The further the cable is run, the more expensive the connection becomes. For rural areas it can reach up to 20-30 thousand rubles just for conducting it. But sometimes even this does not stop summer residents from connecting to fiber optics. Here's what our reader wrote about the advantages of fiber optics BigK.

BigK FORUMHOUSE Member

The cost of connection is 15 thousand rubles, “subscriber” - 1000 per month. I thought about it and don’t regret it at all. I remember the ordeals in the summer, the lack of a normal signal, equipment breakdowns on the nearest tower... Everything was forgotten, as if in a nightmare... I brought the optics into the garage of the house, and brought twisted pair cables to the bathhouse. The main disadvantage is that the IP is gray, I had to do port forwarding and configure it a little.

Fiber optics require almost no additional equipment: the cable is suspended over the air or pulled underground. In the home it can be connected directly to a computer. If desired, you can route the line using twisted pair cables to different rooms. Another option is to make one or more Wi-Fi access points at home. The main thing here is to design in advance where and how the channels for laying the optical fiber will be located.

User FORUMHOUSE with nickname _JG_, engaged in the design and construction of communication lines, advises:

Polyethylene pipes are laid in (thick-walled from recycled materials, at least 63 in diameter), one end of which is located in the basement of the house, and the other is led out with a bend in the pipe to the nearest lighting pole/support with an outlet of at least 1.5 meters. Or the 2nd end is discharged into the village’s cable sewer well. When building houses, this pipe should be laid during the backfilling phase. In practice, people start thinking about this late, when a lot has already been done.

Instead of “fiber optics,” the cable may also contain copper—an example is the popular ADSL data transmission technology, in which the modem is connected to a telephone line. The data transfer speed over an ADSL channel is lower than through optical fiber, and the longer the cable is stretched, the lower it becomes. The quality of communication can be influenced by various factors - from thunderstorms (if the cable is pulled through the air) to the presence of nearby power lines (if in the ground). All this creates interference and can damage the equipment. By and large, ADSL technology is already reaching its end and is gradually becoming a thing of the past, giving way to more reliable and efficient solutions.

3G and 4G

Today, a wireless mobile connection is perhaps the most popular way among summer residents to provide a country house with stable and fast Internet. Its undoubted advantage is price and territorial accessibility. Even a weak cellular network signal can, if desired, be strengthened to an acceptable level, and this will cost several thousand rubles (provided that standard, average equipment is purchased, otherwise the price soars to a couple of tens of thousands). The downside is also obvious: network instability and frequent signal losses - it is greatly weakened or even blocked by various obstacles along the way: power lines, tall buildings and even trees with foliage. Also, the signal level decreases when the base station is overloaded. By the way, some members of our portal complained about this: in the summer or on weekends, when the number of summer residents in rural areas increased sharply, their data transmission speed dropped for a long time, until the network was cut off.

But, not counting fiber optics, 3G and 4G connections are an excellent way to get an unlimited tariff for fast Internet outside the city. Depending on the speed offered, its cost can reach up to one and a half thousand rubles per month, but 400-800 rubles are enough for normal operation. “Unlimited” is offered by all major cellular operators - Beeline, MTS, Tele2, Skylink (all have 3G), as well as Megafon, Yota (4G) and others.

The maximum data reception speed with 3G reaches 14.7 Mbit/s, and with 4G – up to 326.4 Mbit/s (although in reality it is usually several times less).

What is required to install a full-fledged Internet kit? The installation should begin with “reconnaissance” of the area. Make sure your locality is covered by a 3G or 4G signal. This can be done on the provider’s website or checked at the point of sale. If everything went well, then the next step is to purchase a USB modem through which you will connect to the network.

Typically, modems, along with a SIM card and special “mobile” Internet tariffs, are offered by the providers themselves, and such devices are configured only for SIM cards of “their” operator. But if you wish, you can easily “unlock” them and reflash them, making the devices universal. There are enough sites on the Internet that offer the necessary activation codes and programs. If you don’t want to do this, you can buy a modem separately in a specialized store or order it, again, from an online store. There are a large number of modems - some of them work only with 2G and 3G networks, others also cover 4G. The leader in the production of USB modems, primarily for 4G (specifically, its variety, the LTE standard) is the Korean company Huawei.

As is known, third and fourth generation mobile networks transmit signals in several frequency ranges. For 3G it is 900, 2100 or 1800 MHz, and for 4G it is 2600-2700 or 800 MHz. Therefore, when buying a modem, pay attention to what frequencies it operates with.

Otherwise, you may experience a repeat of the situation that one of the FORUMHOUSE readers encountered some time ago, who was providing Internet access to a dacha in the Moscow region.

Internet at the dacha in the Moscow region

Andrey -AA

GSM operators in the Moscow region and new Moscow in some places have a ban from the Ministry of Defense on the use of frequencies of 2100 MHz, and this is the main frequency for the 3G signal. Such restrictions exist almost throughout the new Moscow, and even much wider, in the Moscow region... There are different 3G standards, and modems are sold for “dummies” and are simply called “3G modem”, without specifying the standard and frequency. Which is what I initially ran into when I bought a Huawei E303 modem out of the blue. But it only works at frequencies 2100, which turned out to be prohibited for me.

Ideally, when you provide Internet for a dacha in the Moscow region, and in other regions, you should buy several different SIM cards and, connecting the modem to your laptop, travel with them around your village. This way you will understand which operator has the best signal and which base stations are closest to you. If you wish, you can install an MDMA (Mobile Data Monitoring Application) network analyzer program on your laptop - in the latest versions it also scans the 4G signal. For a smartphone (they have a built-in 3G modem), a similar program, NetMonitor or OpenSignal, is suitable.

As a result, such “intelligence” will give you an understanding of several important things. First of all, this is the location of the base stations of mobile operators, the frequency (MHz) and the strength of their signal (measured in decibels). Without this information, you are unlikely to be able to properly install an antenna to strengthen the network signal. Sometimes a regular USB modem itself provides good reception. But this only happens when you are in close proximity to the base station, and nothing interferes with the signal. In other cases, there is no way to do without “fine-tuning” the modem.

Internet at the dacha with your own hands: tohow to boost the signal

To increase signal strength you will need a standard set of equipment. The equipment for the Internet at the dacha is the same for both 3G and 4G: this is a modem for receiving the signal, a Wi-Fi router for its free wireless distribution inside the house, an antenna (as in the case of a modem, when purchasing, be sure to specify what frequency it is calculated), power supply or POE adapter and cables for connection and data transfer; adapters. It would seem like a simple circuit, but all this electronics can be mounted in different ways.

For example, a modem with a router (or a router separately) can be installed in a house or attic, regardless of the antenna. This allows you to protect them from temperature changes, and this makes it more convenient to organize power from an outlet. But in this case, both the modem and the router will be connected to the antenna using a coaxial cable. But it has limitations in length - no more than 12 meters (when using a thick 8D-FB cable), otherwise the signal will begin to attenuate and the Internet speed will drop. With a thinner cable, signal loss is even more noticeable, and a thick cable is not very convenient to install.

Readers of our portal consider the option in which all equipment is mounted immediately on the antenna, in a small box, to be more reliable. Both the modem and the Wi-Fi router are connected to the antenna using small pigtails. Our reader Vipych followed this scheme when installing an antenna for a 4G (LTE) signal.

Vipych

The best option is when there is no coaxial cable at all (only pigtails in the antenna), and the modem itself is installed in the antenna housing in a thermal casing and connected with pigtails to the vibrator’s printed circuit board. There are two pigtails, since the LTE antenna operates in the MIMO standard and has two carrier signals in different polarizations, which gives excellent propagation of the radio signal. This option eliminates cable losses and provides maximum gain. What comes out of the antenna is a regular USB cable 7-10 meters long or even a UTP cable 30-100 meters long (there should also be a router in the antenna), and all this is powered by the most common POE adapter.

At his dacha, user Vipych installed and successfully uses the HITE U-20 antenna with a Huawei E3372 universal modem and an ASUS RT-N10U router. This system works with a SIM card of any cellular operator in 4G and 3G networks at frequencies of 2100 MHz. Moreover, in LTE networks the modem is capable of simultaneously connecting to three operator base stations at once.

Vipych

This antenna with a real gain of 20 dB provides stable communication with a tower at a distance of 11 km above a continuous forest. And the nearest tower (2-3 km from me) is overloaded and is located on the opposite side.

Member of FORUMHOUSE under the nickname Semen233 offers its own version of the amplifying antenna:

Semen233

The most powerful method of amplification is a satellite dish, and the antenna as a converter, you can assemble everything yourself. As an antenna-feeder, make a regular biquadrate, a 75 Ohm cable, an adapter and a modem with a connector. It is possible without a connector, but you will need to make a special adapter (roughly speaking, wrap the end of the cable around the modem). I've been using it for 5 years now. To the tower with the Internet, more than 25 km, I didn’t catch 3G without an antenna, but with it it catches all the sticks.

Using various amplification schemes, you can get a decent Internet signal at a distance of up to 15-25 km from the base station.

If the “power” of one Wi-Fi router inside the house is not enough, then you can organize several Internet access points in the cottage. The scheme is the same - an additional router, a wire.

The higher you raise the antenna, the less “noise” there will be during signal transmission, which means better reception. It is important to point the antenna as accurately as possible towards the base station. By rotating it, you need to “catch” the direction with the best RSSI indicators (received signal power level).
There is no point in buying an antenna with a very high gain - 11-18 dB is quite enough.
Having caught the optimal direction and frequency of the network, remember it and set it as a priority in the modem settings (if allowed). Otherwise, it will then begin to “jump” across frequencies in search of a signal.
If you do use a coaxial cable to connect equipment, it should be as short as possible.

By the way, if you don’t want to tinker with amplifier antennas, and the Wi-Fi signal from the router is too weak in some areas of the house, some experts advise installing additional routers there in “repeater” mode. Reflecting the main signal, they amplify it and transmit it further to the recipient (in the manner of electrical substations). But this solution has disadvantages: routers configured for different modes may conflict with each other, and transmitting a signal “back and forth” slows it down and prevents it from working quickly. It is not recommended to install repeaters for 4G at all because of their high power, which can damage even the base station.

We do not consider wireless Internet using the “Wi-Fi bridge” type, as well as the 4G signal of the WiMAX standard and other types of cellular connections that have not yet received sufficient distribution in this article.

Satellite Internet for a summer residence

This connection option is suitable even for those who are located in areas inaccessible to the frequencies of cellular operators. Satellite signals cover a large (and some all) territory of the country. The main condition is that there are no obstacles in the path of the signal from the antenna, such as the roof of a house or the tops of trees.

There are two types of satellite Internet – one-way and two-way. The first of them is cheaper, but slower and more unreliable. Its era, which did not last long, is ending, as is the era of ADSL connections. The second option is more modern, but also more expensive: the cost of the kit including installation reaches 30-35 thousand rubles. If you wish, you can try to assemble the kit yourself - the main thing is not to make a mistake with the choice of devices. Tariffs in both cases are limited; when the limit is reached, the speed either drops sharply or you have to pay extra for additional gigabytes. In principle, unlimited VIP tariffs exist from two-way Internet providers, but their price is exorbitant - from 8 thousand rubles per month. The set of equipment for both types is similar - transceiver, antenna, modem and converter for converting satellite signals, cables, connectors. A Wi-Fi router is also useful for distributing the Internet around the house.

What is the difference between the two types of satellite connection?

One-way Internet was actively offered by satellite television operators several years ago. But their idea did not receive large-scale development. In this type of connection, the signal from the satellite goes only towards the subscriber. This is logical, since the bulk of home Internet traffic is always incoming data (video, pictures, sound). The outgoing signal (what is not downloaded, but sent to the network) is several times smaller. Therefore, it was supposed to be launched through a simpler and cheaper channel: wired or mobile. This is the main disadvantage of the one-way Internet. Due to the difficulty of signal recoding and the instability of cellular communications, the speed and quality of the signal left much to be desired. Such a network is sensitive to weather changes and electromagnetic radiation.

Two-way Internet is designed to eliminate these shortcomings - the satellite signal here goes in both directions. True, this leads to its disadvantages. The so-called ping, or the time it takes for a signal to “go away and return,” lasts longer here than in conventional networks: about 8-9 milliseconds. Due to high ping, the subscriber may experience problems in situations that require signal continuity (a video conversation on Skype or an online network game). This type of satellite Internet is less sensitive to atmospheric interference than its one-way “brother,” but thunderstorms and sticky snow will still degrade the transmission quality. The size of the tariff depends on the speed (on average, 6-8 Mb/s) and the volume of monthly traffic, but it is in the range of 1.2-5 thousand rubles. Two-way satellite Internet at the dacha is preferable in areas of weak satellite signal.

To summarize: if you have the opportunity, it is worth connecting fiber optics to your home. If this type of connection is not yet available for your region, you can connect to wireless 3G or 4G Internet with an amplifier. In areas where the cellular signal is too weak (or if you have extra money), two-way satellite Internet is ideal.

Have a nice connection!

On FORUMHOUSE, users discuss how. Watch a video about the city's experiences in obtaining information and sharing data. And if you decide to install a home installation yourself, check out the advice of those who have already done it.

NEW! The first series of LTE antennas that operates in two 4G frequency bands
Significantly boosts the LTE signal on both the 800 MHz and 2600 MHz frequencies.
If you don’t know what frequency your LTE operator operates on, then the DUO series antennas are your choice.

The DUO antenna amplifies the 4G signal in two frequency ranges: LTE800 and LTE2600. In both bands, the antenna uses dual-channel MIMO technology, which significantly increases the speed and stability of the connection. Works with all Russian 4G operators: Yota, Megafon, Beeline, MTS, Tele2, WiFiRE and others

In HiTE PRO DUO Ethernet 4G modem already built-in, all you have to do is insert a SIM card of any operator into a special waterproof connector. Also to the antenna built-in WiFI router, allowing you to use a regular Ethernet cable for connection (twisted pair with RJ45 connectors up to 100 meters long). The antenna is powered via the same cable using Power over Ethernet technology (POE adapter included).

Connectors for Wi-Fi distribution. (already included)
Support for 2 different mobile operators at once (purchased separately)

HiTE PRO DUO Ethernet antenna is the flagship of the DUO series, an all-in-one model. The device works with all 4G operators, connect via Ethernet (20 meters of UTP cable included, maximum 100 meters), full compatibility with any routers, switches, access points, etc.

Gain - 2x19 dBi (at a frequency of 2600 MHz);
Gain - 2x12 dBi (at 800 MHz);
Built-in 4G modem, suitable for all operators;
Built-in 4G router;
Connection via Ethernet cable (up to 100 meters);
All-weather, waterproof housing.

Operating frequency range: 790-860 MHz / 2500-2700 MHz
Gain at 2600 MHz: 2x19 dBi
Gain at 800 MHz: 2x12 dBi
Built-in modem: Huawei (Yota, Megafon, MTS, Beeline and others)
Built-in router: Zyxel Keenetic 4G III (or equivalent)
SWR in the operating range: no more than 1.5
Beam width: H - 13°, V - 13°
Connection interface: Ethernet (RJ-45)
Maximum cable length: 100 meters
Dimensions: 410x410x70 mm
Antenna weight (without cable): 2.4 kg

Technical characteristics of WiFI router Zyxel Keenetic Extra II

Wi-Fi 300 + 867 Mbps 2.4 + 5 GHz
Four specially designed 5dBi antennas for better coverage
Any tariffs up to 100 Mbit/s
USB port for drives, printers and 3G/4G modems increased power to ensure the operation of USB modems via USB extension cables up to 17 meters
File server, torrent client, DLNA/UPnP AV
IPTV and Smart-TV support
Yandex.DNS and SkyDNS protection
Online firmware update
Setup and control via mobile

A country	China
Are common
Control	Web interface
Connection type	Ethernet
Protocols
Network protocols	DNS, NAT, IP Filtering, ICMP, IGMP, DHCP, UPnP 1.0, L2TP, IPSec
Access protocols	PPP, PPPoE, PPTP, VLAN
Routing protocols	Static routing, IP Multicasting, QoS, DMZ
Wireless network
WiFi	Eat
Wireless Standard	802.11a, 802.11b, 802.11g, 802.11n, 802.11ac
Frequency	2.4 GHz, 5 GHz
MIMO support	Eat
Multiple SSID	Eat
WPA/WPA2	Eat
WPS	Eat
Wireless Bridge	Eat
Speed
Ethernet port speed	100 Mbit/s
Maximum wireless connection speed	300+867 Mbit/s
Functions
Firewall	Eat
Dynamic DNS	Eat
Access via VPN	Eat
USB modem support	3G, 4G (LTE)
Interfaces
Ethernet	5
USB 2.0	1 PC
Power supply
Power supply type	power unit
Frame
Indicators	Power, Internet/WAN, USB, WLAN, LAN
Wall installation	Eat
Installation on a stand	Eat
Equipment
power unit	Eat
Ethernet cable	Eat
Dimensions and weight
Height	3.3 cm
Width	16.7 cm
Depth	10 cm
Weight	0.23 kg
Additional Information	ADSL support: ADSL2+/VDSL2 via Keenetic Plus DSL.
Color	Black

	A kit for providing Internet access in separate small rooms of the building. Consists of a portable 3G 4G LTE router, external or internal antenna, cable assemblies and antenna pigtails. The gain of the receiving antennas is 13-26 dB, the cable length is up to 15 meters. Autonomous - capable of working for several hours without mains power.	The most functional kit for connecting 4G 3G WiFi Internet in a country house, in a private home, in an office, in a warehouse, etc. - consists of a full-fledged router (you can choose from 5 models), antennas with a gain from 13 dBi (standard) to 20 dBi (optional), which can be placed inside or outside the building and two cable assemblies with lengths from 5 m (standard) to 15 meters (optional). Works with any SIM, easy to install and use.
Kit for connecting 4G and 3G Internet in country houses, offices, warehouses and retail premises. Can be equipped with antennas from 13 to 26 dB and different cable lengths. The kit includes a WiFi router + USB modem, antenna pigtails and an antenna. If desired, the router can be replaced with a more powerful one.	Budget kit for self-connection to high-speed Internet access via LTE 4G + 3G networks. Easy to install and configure, works with any (U) SIM card from MTS, MegaFon, Beeline. Can be used at home, in the country, in a cottage, in warehouses and retail outlets, etc. Easy to install and configure.	A kit for connecting to the Internet using the latest generation LTE networks. Supports SIM cards of all 4G and 3G telecom operators, equipped with 2 omnidirectional antennas with 3m cables. LTE MIMO technology. Depending on the modification, it works from the cigarette lighter with the ignition on or autonomously.
Budget kit for connecting high-speed Internet access in a car. Operates at frequencies of 900 and 2100 MHz. Automatically turns on when ignition. Easy to install and use. Simultaneous access for 5 devices. WiFi coverage - up to 10 meters.	Kit for self-connection of ultra-high-speed (up to 21 Mbit/sec) Internet access. Easy to install and configure, does not require special skills. Huawei B681 and antennas from 16 dB to 28 dB. Can be equipped with both panel and Yagi antennas. Works with SIM card of any 3G operator. Can be used as a standalone Internet access for online cash registers.	A kit that allows you to provide Internet access in a car using a high-speed 3G WiFi router and an external circular antenna. Works with any operator's SIM card. Data transfer speed - up to 42 Mbit/sec.
A kit for self-connection of Internet access in office and retail premises where it is not possible to use an external antenna. Easy to install, provides reliable reception and high data transfer speed. Works with all 3G operators. Can be used as a standalone Internet connection for online cash registers.	The most budget-friendly kit for self-connection to the Internet at the dacha includes a 3G modem (speed from 14 to 28 Mbit/s depending on the model), an amplified external antenna from 14 (standard) to 28 dBi (optional), a cable from 5 m (standard) up to 15m (optional) and antenna adapter. Easy to install, configure and use. Not tied to an operator, works with any SIM card.	A kit for self-connection to the Internet at the dacha via wireless high-speed networks 3G (UMTS) and 4G (LTE). Includes a powerful amplifier, an external fixed directional antenna from 14 to 28 dBi (optional), an antenna cable of 10-15 meters and an internal antenna. Able to work in places where there is a complete lack of signal up to 25 km from the operator’s base station. Can cover up to 500 m2 (depends on internal antenna)
Universal 3G + GSM kit for amplification of voice communication at a frequency of 900 MHz (GSM), voice transmission at 2100 MHz (smartphones) and data transmission (Internet) at a frequency of 2100 MHz (3G). The kit includes a dual-standard repeater, external and internal antennas and cable connection assemblies. Gain - up to 50 dBi. Coverage - 100-300 m2. The external and internal antennas can be changed to be more powerful or more suitable for use in a particular location.	A budget full-fledged kit for enhancing GSM-900 voice (telephone) communications and 3G Internet (UMTS-900) in small rooms (up to 200 m2). It consists of a repeater (cellular communication amplifier) and two antennas: external amplified up to 14 dBi (optional) with a 10m cable and internal up to 9 dBi (optional). One of the cheapest ways to strengthen your telephone connection yourself. Easy to install and configure, does not require special skills.	A complete kit for amplifying cellular (voice telephone) communications in the GSM-900 standard, includes a 900 MHz amplifier and two antennas: external directional up to 14 dBi (optional) and internal 5-7 dBi (optional). The kit is easy to install and does not require special care or constant monitoring. Coverage - up to 500 sq.m. External and internal antennas can be changed to be more powerful or more convenient for use.
The kit for amplifying the frequencies 1800 MHz (voice and LTE) and 2100 MHz (voice on smartphones and UMTS) is primarily suitable for those who want to amplify the so-called. Internet frequencies: designed to boost the most common 3G frequency and the second most used 4G frequency, while also “lifting” voice telephony at 1800 MHz (GSM/DCS). Can be used up to 15-20 km depending on the external antenna and the geography of the area.	Kit for self-connection and strengthening of telephone communication for UMTS-900/GSM-900 + DCS-1800/LTE-1800 frequencies. Suitable for amplifying voice telephony and data transmission. Easy to install, provides reliable reception and high data transfer speed. External antenna from 9 to 28 dBi (optional). They operate up to 15 km from the operator’s BS (depending on the external antenna) with all operators in supported frequencies.	The 2G GSM 900 (phone), 3G UMTS 2100 (Internet) and 4G LTE/DCS 1800 (phone/Internet) MHz cellular signal booster kit includes a three-standard repeater (communication amplifier), an internal 9-20 dBi antenna (optional) and an external antenna 5-15 dBi (optional). Easy to install and use, capable of operating up to 15 km from the operator’s base station and covering up to 1000 m2.
A complete kit for amplifying voice (telephone) communications in the GSM-1800 standard and the Internet in the LTE-1800 (4G) standard, includes an amplifier and two antennas: external directional up to 20 dBi (optional) and internal circular up to 6 dBi or panel up to 11 dBi (optional). The kit is easy to install and does not require special care or constant monitoring. Coverage - up to 250 sq.m. External and internal antennas can be changed to be more powerful or more convenient for use.	4G LTE signal booster kit. It consists of a communication amplifier 2500-2700 MHz and two antennas - an external receiving antenna from 14 to 28 dBi (optional) and an internal (distributing) antenna from 5 to 15 dB. Easy to install and use. Works on all LTE 2600 MHz networks. Can be used at a distance of up to 20-25 km from the operator’s base station, amplified signal coverage is up to 500 m2.	A complete kit for strengthening the 3G mobile Internet signal (UMTS-2100). Includes a 2100 MHz signal amplifier (repeater), an external directional antenna from 16 to 28 dB (optional), a low-loss RG8x cable assembly and a distribution circular antenna from 5 to 12 dB (optional). Antennas are selected according to the place of use and coverage area. Strengthens voice communication on smartphones. The coverage area of the distribution antenna is from 150 to 500 sq.m. Does not require special skills in installation and connection.
A kit for increasing the coverage radius of a GSM or 3G signal in premises - allows you to distribute the outgoing amplified signal across 2 or 3 different rooms and/or levels (floors). Suitable for all communication repeaters (amplifiers) 900 / 1800 / 2100 / 2600 MHz. The price is for a set of splitter + 2 circular antennas.	A kit for connecting high-speed Internet access with your own hands in an area of uncertain or poor reception. There are no cable losses. Suitable for those who are located no more than 3-4 km from the operator’s base station. WiFi coverage - within a radius of 20 meters, number of WiFi users - up to 32, LAN port. Not available	Kit for self-connection of Internet access in a car: consists of a 3G HSPA+ WiFi router, an omnidirectional antenna on a magnetic base of 9 dB and an antenna adapter for connecting the antenna to the router. Data transfer speed - up to 42 Mbit/sec. Not available
A kit for independently connecting a country house or any other premises located in an area of uncertain or poor signal reception to the YOTA LTE 4G network. The kit includes a panel antenna with a maximum gain of 18 dBi and a YOTA Ready WiFi router with optimal settings and network coverage. Not available

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Top sales

Do you spend the whole summer in a country house or do you constantly live outside the city and the only inconvenience is the lack of stable access to the Internet? These days it is difficult to do without access to the World Wide Web. After all, there is everything that has become so familiar and important for every person: access to video and audio services, social networks, and the latest news. Therefore, the Internet in a country house is simply necessary. Mobile or satellite technologies will help ensure stable access to the network.

Mobile Internet in a country house

In recent years, mobile Internet has become truly accessible and very popular. Third generation networks (3G) allow you to get speeds of up to 10-15 Mbit/s, but without the use of signal amplifiers you should expect 3-5 Mbit/s (sometimes higher). The fourth generation network (4G) in theory allows you to receive data at speeds of up to 326.4 Mbit/s and transmit at speeds of up to 172.8 Mbit/s, but at this stage Russian operators offer about 100 Mbit/s. Outside the city, you can count on speeds from 25 to 90 Mbit/s, which makes this type of connection the optimal and at the same time the most affordable option.

But even in this case, everything will depend on the location of your country house: the closer you are to a large populated area or federal highways, the greater the chances of “catch” a high-quality signal and do without additional equipment. And far from base stations, only EDGE or GPRS can work with a symbolic speed of 10-20 Kbps.

However, cellular operators are actively working on developing networks, and even if last season there was no hint of good mobile Internet in your country house, the situation could have changed radically. When choosing an operator (if several options are available) and a tariff plan, you should pay attention to the signal quality and the actual connection speed.

The easiest way to distribute the Internet to other users is from a smartphone or tablet via Wi-Fi. This option is supported by any modern gadget, and Russian operators have nothing against distributing the Internet to other devices. But this option cannot be called convenient for at least two reasons: a small signal coverage area (within a radius of 5-7 meters) and a small number of connected clients (usually no more than 5).

You can take a different route and buy a USB modem. In this case, you will have to use a laptop to distribute the Internet via Wi-Fi, which also causes some inconvenience. But there are alternative options: use a standard home router with support for USB modems or a router with a 4G distribution function via Wi-Fi for distribution. The main thing when choosing a device is to make sure it is compatible with the modem. The main advantages of this solution are inexpensive equipment/subscription fees and the ability to deploy a full-fledged multi-user network.

If none of the operators provides a high-quality Internet connection in your country house, the problem can be solved with the help of special antennas or reflectors.

Satellite Internet in a country house

Satellite Internet, depending on the method of data exchange, can be one-way or two-way. One-way Internet assumes that the user has an existing Internet channel: GPRS/EDGE, ADSL connection, 3G or 4G. Therefore, we will focus on two-way Internet, which uses a satellite to transmit/receive data and does not require additional channels.

To connect two-way satellite Internet in a country house, the following equipment is used:

Transceiver antenna.
High frequency equipment.
Satellite terminal.

It should be remembered that equipment from different manufacturers is in most cases incompatible with each other, which can cause certain difficulties when changing providers. Attempts were made to implement compatible equipment, but the innovations were supported by a limited number of manufacturers.

Satellite Internet in a country house has its advantages and disadvantages.

Advantages:

Complete independence from local providers. All that is required is a set of equipment, direct visibility of the satellite, and a source of electricity.
Easy to use. All user settings are no different from any local network connection.

Flaws:

High cost of equipment. Recently, there has been a downward trend in prices, but prices are still far from being affordable for everyone.
Expensive tariff plans. In addition to the high cost, most satellite tariffs are conditionally unlimited, that is, the provider limits the speed when the established volume of traffic is exceeded or at a certain time of day.
Difficult installation. Equipment for two-way access is quite large, which complicates its installation.
Satellite delays. Signal delays make it impossible for some critical applications (some online games) to operate normally, but do not interfere with the normal operation of the Internet.
Dependence of signal quality on weather conditions. Data transfer speeds drop in cloudy and rainy/snowy weather.

Also, satellite Internet in a country house can be organized using a mobile VSAT terminal. On the Russian market, equipment of this type is represented by the iNetVu trademark from C-Com Satellite Systems. Mobile satellite terminals are not a cheap pleasure, so we will not consider this option in detail.

conclusions

In terms of quality characteristics, mobile and satellite Internet are comparable, but in terms of cost, 4G wins. Therefore, it is advisable to make a choice in favor of mobile technologies and enjoy high-speed Internet in a country house at an affordable price for everyone.