Moscow, April 22, 2014.— Today, after completing extensive testing and testing of all on-board systems, the Russian telecommunication satellites Express-AM5 and Express-AT1 were put into operation in orbital positions of 1400 s.d. ta 56 0 s.d. obviously.

New Russian satellites have been put into operation "Express-AM5" and "Express-AT1"

The Express-AM5 satellite will create the necessary infrastructure to provide the population of Siberia and the Far East with a package of multiservice services, which includes telephony, video conferencing, data transmission, Internet access and the ability to make calls arrangement of regional multiplexes in zones statements “A” and “B”, which belong to the regions of the Far Eastern Federal District, as well as the Trans-Baikal Territory. In addition, the spacecraft "Express-AM5" will have presidential and government connections.

The Express-AT1 satellite, intended for direct television and radio broadcasting, replaces the Bonum-1 satellite, which was launched in 1998 and expanded its resource in 2010. Express-AT1 will provide the brains for the intensive development of new infocommunication technologies, high-definition television, allow the expansion of direct television programs in the European part of Russia, The Urals and Western Siberia, as well as Western and Western Europe. The satellite resource will be required by DTH (Direct-To-Home) platforms that operate, and will also allow the development of new projects in the space of satellite direct communication.

One of the key areas of activity of the Ministry of Communications and Communications of Russia is the development of satellite communication and communications. First of all, it is necessary to organize digital telecasting and provide services to connect remote and highly accessible regions of the country, where it is too expensive to connect optical channels, if not technically impossible.

“Satellite communications make it possible to quickly and easily organize expanded teleradio programs and provide the population with access to other important services: broadband Internet access, remote lighting, telemedicine. Satellite solutions are especially effective for organizing communication and communication in Siberia and on the Far East. The introduction into operation of the Express-AM5 and Express-AT1 satellites became an important milestone in the modernization of satellite grouping for civilian purposes,” said Mikola Nikiforov, head of the Russian Ministry of Communications and Communications.

In 2014, the Ministry of Communications of Russia will continue to update and develop a huge grouping of satellite communications and communication. The launches of four more satellites are planned: Express-AM6, Express-AM4R, Express-AM8 and Express-AM7. We will begin the development of orbital grouping with the launch of a spacecraft of the important class “Express-AMU1” in 2015.

Dovidka

Spacecraft "Express-AM5", manufactured by VAT "IDS im. academician M.F. Reshetnev" jointly with the Canadian company MDA and FSUE NDIR, according to the agreement of the FSUE "Cosmic Link" was launched from the Baikonur Cosmodrome on January 26, 2013. It is equipped with 84 C-, Ku-, Kat- and L-band transponders.

"Express-AM5" creations with updated forecasts for the development of the domestic market of satellite services and television and radio broadcasting are in line with the Federal Target Program "Development of television and radio broadcasting in the Russian Federation for 2009- 2015" within the framework of the Federal Space Program of Russia for 2006-2015.

Satellite of the intermediary communication “Expres-AT1”, produced by VAT “IDS im. academician M.F. Reshetnev" together with the French company Thales Alenia Space for the contract of the FSUE "Space Link" within the framework of the Federal Space Program of Russia for 2006-2015, was launched from the Baikonur Cosmodrome on 16 February 2014. A satellite of creations based on the Express-1000H platform and equipped with 32 Ku-band transponders.

The term for active activation of both satellites becomes 15 years.

Tarifi

Pridbati Ustatkuvannya

Possibility of connection

1. Unlimited Flex-Express tariffs

Unlimited tariffs

Rate /Parameter	Surfer-Express	Flex half-express	Flex-Express	Flex 2-Express
Vart/month RUB	300	2000	4000	8000
Speed ​​max Kbit/sec (3)	1000	500	1000	2000
Speed ​​min Kbit/sec (4)	not installed	100	200	400
Traffic reduction	neither	neither	neither	neither
Exchange and download	download is not possible (1)	є (2)	neither	neither
Speed ​​of the gateway channel Kbit/sec	100	256	256	256

(1) Since the tariff plan for orientations, first of all, for surfing, the maximum speed available for the personal channel of the correspondent is no more than 5% Surfing - this means viewing sites at a comfortable speed of up to 1 Mbit/sec and the impossibility of downloading files. The speed of this tariff rises to download sites and other components; after downloading the first 800 Kb, the bandwidth drops from 1 Mbit/sec to 54 Kbit/sec. If the channel is continuously accessed, the bandwidth on the new one will be limited to 10 kbit/sec.
(2) On the Flex Half tariff there is a traffic prioritization system. The highest priority is given to HTTP, HTTPS and e-mail traffic. Traffic for downloads, as well as traffic from torrents, has the lowest priority. This means that when the site is engaged, the speed will be greater, less than the minimum declared, and when the website is important, the speed will be equal to the minimum declared.

(3) The speed is as high as possible and depends on the demand for what is seen on the satellite channel tariff.

(4) The fluidity is guaranteed and does not fall due to the influence of the channel, but does not fall due to the adjustment of the antenna and weather minds.

2. Prepaid Express tariffs

Tariffs for prepaid traffic**

Rate	Subscription fee (RUB/month)	obligated prepaid traffic per month (MB) entry/exit	Vartist per MB cohesive traffic (rub.)
AM 500	500	2382/270	0.25
AM 1000	1000	5100/580	0.24
AM 1500	1500	7815/887	0.23
AM 2500	2500	14940/1660	0.22
AM 4000	4000	23940/2660	0.21
AM 6000	6000	38520/4280	0.20

** - input traffic speed is up to 12 Mbit/sec, output traffic is up to 1 Mbit/sec. The satellite Internet bandwidth is in the range of As long as it depends on the adjustment of the antenna, the interest of the channel and the weather minds.

3. Tariffs with payment for traffic Mobile Express

Tariffs without subscription fee ***

Rate	Vartist input traffic (crb)	Vartist output traffic (krb)	Input/output speed (kbit/sec)
Mobile E1	0.30	0.30	9000/1000
Mobile E2	0.35	0.35	9000/2000
Mobile E3	0.38	0.38	13000/1000
Mobile E4	0.41	0.41	13000/2000

*** - prices quoted for 1 MB of traffic

4. Legal provisions about the tariffing of Express AM5

1. Satellite Internet tariff plans presented on the website are only for individuals and legal entities to negotiate tariffs, please contact the financial service by e-mail.
2. Tariff plans are divided into three categories:
- with payment for traffic without subscription fees
- unlimited tariffs
- with prepaid traffic
3. Tariffs for all tariff plans are based on Moscow time. The unwinding period begins on the first day of each month and ends at 23:59:59 on the remaining day of the current month, or, according to the tariff for the day, the unwinding period begins at 00:00:00 on the current day and order It starts at 23:59:59 of the same day.
4. The connection speed depends on the selected tariff plan, but is not guaranteed., all tariff plans are assigned the maximum possible speed of reception (BIR), which is necessary in advance of the need for a satellite channel, as well as the adjustment of the antenna, weather conditions.
5. Prices are indicated for tariff plans with the settlement of all fees.
The subscriber can independently change tariff plans online, in a special account. The new tariff begins to apply from the new tariff period, that is, from the 1st day of the new month.. The only thing required to change the tariff plan from one to another, for tariffs with a subscription fee, is the availability of a sufficient amount for storage, which is indicated in the special account of the customer for each tariff plan.
6. When a subscriber first connects to tariffs with a subscription fee, in the middle of the month, the fee is not debited in full, but in proportion to the days lost in the month, for tariffs with prepaid traffic, connected in the middle For months, it is not written off absolutely, but in proportion to the days, what was lost for a month. Overpaid traffic is also insured from the days lost in the month.
7. If the customer has a tariff plan with a subscription fee and does not have enough money to spend during the initial period (month), then the Internet will be blocked and the subscription fee will not be charged. When a subscription fee is paid, it will be charged in full for the entire month.
8. Out-of-the-box tariffs and debiting of subscription fees for all tariffs:
The subscription fee is debited from the customer account at the time of connection to the tariff (the final moment). Term for the tariff – from the moment of connection on the day of connection until the end of the month
9. Another mind
When charging, the subscriber's incoming and outgoing traffic is included. Above all, the prices indicated include all contributions.
1GB = 1000MB = 1 "000" 000Kb = 1 "000" 000" 000Bytes.
The speed of information transmission (input and output traffic) can be changed depending on the availability of server parameters, such as the availability of Internet resources, the ability of the place to receive and send the requested information information on the satellite, as well as the presence of severe blackness in the satellite channel.

10. Tariffs with a subscription fee transfer the monthly subscription fee debited on the 1st day of the current month in full. If there is a shortage of bills and a blocked special account, the subscription fee is debited at the same rate per hour of payment due on the account. Changes in subscription fees in proportion to those days of the month, if the subscriber is blocked, will not fail. When blocking a customer service is installed, the subscription fee is debited in proportion to the days that are not blocked.

Hughes Ka-band satellite terminal kit

Set of subscriber terminal JUPITER HUGHES (Modem HT1100)

The set of the JUPITER HUGHES subscriber terminal under the Express-AM5 ShSZ Ka-band includes:

• Satellite antenna with a diameter of 0.74 m (standard equipment) or 0.98 m;
• Priymach 1W (standard configuration) or 2W;
• Satellite modem HT1100;
• Universal support for mounting the antenna on the wall (not included in the standard package)

Videos about the kit:

• Transmission speed from satellite, supported by modem – up to 45 Mbit/s;
• Transmission speed to satellite, supported by modem – up to 10 Mbit/s;
• Electrical supply to the terminal – 220 Volt, 50 Hz, power supply – no more than 75 W;
• The additional cable route, which is recommended, from the satellite antenna to the modem is 30 meters (the standard package includes 25 meters).

The cost of the standard equipment set is 37,000 rubles.

You can find your property on the free phone number 8-800-500-68-94 from 8 to 17 Moscow time, or in the online catalog on our website in full.

Description of parameters for the Hughes HT1100 modem

Main technical parameters of the HT1100 modem:

Functional capabilities of possession:

Direct channel

• Standard: DVB-S2 w ACM
• Modulation type: QPSK; 8PSK; 16APSK; 32APSK
• Symbolic speed: from 1 to 50 Msim/s
• Encapsulation method: GSE

Zvortny Canal

• Standard: ETSI/IPoS TDMA/FDMA
• Coding: LDPC, FEC1/2, 2/3, 4/5, 9/10 combined with an effective change in the size of blocks and pulses
• Adaptive gate selection (AIS)
• Modulation type: OQPSK
• Symbolic speed: from 512 to 8196 ksim/s
• Ultimate pressure control (ULPC)

Bandwidth capacity for koristuvach data

• For direct channel – up to 45 Mbit/s
• At the gateway channel – up to 10 Mbit/s
• Grid interface
• Gigabit Ethernet LAN; RJ45 connector

Functions of a local router

• Proxy integration for improved performance (PEP) for TCP/IP
• Integrated Hughes TurboPage® software for processing HTTP traffic to speed up the web browsing process
• AES encryption in direct and return satellite channels
• DNS cache
• Static and dynamic addressing
• DHCP server or relay

Electrical life

• External power adapter with external power cord
• 90-260V power source; 50-60G c

Physical characteristics

• Vaga: 0.73 kg
• Overall dimensions: 20.4cm x 3.9cm x 22.7cm

Vimogi until dovkillya

• Operating temperature range: from 0 ° C to +40 ° C
• Water content: 0 to 90% (without condensation)

External installation unit (ODU)

• Transmission frequency range: 29.20 – 31.00 GHz
• Reception frequency range: 18.30 – 21.20 GHz
• Polarization: circular, left or right
• Complete integration block
• Transmission power: 1W and 2W
• Antenna: 74cm, 98cm

Coaxial cable

• Cable type: RG-6; 75Ohm
• Socket: F (plug)
• Cable extension: up to 100m (both screens, one internal conductor)

Vimogi until dovkillya

• Operating temperature range: -40 ° C to +55 ° C
• Water content: up to 100% (with condensation)

The HT1100 is specially designed to provide a quick, simple and reliable installation, including only one piece of coaxial cable and a drone-free device to assist in pointing the antenna at a satellite.

• High productivity and throughput for international traffic
• Direct channel via Wi-Fi 45 Mbit/s per terminal
• Gate channel 10 Mbit/s
• Direct channel – DVB-S2 with ACM
• Gate channel – LDPC TDMA/FDMA with AIS, including ULPC function
• Integration of web browser client HTTP/TCP
• Bezpeka z'yazku in merzhi for rakhunok AES encryption in forward and return channels
• User-friendly graphical web interface GUI and light-emitting diode (LED) indicators for device identification, diagnostics, troubleshooting and troubleshooting
• The terminal operates under JUPITER™
• NMS, including software updates, configuration and monitoring
• Integration into a single block using external installations (ODU)

HT1100 (JUPITER Hughes) is a high-performance, wide-range satellite router of a new generation with the function of transmitting data from a wide variety of satellite systems to the Ka-band.

The JUPITER Hughes HT1100 device has high throughput, best in its class.

The unique energy of this resource allows you to access the Internet at high speeds: up to 45 Mbit for the direct channel and up to 10 Mbit for the return channel, as well as support wide-ranging programs: video streaming, web browsing, file sharing .

HT1100 integrates a web browser client that supports external HTTP access (web objects are saved in local cache), DNS caching, header compression and information ї parts of packets, caching equal to bytes, which ensures, among other things, high quality characteristics and shvidkodia.

Easy to use

As part of the JUPITER™ generation platform, the HT1100 skin terminal operates under complex NMS controls to ensure terminal configuration, service delivery, and plant monitoring. and diagnostics and measurements. In addition, the terminal has a simple-to-use graphical user interface (GUI), which provides a convenient interface for installation, plant monitoring, diagnostics, troubleshooting and troubleshooting.

Satellite "Express AM5"

The spacecraft "Express-AM5" was created by the Federal State Unitary Enterprise "Space Link" by the BAT "Information Satellite Systems" named after Academician M.F. Reshetniva" together with the company MDA Corporation (Canada) and the Federal State Unitary Enterprise "Research Institute of Radio". Purpose: television and radio broadcasting, data transmission, multimedia services, telephony, radio communication. The launch of the satellite took place on January 26, 2013. On this satellite, the Globalcom company (Lansat trademark) provides satellite Internet service in the Ka band.

Select the antenna installation point on the map and click on it with the mouse.

The company "Information Satellite Systems" named after academician M.F. Reshetnev" is Russia's largest distributor and manufacturer of telecommunications spacecraft. Due to their technical characteristics, satellites designed to provide communications, telecasting, and Internet access compete on equal terms with the products of wired light generators.

Unified satellite platforms of the “Express-1000” (middle class) and “Express-2000” (important class) families are the latest solution, as AT “ISS” represents the market. On their basis, all telecommunication space devices are currently being created, which are divided into one type, size, capacity and strength, depending on the manager’s capabilities. It is consistent with the underground practice of the term for the active creation of satellites from the arrangements of these platforms to become 15 rocks.

Express-AM5

The spacecraft "Express-AM5" is intended for the provision of digital television and radio communications on the territory of Russia, the highest order of presidential and government communications, providing a package of multiservice services (telephony, video conferencing, broadcasts and these, access to the Internet), as well as The construction of the mesh connection is based on VSAT technology.

The satellite was disassembled and prepared for the agreement of the operator of the Federal State Unitary Enterprise “Space Link”. At the boundaries of the AT project “Information Satellite Systems” named after Academician M.F. Reshetnev" was awarded for the design, development, production, testing, preparation before launch and commissioning of the spacecraft. The main partners of AT “IDS” for the project were FSUE “NDIR” and MacDonald, Dettwiler and Associates. The Russian enterprise carried out the pre-design work from the design, development, production and installation of the cortical navigation module, and the Canadian company MacDonald, Dettwiler and Associates produced the repeater and antenna system.

There are 10 antennas and 84 C-, Ku-, Kata L-band transponders installed on board the Express-AM5 spacecraft. This guarantees the term of active operation to become 15 rocks, the power of the platform is about 15 kW, the weight is about 3400 kg. As a module of the service systems of the spacecraft, the satellite platform "Expres-2000" was unified and divided into AT "ISS".

“Express-AM5” is the first satellite in modern practice, created from a frozen electroreactive propulsion system, which will ensure the gradual introduction of the spacecraft - from the beginning to the transition, and then to the working orbit. This scheme allows the most efficient use of the capabilities of the carrier rocket.

The launch of the Express-AM5 satellite took place on June 26, 2013. The operating point of the spacecraft is 140 degrees.

Telecommunication satellite "Express-AM6" will provide access to the population of Russia, government authorities and commercial traders to current public telecommunication services, including a rich digital TV radio Until the end, the Internet is available at any point of the country.

The spacecraft "Expres-AM6", as well as the same type of satellite "Expres-AM5", were created under a contract with the operator FSUE "Space Link" from the acquisition of the same partners - the Russian FSUE "NDIR" and the Canadian company MacDonald, Dettwiler and Associates. The division works among the project participants without any changes.

The spacecraft includes 11 antennas and 72 active C-, Ku-, Ka- and L-band transponders. A companion with a 15-year term of active development of preparations on the basis of the important Express-2000 platform for the development of AT ІСС. The power output of the Express-AM6 is approximately 15 kW, and its weight is approximately 3400 kg.

To launch a spacecraft, as in the Express-AM5 project, an electroreactive rocket installation was used. In this manner, the satellite was initially launched into a transfer orbit, and then reached the operating point of 53 degrees of transfer altitude in geostationary orbit.

Express-AT1

Spacecraft "Express-AT1", creations in the AT "ISS" for the design of the Federal State Unitary Enterprise "Space Communications", intended for direct high-definition television broadcasting, provision of high-speed communication services and data transmission on the territory of Russia this Federation.

It is consistent with the contract of the fakhiv company “Information Satellite Systems” named after academician M.F. Reshetnev" designed, developed, manufactured a spacecraft, carried out its integration and testing, and also created a dynamic software simulator. In addition, the enterprise provides the operator with technical support during the process of operating the satellite. Thales Alenia Space France was the subcontractor of AT “ISS” for the repeater and antenna.

The base platform for Express-AT1 was the Express-1000HTV platform. The mass of the spacecraft with the 15-year term of active power is approximately 1800 kg, and the power, which can be seen on the rotation column, is 5.6 kW. There are 32 active transponders installed on the satellite, which operate in the Ku-band frequencies.

"Expres-AT1" was launched into orbit in tandem with the spacecraft "Expres-AT2" on March 16, 2014. The operating point of the satellite is 56 degrees of convergence.

Express-AT2

Communications, telecommunications, data transmission - these daily services are provided for the additional satellite "Express-AT2", split and manufactured by AT "ISS" for the orbital grouping of the Russian operator FSUE "Space Communications".

In the process of creating the spacecraft, the same scientists took part as in the Express-AT1 project: AT "ISS" as the main contractor, who is responsible for the design, development, production, integration, companion, creation of a dynamic software simulator and technical support During operation, Thales Alenia Space France is the main subcontractor that supplied the repeater and antennas.

The Express-AT2 satellite is based on the Express-1000K platform, its mass is approximately 1250 kg, its weight, which can be seen on the front panel, is 3 kW. There are 16 transponders installed on the spacecraft, which operate in the Ku-band and provide services for the distribution of high-definition direct television programs, as well as the provision of fixed-line mobile services. easy communication, data transfer, high-speed Internet access. The area covered by the spacecraft covers the entire territory of the Far East, which allows for the active development of information resources in this region of Russia.

The launch of the Express-AT2 spacecraft together with the Express-AT1 satellite took place on March 16, 2014. At this time, Express-AT2 is operating for certain purposes in an orbital position of 140 degrees of similar latitude.

Tsilov’s recognized telecondum cosmic Apara “Expres-AM8” is the Nadannya of Telecomonikatsyini Latering in Rosy, and such a Country of Africa, Pivniki America, the presidency of the Presidential Toy Zv'yazka. The deputy of the companion is the Federal State Unitary Enterprise "Cosmic Link". Being the lead sponsor of the project, the enterprise “Information Satellite Systems” named after Academician M.F. Reshetnev" is credited for the development and production of the service systems module, the integration and testing of the satellite, as well as the creation of a dynamic software simulator. The main subcontractor, Thales Alenia Space France, supplied the repeater and antennas.

The satellite communication system “Expres-AM8” was created on the basis of the current platform “Expres-1000HTB”. The mass of the spacecraft is approximately 2100 kg. The intensity that can be seen on the drawing board is about 5880 W, the term of active sleep is 15 hours. There are 42 transponders installed on the satellite in the C-, Ku- and L-bands.

The launch of the spacecraft is planned for 2015.

The main task of the spacecraft “Yamal-401” is secure communications, television coverage and transmission throughout the entire territory of Russia. Companion of creations under contract from the operator Gazprom Space Systems. The company "Information Satellite Systems" named after academician M.F. Reshetova" within the framework of the project was responsible for the head development, integration, testing of the spacecraft and ground control complex. VAT "Gazprom Space Systems" has prepared the core equipment (together with Thales Alenia Space France), developed, completed and integrated the on-board equipment of the service control channel, the earth station of the service control channel and other technical basic functions of the PCU, as well as brightness control. Part of the qualified equipment of the platform was also supplied by the contractor - VAT "Gazprom Space Systems" under a contract with Thales Alenia Space France.

“Yamal-401” is the third spacecraft (after “Expres-AM5” and “Expres-AM6”), developed and developed on the basis of the important platform “Expres-2000”. The weight of the companion is about 3000 kg, the weight that can be seen on the navigation panel is 11 kW, the term of active sleep is 15 years. The spacecraft has 6 antennas and 53 transponders installed in the C- and Ku-bands, which allows for continuous and uninterrupted relaying of signals on the territory of Russia.

The launch of the Yamal-401 satellite took place on January 15, 2014. The operating point of the spacecraft is 90 degrees.

The ISS company developed, prepared and put the satellite into operation in orbit, and also prepared the ground control complex. The second-in-command's deputy became the postmaster of Koris navantazhennya. VAT "Gazprom Space Systems" also had separate onboard equipment for the service control channel, an earth control station and other subsystems of the ground control complex.

The base for the spacecraft was the Express-1000N platform. Vaughn allowed to place on board the “Yamal-300K” the Corisna Navantazhennia, as the deputy initially planned to install another satellite on two satellites. The spacecraft weighs about 1900 kg and the power for life of the bark is about 5.9 kW, which means a 15-year term of active life. 26 relay trunks will provide all types of daily communication services in the C and Ku frequency bands.

The final launch of the Yamal-300K and Promin-5B satellites was successfully completed on November 3, 2012.

AMOS-5

The AMOS-5 satellite, created by the Israeli operator Space Communication Ltd., is intended for the provision of communications, communication and wide-range transmission services in the territories of Africa, Europe and Asia. It is consistent with the contract that the representatives of AT “ISS” have not only dismantled and placed a telecommunications spacecraft into orbit, and created a ground-based control segment. The company also provides the operator with a service to the staff and provides the deputy with technical support in the process of operating the satellite.

The telecommunications spacecraft AMOS-5 is built on the basis of the unpressurized medium-class platform "Express-1000N", which guarantees its high technical characteristics and 15-year term of active power. The satellite carries 36 transponders in the C- and Ku-bands. The power that appears for the corysum vantagement becomes 5880 W.

For this project, the subcontractor of AT “ISS” with repeaters and antennas was the French branch of the European company Thales Alenia Space.

KazSat-3

The telecommunications satellite KazSat-3 with a 15-year term of active operation was created by AT "ISS" on the agreement of the AT "Republican Space Communications Center" of the Republic of Kazakhstan on the basis of an unpressurized medium-class platform "Express" 1000NTV". It is used for the provision of communication services, telecommunications and data transmission on the territory of this state.

In agreement with the contract, the company “Information Satellite Systems” named after Academician M.F. Reshetnev" was recognized for the design, development, production, integration and testing of the KazSat-3 satellite. In addition, the enterprise created the main (“Akkol”) and reserve (“Almaty”) ground control complexes. Also, AT “ISS” provided the operator with training and technical support in the process of operating the satellite.

The power, which appears to be for the korisnoy vantageniya of the companion, is 5.3 kW, and its weight is about 1743 kg.

KazSat-3 equipment is produced by Thales Alenia Space Italia S.P.A. (Italy). 28 Ku-band transponders are installed on the new one, which will provide services to the territory of Kazakhstan.

The KazSat-3 satellite was launched on April 28, 2014 in conjunction with the Promin-5V relay satellite.

Lybid

The telecommunication spacecraft Lybid was created by the AT “Information Satellite Systems” named after academician M.F. Reshetnev" on the agreement of the Canadian company MacDonald, Dettwiler and Associates Ltd. (MDA) on the measles of Ukraine. During the implementation of the project, AT "ISS" is responsible for the design, production, testing of the satellite, as well as its preparation before launch and commissioning in orbit. MDA supplied the spacecraft with a repeater and antenna.

Lybid can provide communications, telecasting, and data transmission in the territories of Ukraine, India, and Africa. Production based on the current platform Express-1000NT. The active power of the spacecraft is 15 years, the weight is about 1800 kg, the weight that can be seen on the rotation column is 5880 W. There are 30 relay channels installed on board the satellite for the Ku-band frequencies.

The preparation of the Lybid spacecraft has been completed. The satellite is kept in safe custody at AT “IDS” until the deputy makes a decision about its launch.