Satellite Internet for personal use. Which satellite internet to choose. Equipment set “Like the New Rainbow-Internet on AM5”

Standard Hughes
on AM5 49,000 rub.

"Professional Hughes Jupiter" on Express AM-6 RUB 30,500

Standard Hughes
to Yamal 402 49,000 rub.

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Equipment set “Like New Rainbow-Internet on Yamal 402”

Equipment characteristics

Data transfer rate

From the satellite to the user: up to 8 Mbit/s
up to 1 Mbit/s

Equipment

2. 2W transceiver;

3. Satellite modem HN9200;

5. Connectors 2 pcs.;

• DNS caching

• Bidirectional DSCP

Equipment set “Like New - 1.2m Rainbow-Internet on Yamal 402”

Equipment characteristics

Data transfer rate

The equipment supports the following data transfer rates:
From the satellite to the user: up to 8 Mbit/s
From user to satellite: up to 1 Mbit/s

Equipment

1. Satellite antenna 1.2 m;

2. 2W transceiver;

3. Satellite modem HN9200;

4. Commscope cable with a CabelCon compression connector at one end - 2x10m (cable 2x20m, 2x30m, 2x40m, 2x50m can be ordered for an additional fee);

5. Connectors 2 pcs.;

Characteristics of the satellite modem

The Hughes HN9200 satellite modem is a high-performance broadband satellite router of the Ku and Ka bands with support for IPv6/IPv4 protocols, designed to provide high-speed Internet access through the Raduga-Internet operator network.

The device complies with the leading industry standard IPoS/DVB-S2 with adaptive coding and modulation (ACM), the HN9200 is capable of operating according to the DVB-S standard. When operating in DVB-S2 mode, the HN9200 provides the highest efficiency in the forward link with speeds up to 121 Mbit/s. The return channel speed reaches 3.2 Mbit/s, and adaptive MF/TDMA coding guarantees unsurpassed efficiency of the return channels.

The Hughes HN9200 enables high-bandwidth applications. The Hughes HN9200 complies with DVB-S and DVB-S2 standards. Fully compatible with the Hughes HN family of products, the HN9200 supports the latest modulation and coding techniques, as well as a variety of performance and efficiency improvements, allowing operators to deliver even the broadest types of services at an affordable price.

The HN9200 has a full set of integrated WAN optimizers. TCP and HTTP accelerators, including HTTP preload (objects are stored in the HN9200's local cache), combined with DNS caching, provide fast web browsing.

Equipment functionality

Local router supporting features:

• IPv6/IPv4 routing (ready to load IPv6 software when available)
• Static and dynamic addressing
• DHCP server or relay
• Full routing via RIPV1, RIPV2 and BGP protocols

IGMP multicasting to local networks:

• Translation of network addresses and NAT/PAT port addresses
• End-to-end transmission of VLAN tags in accordance with the 802.1P, 802.1Q standard and with configurable QoS for each VLAN separately
• Access control (Firewall) based on access lists

Optimization and acceleration of WAN traffic:

• Built-in PEP (Performance Enhancement Proxy) software to increase throughput parameters by optimizing the transmission of TCP traffic over the satellite channel, which allows for exceptional user performance and channel efficiency
• Built-in Hughes TurboPage® software accelerates HTTP traffic for faster web browsing
• DNS caching

Quality of Service (QoS) features:

• IQoS (backchannel quality of service)
• Bidirectional DSCP
• Forward Link Bandwidth Control

Increased security of network communications due to optional IPSEC and AES-256 encryption in forward and reverse channels

Equipment set “Like the New Rainbow-Internet on Ka-Sat”

Equipment characteristics

Data transfer rate

The equipment supports the following data transfer rates:
From the satellite to the user: up to 18 Mbit/s
From user to satellite: up to 6 Mbit/s

Equipment

• Reflector with a diameter of 0.75 m
• Transceiver 3W
• SurfBeam2 satellite modem for working on the Raduga-Internet network
• Self-locking connector – 1 pc.
• Additionally: mounting kit for the bracket - 100 rubles.

Characteristics of the satellite modem

The SurfBeam 2 satellite modem is designed to provide high-speed Internet access through the Raduga-Internet operator network. SurfBeam 2 powers bandwidth-intensive applications. Surf-Beam 2 complies with DVB-S and DVB-S2 standards.

Depending on the satellite used, tariff plan and satellite network parameters, the data transfer speed of SurfBeam 2 can reach up to 18 Mbit/s in the forward channel (receiving files from the Internet), and up to 6 Mbit/s in the reverse channel (uploading files to the Internet) . SurfBeam 2 allows you to work with Windows, UNIX, Apple Macintosh and other platforms using IP technologies.

The SurfBeam 2 satellite modem has one 10/100/1000 Base Ethernet LAN port with an RJ45 connector designed to connect a personal computer.

Technical capabilities:

IP prioritization and IP filtering;

compression of IP headers in the return channel;

DNS caching and preload capability;

ability to work using the DVB-S2 protocol;

the ability to transmit FTP, HTTP, UDP traffic, NAT traffic, multicast traffic from the headend to the terminal;

maintaining more than 35 open spoofed TCP sessions simultaneously.

Equipment functionality

• automatic software and configuration updates are downloaded;
• use of the Performance Enhancing Proxy accelerator to increase throughput;
• possibility of remote configuration, status monitoring.

Equipment set “Standard Rainbow-Internet on Yamal 402” (NewTec)

Equipment characteristics

Data transfer rate

The equipment supports the following data transfer rates:
From the satellite to the user: up to 16384 Kbps
From user to satellite: up to 768 Kbps

Equipment

• 2*10 m coaxial cable;
• User guide
• Additionally: mounting kit for the bracket - 100 rubles.

Characteristics of the satellite modem

Equipment set “Professional Rainbow-Internet on Ka-Sat”

Equipment characteristics

Data transfer rate

The equipment supports the following data transfer rates:
From the satellite to the user: up to 18 Mbit/s
From user to satellite: up to 6 Mbit/s

Equipment

• Reflector with a diameter of 1.2 m
• Transceiver 4W
• SurfBeam2 Pro satellite modem for working on the Raduga-Internet network
• SAT 703B cable with CabelCon compression connector at one end - 20 meters.
• Self-locking CabelCon connector – 1 pc.

Characteristics of the satellite modem

The SurfBeam 2 satellite modem is designed to provide high-speed Internet access through the Raduga-Internet operator network. SurfBeam 2 powers bandwidth-intensive applications. Surf-Beam 2 complies with DVB-S and DVB-S2 standards. Depending on the satellite used, tariff plan and satellite network parameters, the data transfer speed of SurfBeam 2 can reach up to 18 Mbit/s in the forward channel (receiving files from the Internet), and up to 6 Mbit/s in the reverse channel (uploading files to the Internet) . SurfBeam 2 allows you to work with Windows, UNIX, Apple Macintosh and other platforms using IP technologies. The SurfBeam 2 satellite modem has one 10/100/1000 Base Ethernet LAN port with an RJ45 connector designed to connect a personal computer. Technical capabilities: IP prioritization and IP filtering; compression of IP headers in the return channel; DNS caching and preload capability; ability to work using the DVB-S2 protocol; the ability to transmit FTP, HTTP, UDP traffic, NAT traffic, multicast traffic from the headend to the terminal; maintaining more than 35 open spoofed TCP sessions simultaneously.

Equipment functionality

• Automatic software and configuration updates are downloaded;
• Using the Performance Enhancing Proxy accelerator to increase throughput;
• Possibility of remote configuration, status monitoring.

Equipment set “Standard Rainbow-Internet on Yamal 401” (NewTec)

Equipment characteristics

Data transfer rate

The equipment supports the following data transfer rates:
From the satellite to the user: up to 16384 Kbps
From user to satellite: up to 768 Kbps

Equipment

The set of equipment for working with the Newtec service includes the following:

• Satellite dish 0.75 meters;
• Interactive LNB (iLNB), which combines the functions of an LNB and a Ku-band signal transmitter with a power of 800 mW;
• Satellite modem with power supply;
• Point&Play TM antenna pointing device;
• 2*10 m coaxial cable;
• 4 F-type connectors (+1 spare);
• Ethernet connection cable 2m;
• User guide
• Additionally: mounting kit for the bracket - 100 rubles.

Characteristics of the satellite modem

The MDM2200 satellite modem, manufactured by Newtec, is a solution for two-way data transmission via satellite in the Ku-band. The manufacturer is positioned on the market as a budget solution for providing satellite Internet, telephony and data transmission to subscribers. Despite the low cost of the equipment, Newtec claims that its MDM2200 satellite modem is capable of supporting all modern satellite data transmission technologies - the DVB-S2 standard, adaptive coding and modulation ACM, adaptive coding in the return channel, TCP acceleration, traffic compression and encryption.

Like new - Equipment set “Standard Rainbow-Internet on Yamal 401” (NewTec)

Equipment characteristics

Data transfer rate

The equipment supports the following data transfer rates:
From the satellite to the user: up to 16384 Kbps
From user to satellite: up to 768 Kbps

Equipment

The set of equipment for working with the Newtec service includes the following:

• Satellite dish 0.75 meters;
• Interactive LNB (iLNB), which combines the functions of an LNB and a Ku-band signal transmitter with a power of 800 mW;
• Satellite modem with power supply;
• Point&Play TM antenna pointing device;
• 2*10 m coaxial cable;
• 4 F-type connectors (+1 spare);
• Ethernet connection cable 2m;
• User guide
• Additionally: mounting kit for the bracket - 100 rubles.

Characteristics of the satellite modem

The MDM2200 satellite modem, manufactured by Newtec, is a solution for two-way data transmission via satellite in the Ku-band. The manufacturer is positioned on the market as a budget solution for providing satellite Internet, telephony and data transmission to subscribers. Despite the low cost of the equipment, Newtec claims that its MDM2200 satellite modem is capable of supporting all modern satellite data transmission technologies - the DVB-S2 standard, adaptive coding and modulation ACM, adaptive coding in the return channel, TCP acceleration, traffic compression and encryption.

Equipment set “Standard+ Hughes Jupiter” for Express AM-5

Equipment characteristics

Data transfer rate

The equipment supports the following data transfer rates:
From the satellite to the user: up to 45 Mbit/s
From user to satellite: up to 10 Mbit/s

Equipment

1. Satellite dish 0.74 m;
2. Transceiver 2 W;
3. Satellite modem HT1100, for working in the Rainbow Internet network;
4. Self-Install connector - 1 pc.;
5. User guide.
6. Additionally: mounting kit for the bracket - 100 rubles.

Characteristics of the satellite modem

Hughes satellite modem

Hughes satellite modem

Equipment functionality

Network interface

• IPv6/IPv4 routing
• DHCP server or relay

Optimization and acceleration of WAN traffic:

• DNS caching

Quality of Service (QoS) features:

• IQoS (backchannel quality of service)
• Bidirectional DSCP
• Forward Link Bandwidth Control

Correspondence: regulatory standards

• European RoHS requirements

Equipment set “Like the New Rainbow-Internet on AM5”

Equipment characteristics

Data transfer rate

The equipment supports the following data transfer rates:
From the satellite to the user: up to 8 Mbit/s
From user to satellite: up to 1 Mbit/s

Equipment

1. Satellite dish 0.74 m;

2. 2W transceiver;

3. Satellite modem HN9200;

4. Commscope cable with a CabelCon compression connector at one end - 2x10m (cable 2x20m, 2x30m, 2x40m, 2x50m can be ordered for an additional fee);

5. Connectors 2 pcs.;

6. The antenna mounting bracket is not included in the package. You can additionally order a bracket when placing an order (the cost of the bracket is 1000 rubles).

The total weight of the set is 18 kg (with bracket 22 kg).

Characteristics of the satellite modem

The Hughes HN9200 satellite modem is a high-performance broadband satellite router of the Ku and Ka bands with support for IPv6/IPv4 protocols, designed to provide high-speed Internet access through the Raduga-Internet operator network.

The device complies with the leading industry standard IPoS/DVB-S2 with adaptive coding and modulation (ACM), the HN9200 is capable of operating according to the DVB-S standard. When operating in DVB-S2 mode, the HN9200 provides the highest efficiency in the forward link with speeds up to 121 Mbit/s. The return channel speed reaches 3.2 Mbit/s, and adaptive MF/TDMA coding guarantees unsurpassed efficiency of the return channels.

The Hughes HN9200 enables high-bandwidth applications. The Hughes HN9200 complies with DVB-S and DVB-S2 standards. Fully compatible with the Hughes HN family of products, the HN9200 supports the latest modulation and coding techniques, as well as a variety of performance and efficiency improvements, allowing operators to deliver even the broadest types of services at an affordable price.

The HN9200 has a full set of integrated WAN optimizers. TCP and HTTP accelerators, including HTTP preload (objects are stored in the HN9200's local cache), combined with DNS caching, provide fast web browsing.

Equipment functionality

Local router supporting features:

• IPv6/IPv4 routing (ready to load IPv6 software when available)
• Static and dynamic addressing
• DHCP server or relay
• Full routing via RIPV1, RIPV2 and BGP protocols

IGMP multicasting to local networks:

• Translation of network addresses and NAT/PAT port addresses
• End-to-end transmission of VLAN tags in accordance with the 802.1P, 802.1Q standard and with configurable QoS for each VLAN separately
• Access control (Firewall) based on access lists

Optimization and acceleration of WAN traffic:

• Built-in PEP (Performance Enhancement Proxy) software to increase throughput parameters by optimizing the transmission of TCP traffic over the satellite channel, which allows for exceptional user performance and channel efficiency
• Built-in Hughes TurboPage® software accelerates HTTP traffic for faster web browsing
• DNS caching

Quality of Service (QoS) features:

• IQoS (backchannel quality of service)
• Bidirectional DSCP
• Forward Link Bandwidth Control

Increased security of network communications due to optional IPSEC and AES-256 encryption in forward and reverse channels

Equipment set “Like New - 1.2 Rainbow-Internet on AM5”

Equipment characteristics

Data transfer rate

The equipment supports the following data transfer rates:
From the satellite to the user: up to 8 Mbit/s
From user to satellite: up to 1 Mbit/s

Equipment

1. Satellite antenna 1.2 m;

2. 2W transceiver;

3. Satellite modem HN9200;

4. Commscope cable with a CabelCon compression connector at one end - 2x10m (cable 2x20m, 2x30m, 2x40m, 2x50m can be ordered for an additional fee);

5. Connectors 2 pcs.;

6. The antenna mounting bracket is not included in the package.

Characteristics of the satellite modem

The Hughes HN9200 satellite modem is a high-performance broadband satellite router of the Ku and Ka bands with support for IPv6/IPv4 protocols, designed to provide high-speed Internet access through the Raduga-Internet operator network.

The device complies with the leading industry standard IPoS/DVB-S2 with adaptive coding and modulation (ACM), the HN9200 is capable of operating according to the DVB-S standard. When operating in DVB-S2 mode, the HN9200 provides the highest efficiency in the forward link with speeds up to 121 Mbit/s. The return channel speed reaches 3.2 Mbit/s, and adaptive MF/TDMA coding guarantees unsurpassed efficiency of the return channels.

The Hughes HN9200 enables high-bandwidth applications. The Hughes HN9200 complies with DVB-S and DVB-S2 standards. Fully compatible with the Hughes HN family of products, the HN9200 supports the latest modulation and coding techniques, as well as a variety of performance and efficiency improvements, allowing operators to deliver even the broadest types of services at an affordable price.

The HN9200 has a full set of integrated WAN optimizers. TCP and HTTP accelerators, including HTTP preload (objects are stored in the HN9200's local cache), combined with DNS caching, provide fast web browsing.

Equipment functionality

Local router supporting features:

• IPv6/IPv4 routing (ready to load IPv6 software when available)
• Static and dynamic addressing
• DHCP server or relay
• Full routing via RIPV1, RIPV2 and BGP protocols

IGMP multicasting to local networks:

• Translation of network addresses and NAT/PAT port addresses
• End-to-end transmission of VLAN tags in accordance with the 802.1P, 802.1Q standard and with configurable QoS for each VLAN separately
• Access control (Firewall) based on access lists

Optimization and acceleration of WAN traffic:

• Built-in PEP (Performance Enhancement Proxy) software to increase throughput parameters by optimizing the transmission of TCP traffic over the satellite channel, which allows for exceptional user performance and channel efficiency
• Built-in Hughes TurboPage® software accelerates HTTP traffic for faster web browsing
• DNS caching

Quality of Service (QoS) features:

• IQoS (backchannel quality of service)
• Bidirectional DSCP
• Forward Link Bandwidth Control

Increased security of network communications due to optional IPSEC and AES-256 encryption in forward and reverse channels

Like New - Equipment set “Standard Rainbow-Internet on Yamal 402” (NewTec)

Equipment characteristics

Data transfer rate

The equipment supports the following data transfer rates:
From the satellite to the user: up to 16384 Kbps
From user to satellite: up to 768 Kbps

Equipment

The set of equipment for working with the Newtec service includes the following:

• Satellite dish 0.75 meters;
• Interactive LNB (iLNB), which combines the functions of an LNB and a Ku-band signal transmitter with a power of 800 mW;
• Satellite modem with power supply;
• Point&Play TM antenna pointing device;
• 2*10 m coaxial cable;
• 4 F-type connectors (+1 spare);
• Ethernet connection cable 2m;
• User guide
• Additionally: mounting kit for the bracket - 100 rubles.

Characteristics of the satellite modem

The MDM2200 satellite modem, manufactured by Newtec, is a solution for two-way data transmission via satellite in the Ku-band. The manufacturer is positioned on the market as a budget solution for providing satellite Internet, telephony and data transmission to subscribers. Despite the low cost of the equipment, Newtec claims that its MDM2200 satellite modem is capable of supporting all modern satellite data transmission technologies - the DVB-S2 standard, adaptive coding and modulation ACM, adaptive coding in the return channel, TCP acceleration, traffic compression and encryption.

Equipment set “Professional Hughes Jupiter” for Express AM-5

Equipment characteristics

Data transfer rate

The equipment supports the following data transfer rates:
From the satellite to the user: up to 45 Mbit/s
From user to satellite: up to 10 Mbit/s

Equipment

1. Satellite dish 0.98 m;
2. Transceiver 2 W;
3. Satellite modem HT1100 , for working on the Raduga-Internet network;
4. Cable SAT 703 with a compression connector at one end - 20 m (you can order a cable of 40 m, 60 m, for an additional fee);
5. Self-Install connector - 1 pc.;
6. Universal support for wall mounting.
7. User guide.
8. Additionally: mounting kit for the bracket - 100 rubles.

Characteristics of the satellite modem

Hughes satellite modem NT1100 - designed to operate in Ka-band multi-beam satellite systems with high throughput. The HT1100 has best-in-class throughput, delivering a total throughput of up to 45 Mbps per terminal and supporting broadband applications such as fast web browsing, file sharing, and video streaming.

Hughes satellite modem HT1100 - has an integrated web accelerator client that supports HTTP prefetching (web objects are stored in local cache), DNS caching, compression of headers and information parts of packets, and byte-level caching, which provides exceptionally high user performance and performance.

Equipment functionality

Network interface

• Gigabit Ethernet LAN; Rj45 connector

Local router supporting features:

• IPv6/IPv4 routing
• Static and dynamic addressing
• DHCP server or relay

Optimization and acceleration of WAN traffic:

• Integrated Performance Enhancement Proxy (PEP) for TCP/IP
• Integrated Hughes TurboPage® software for processing HTTP traffic to speed up the web browsing process
• AES encryption in forward and return satellite channels
• DNS caching

Quality of Service (QoS) features:

• IQoS (backchannel quality of service)
• Bidirectional DSCP
• Forward Link Bandwidth Control

Correspondence: regulatory standards

• Safety: UL/CSA/EN 60950
• Electromagnetic compatibility: FCC Part 15 class B, ICES-003
• European RoHS requirements

Equipment set “Standard+ Hughes Jupiter” for Express AM-6

Equipment characteristics

Data transfer rate

The equipment supports the following data transfer rates:
From the satellite to the user: up to 45 Mbit/s
From user to satellite: up to 10 Mbit/s

Equipment

1. Satellite dish 0.74 m;
2. Transceiver 2 W;
3. Satellite modem HT1100;
4. SAT 703 cable with a compression connector at one end - 20m (you can order a cable of 30m, 40m, 50m, for an additional fee);
5. Self-Install connector - 1 pc.;
6. Universal support for wall mounting.
7. User guide.
8. Additionally: mounting kit for the bracket - 100 rubles.

The total weight of the set is 26.1 kg with bracket.

Characteristics of the satellite modem

Hughes satellite modem NT1100 - designed to operate in Ka-band multi-beam satellite systems with high throughput. The HT1100 has best-in-class throughput, delivering a total throughput of up to 45 Mbps per terminal and supporting broadband applications such as fast web browsing, file sharing, and video streaming.

Hughes satellite modem HT1100 - has an integrated web accelerator client that supports HTTP prefetching (web objects are stored in local cache), DNS caching, compression of headers and information parts of packets, and byte-level caching, which provides exceptionally high user performance and performance.

Satellite dish characteristics

Network interface

• Gigabit Ethernet LAN; Rj45 connector

Local router supporting features:

• IPv6/IPv4 routing
• Static and dynamic addressing
• DHCP server or relay

Optimization and acceleration of WAN traffic:

• Integrated Performance Enhancement Proxy (PEP) for TCP/IP
• Integrated Hughes TurboPage® software for processing HTTP traffic to speed up the web browsing process
• AES encryption in forward and return satellite channels
• DNS caching

Quality of Service (QoS) features:

• IQoS (backchannel quality of service)
• Bidirectional DSCP
• Forward Link Bandwidth Control

Correspondence: regulatory standards

• Safety: UL/CSA/EN 60950
• Electromagnetic compatibility: FCC Part 15 class B, ICES-003
• European RoHS requirements

Equipment set “Standard Rainbow Internet on AM5” From the satellite to the user: up to 8 Mbit/s
From user to satellite: up to 1 Mbit/s

Equipment

1. Satellite dish 0.74 m;

2. 2W transceiver;

3. Satellite modem HN9260;

4. Commscope cable with a CabelCon compression connector at one end - 2x10m (you can order a 40m, 60m cable for an additional fee);

5. Connectors 2 pcs.;

6. The antenna mounting bracket is not included in the package. You can additionally order a bracket when placing an order (the cost of the bracket is 1000 rubles).

7. Additionally: mounting kit for the bracket - 100 rubles.

The total weight of the set is 18 kg (with bracket 22 kg).

Characteristics of the satellite modem

The Hughes HN9260 enables high-bandwidth applications. The Hughes HN9260 complies with DVB-S and DVB-S2 standards. Fully compatible with the Hughes HN family of products, the HN9260 supports the latest modulation and coding techniques, as well as a variety of performance and efficiency improvements, allowing operators to deliver even the broadest types of services at an affordable price.

Equipment functionality

Local router supporting features:

• IPv6/IPv4 routing (ready to load IPv6 software when available)
• Static and dynamic addressing
• DHCP server or relay
• Full routing via RIPV1, RIPV2 and BGP protocols

IGMP multicasting to local networks:

• Translation of network addresses and NAT/PAT port addresses
• End-to-end transmission of VLAN tags in accordance with the 802.1P, 802.1Q standard and with configurable QoS for each VLAN separately
• Access control (Firewall) based on access lists

Optimization and acceleration of WAN traffic:

• Built-in PEP (Performance Enhancement Proxy) software to increase throughput parameters by optimizing the transmission of TCP traffic over the satellite channel, which allows for exceptional user performance and channel efficiency
• Built-in Hughes TurboPage® software accelerates HTTP traffic for faster web browsing
• DNS caching

Quality of Service (QoS) features:

• IQoS (backchannel quality of service)
• Bidirectional DSCP
• Forward Link Bandwidth Control

Increased security of network communications due to optional IPSEC and AES-256 encryption in forward and reverse channels

Equipment set “Professional Hughes Jupiter” for Express AM-6

Equipment

1. Satellite dish 0.98 m;
2. Transceiver 2 W;
3. Satellite modem HT1100;
4. Cable SAT 703 with a compression connector at one end - 20 m (you can order a cable of 40 m, 60 m, for an additional fee);
5. Self-Install connector - 1 pc.;
6. Universal support for wall mounting.
7. User guide.
8. Additionally: mounting kit for the bracket - 100 rubles.

Total weight of the set with bracket - 31.7 kg

Characteristics of the satellite modem

Hughes satellite modem NT1100 - designed to operate in Ka-band multi-beam satellite systems with high throughput. The HT1100 has best-in-class throughput, delivering a total throughput of up to 45 Mbps per terminal and supporting broadband applications such as fast web browsing, file sharing, and video streaming.

Hughes satellite modem HT1100 - has an integrated web accelerator client that supports HTTP prefetching (web objects are stored in local cache), DNS caching, compression of headers and information parts of packets, and byte-level caching, which provides exceptionally high user performance and performance.

Equipment functionality

Network interface

• Gigabit Ethernet LAN; Rj45 connector

Local router supporting features:

• IPv6/IPv4 routing
• Static and dynamic addressing
• DHCP server or relay

Optimization and acceleration of WAN traffic:

• Integrated Performance Enhancement Proxy (PEP) for TCP/IP
• Integrated Hughes TurboPage® software for processing HTTP traffic to speed up the web browsing process
• AES encryption in forward and return satellite channels
• DNS caching

Quality of Service (QoS) features:

• IQoS (backchannel quality of service)
• Bidirectional DSCP
• Forward Link Bandwidth Control

Correspondence:

Characteristics of the satellite modem

The Hughes HN9260 satellite modem is a high-performance broadband satellite router of the Ku and Ka bands with support for IPv6/IPv4 protocols, designed to provide high-speed Internet access through the Raduga-Internet operator network.

The device complies with the leading industry standard IPoS/DVB-S2 with adaptive coding and modulation (ACM), the HN9260 is capable of operating under the DVB-S standard. When operating in DVB-S2 mode, the HN9260 provides the highest efficiency in the forward link with speeds up to 121 Mbit/s. The return channel speed reaches 3.2 Mbit/s, and adaptive MF/TDMA coding guarantees unsurpassed efficiency of the return channels.

The Hughes HN9260 enables high-bandwidth applications. The Hughes HN9260 complies with DVB-S and DVB-S2 standards. Fully compatible with the Hughes HN family of products, the HN9260 supports the latest modulation and coding techniques, as well as a variety of performance and efficiency improvements, allowing operators to deliver even the broadest types of services at an affordable price.

The HN9260 has a full set of integrated WAN optimizers. TCP and HTTP accelerators, including HTTP preload (objects are stored in the HN9260's local cache), combined with DNS caching, provide fast web browsing.

Equipment functionality

Local router supporting features:

• IPv6/IPv4 routing (ready to load IPv6 software when available)
• Static and dynamic addressing
• DHCP server or relay
• Full routing via RIPV1, RIPV2 and BGP protocols

IGMP multicasting to local networks:

• Translation of network addresses and NAT/PAT port addresses
• End-to-end transmission of VLAN tags in accordance with the 802.1P, 802.1Q standard and with configurable QoS for each VLAN separately
• Access control (Firewall) based on access lists

Optimization and acceleration of WAN traffic:

• Built-in PEP (Performance Enhancement Proxy) software to increase throughput parameters by optimizing the transmission of TCP traffic over the satellite channel, which allows for exceptional user performance and channel efficiency
• Built-in Hughes TurboPage® software accelerates HTTP traffic for faster web browsing
• DNS caching

Quality of Service (QoS) features:

• IQoS (backchannel quality of service)
• Bidirectional DSCP
• Forward Link Bandwidth Control

Increased security of network communications due to optional IPSEC and AES-256 encryption in forward and reverse channels

Personal access “to the world” from a personal computer, communication with company employees at any time during working hours, increasing the efficiency of their work due to the ability to quickly respond to the information provided – these are the factors that form the requirements for modern communication technologies.

Therefore, satellite Internet from the operator AltegroSky is more than just access to content - it is aimed at ensuring reliable work with IP services, including the transmission of voice, data, video, audio and video conferencing, allowing for the organization of operational management and interaction of specialists from remote departments of large companies.

Individual VSAT for private users is an ideal solution for modern and comfortable country life: satellite Internet will allow you to not interrupt communication, study and work, providing access to popular Internet services, social networks, games, news and entertainment content in a country house, country house, in a cottage - like in a city apartment!

Advantages of satellite Internet

1. Independence from ground infrastructure.
2. High speed characteristics.
3. Affordable price.
4. Variability of satellite solutions.
5. Wide range of tariffs, including unlimited access.

Scheme of organizing satellite Internet based on VSAT technologies

The principle of organizing the service is very simple. The user only needs electricity to operate. All processing of Internet traffic is performed at the NCC and depends on the VSAT platform used by the operator.

In our network, we use technologies that ensure correct processing of any IP protocols, which allows the user to work with the necessary Internet applications:

• high-speed access to global Internet resources;
• Email;
• messaging services (ICQ);
• voice and video communication applications (Skype);
• electronic payment services for goods and services (hotels, taxis, air and railway tickets, etc.);
• exchange on-line services;
• banking on-line services;
• remote access to corporate applications using a VPN.

Therefore, it is worth buying satellite Internet for anyone who would like to have maximum opportunities for online communication - regardless of their location both in Russia and abroad.

Rates

All tariffs

VSAT subscriber terminal for two-way Internet

Two-way satellite Internet operates through the VSAT terminal (Very Small Aperture Terminal) - a satellite ground station with a small (0.6 to 2.4 m) diameter antenna. In modern satellite networks, this size is quite enough to organize a symmetrical Internet. Assembling the terminal does not require special skills, and given its low weight, the solution ensures high mobility and ease of work on the network. To connect to bidirectional satellite internet, you will need a VSAT small satellite earth station.

The standard subscription kit consists of:

1. Antennas;
2. Modem (channel-forming equipment);
3. Transceiver device (2 W);
4. Rod for attaching the transceiver device;
5. Radio frequency cable with connectors;
6. Supports for mounting the antenna;
7. Grounding cable.

The most popular kits for two-way satellite Internet are terminals with antennas of 0.74m, 0.98m and 1.2m.

VSAT kits

You can independently determine the parameters necessary to connect and configure satellite Internet by using the Satellite Finder.

With us - you choose reliable and affordable two-way satellite Internet! We will be glad to see you among our clients.

In this article I will try to conduct a comparative analysis of kits for two-way satellite broadband access services or, in simple terms, satellite Internet, in order to try to answer the question: Which satellite Internet to choose?

Let me make a reservation right away that this comparison is from the point of view of an installer and a private user, and not a technical specialist or IT specialist. This material will be of interest to private users and small organizations (farms, shops, small firms, etc.) located in the European part of the Russian Federation. For large companies with a large number of subscribers and huge traffic, completely different offers are provided, which we will not consider in the framework of this publication.

Who and how will we compare?

Today there are 3 main players in this field:

• KiteNet.
• Eutelsat Networks, which operates under the Tricolor brand.
• And the so-called Ka-Sat from Altegro Sky, Raduga-Internet and several other operators.

You can also find Hughes JUPITER kits, but this is a more expensive solution and it is more relevant for the eastern regions of the country, so we will not consider them in this review.

I will compare the proposals of the above-mentioned review participants according to 6 parameters, based on my own experience and feedback from our clients:

1. Coverage area.
2. Set of equipment.
3. Cost of equipment.
4. Installation, configuration and registration.
5. Tariffs and speed of work. For comparison, let's take 10GB of prepaid traffic.
6. Ease of purchase and scope of application.

It is clear that any of these points can change at any time. For example, some operators can reduce the cost of traffic (dreams, dreams), while others will offer more affordable equipment. So, I’ll make a reservation that the data below is current at the time of writing the review, which is March 2017.

Ka-Sat satellite internet review

Let's start with Ka-Sata, because... This offer appeared on the domestic market earlier than the other two.

1. Tricolor Internet coverage area

The service is provided from the Express-AMU1 satellite (Eutelsat 36C) at 36° East. Thanks to this, the Tricolor satellite Internet covers the entire European part of Russia, as well as most of Eastern Siberia. In addition, this is the highest hanging satellite for us, and, therefore, the most convenient for reception (especially in the European part of the country).

Here five.

2. Tricolor Internet equipment set

The kit is the most compact of all and the most modern of all reviewed. The equipment was manufactured by the famous Israeli company Gilat Satellite Networks. For connection, a set of Gemini-i satellite equipment is used, consisting of:

• Antennas with a diameter of 0.76 m with a mounting and guidance system
• 2 Watt transceiver with built-in audio precision guidance indicator
• Satellite modem

Unfortunately, the bracket is not included. Overall, a good quality kit, but still a little inferior to the Ka-Sat.

Four for the lack of a bracket.

3. Cost of Tricolor Internet equipment

The price for a set on the market is not small - from 24,000 to 27,000 rubles. The highest of all three operators. Someone may draw an analogy here with the Tricolor TV satellite television set, which has never been famous for its attractive price. Well, what can I say: Tricolor is a brand, but you have to pay for the name.

Because price the cost of the kit is the highest of all, then we will supply three.

4. Installation, configuration and registration of Tricolor Internet

Installation is almost the same as Ka-Sat, but there are several technical aspects that make assembly and installation more complicated. Most likely, you will have to use the services of specialists.

Four.

5. Tariffs and speed of Tricolor Internet

As for the speed of operation, Tricolor simply has no competitors here! 40 Mbit/s receiving and 12 Mbit/s returning. Today, no one works faster! Even newfangled LTE mobile networks cannot offer such speeds everywhere.

Today it is impossible to imagine life without the Internet. But sometimes, due to difficult terrain, lack of conditions and remoteness of the place of residence, it is difficult to connect to the World Wide Web. In this case, satellite Internet turns out to be indispensable. It’s quite easy to configure it with your own hands. If something doesn’t work out, you can always call a specialist.

Satellite Internet: what is it?

This type of Internet is access to the Internet via satellite. In this case, the signal from its terminal is fed to a special antenna, which has a built-in receiver, and only then to the computer. It moves across the network at a fairly high speed.

Equipment for setting up satellite Internet is not cheap, but the quality completely justifies all the costs. You can connect satellite Internet with your own hands; to do this, you just need to buy a set of equipment and follow the instructions.

All necessary programs are installed on the computer. And after installing the equipment, all that remains is to test the equipment, choose a provider, tariff and pay for the service.

Types of satellite connection

The Internet broadcast from a satellite is divided into two types: one-way and two-way. You can set up both satellite Internet yourself or call a specialist who will do it much faster.

In a one-way connection, the incoming signal comes from the satellite, and the outgoing signal comes through terrestrial telecommunications or via the mobile Internet. The speed of one-way (asymmetric) Internet is not as high as compared to two-way Internet, but the cost of tariff plans is affordable. This is due to the reduction in costs for return traffic.

In symmetrical Internet (two-way) or VSAT, the incoming and outgoing channels pass through the satellite. Communication is carried out through a modem-transmitter tuned to the signal. The satellite dish here plays the role of a teleport, transmitting information at a speed of 1 Mb/s. This kind of Internet is expensive, but the quality is excellent.

Due to the high cost, two-way is rarely used, mainly for organizations located far from large cities. The asymmetric option is more popular and available to ordinary subscribers.

Operating principle

If you connect satellite Internet with your own hands, the principle of its operation will be as follows. The user, using a proxy server or virtual VPN network, sends a signal to the provider, which redirects it to the satellite. The received stream is amplified several times and enters the satellite dish receiver. As a rule, each satellite covers a certain part of the globe, which is equal to an area of ​​​​several thousand square kilometers. In this case, the flow power increases towards the center, and weakens closer to the edge.

The receiving head or convector on a dish is connected to a DVB card located in the PCI slot of the computer. From here the converted signal reaches the user. A satellite may have several providers. Before connecting to the Internet, you must select a satellite and the appropriate Internet provider.

Equipment for one-way Internet

To connect one-way satellite Internet with your own hands, you need to purchase a set of equipment. It usually includes:

1. PCI/USB DVB-S/S2 card. It is distinguished by the fastest possible stream transmission from the satellite. Decodes the signal and transmits it to a personal computer.
2. Satellite antenna. Its choice depends on the provider and the satellite from which the signal is broadcast.
3. Converter. It is located in the focus of the satellite dish and receives the signal. Redirects the received stream to a DVB card, where it undergoes further conversion. Ku-band converters with linear polarization are often used. In rare cases, a circularly polarized element is used.
4. Coaxial cable. Connects the converter and the DVB card together. To do this, use special connectors with an F-connector.
5. Modem or telephone. Used as an outgoing channel with one-way technology. This could be a USB modem with EDGE (GPRS), a fiber optic or ADSL telephone line, or a dial-up connection.

The finished set of equipment just needs to be installed according to the instructions. By the way, the device for transmitting the outgoing stream is purchased separately.

Equipment for two-way

When connecting VSAT, data reception and transmission occurs only via satellite channels, and there is no need for additional terrestrial sources. If you install two-way satellite Internet with your own hands correctly, then its operation will not be affected by weather conditions. To install you need to purchase:

1. Ku-band satellite dish. It receives and transmits signals. The standard diameter is 1.2-1.8 m.
2. Blocks. The transmitting BUC signal and the receiving LNB stream, which are mounted on the satellite dish feed. They are universal and suitable for all types of antennas. They are not connected to a satellite terminal.
3. A terminal responsible for receiving and transmitting satellite streams.

Two-way Internet allows you to develop high data transfer speeds. Operates independently of ground equipment. The only significant disadvantage is its high cost.

Advantages

It is not difficult to install free satellite Internet with your own hands; just read the instructions that come with the equipment. The main advantages of this connection are:

• low price of traffic compared to GPRS and DSL;
• good speed even with poor performance of the land line;
• the ability to reach higher speeds than land-based connections such as GPRS and DSL;
• ability to connect to satellite TV;
• connection to the Network anywhere within the satellite coverage area;
• quick commissioning of equipment;
• ease of use.

You can feel all the positive aspects of using satellite Internet only if you use this service yourself.

Negative sides

You can connect free satellite Internet with your own hands in a matter of hours. But this type of communication has its drawbacks:

• the receiving antenna must be strictly oriented towards the satellite, otherwise the signal will stop;
• due to the great distance from the earth (about 36 thousand km), a high ping is observed;
• Terrestrial types of Internet are much cheaper than satellite, especially in big cities. The costs of maintaining a satellite are quite high, and part of them falls on the shoulders of subscribers;
• Some satellite companies provide an IP address that does not correspond to your place of residence, which causes search engines to malfunction.

Despite the above disadvantages, satellite Internet remains in demand, and the equipment necessary for its transmission is constantly being improved, which creates a great future for it.

About satellite providers

It’s not difficult to set up satellite Internet and TV yourself, but at the first stage you should decide on the provider that will provide the service. The most popular are:

• SatGate;
• "Rainbow-Internet";
• "Tricolor-Internet";
• StarBlazer;
• skyds;
• Lansat;
• "STV";
• "Gazprom Space Systems";
• Helios;
• OpenSky;
• Spectrumsat;
• GxSat.

All of them work on DVB-S or DVB-S2 satellite sources. This type of connection allows you to carry out the most popular operations - surfing, sending and receiving data, watching video files. For legal entities, there are individual connection schemes and IP addresses are allocated.

Basically, all providers turn in their work to such satellites as HorBird, Sirius 2, Astra 19.2, Eutelsat, Astra - 2C, Yamal-200-2, etc. There are a variety of tariffs in terms of speed and price. There are limited and unlimited. To choose the right provider, you need to determine what function the Internet should perform.

How to connect free satellite Internet with your own hands

Setting up satellite Internet with your own hands is carried out in several stages. First, attach the satellite dish to the wall or roof of the building. The antenna mirror is oriented towards the satellite. A compass will help you select the desired position, and the satellite coordinates are determined using the Satellite Antenna Alignment program.

The service is installed free of charge and in advance of equipment installation. The exact coordinates of your location and the location of the satellite are entered into the program. The service provides the angle, azimuth and other data necessary for the correct orientation of the antenna.

Subsequently, the DVB card is inserted into the PCI slot of the computer. It acts as a satellite modem, receiving, converting and transmitting the signal.

After the equipment is installed in the system unit, its debugging begins. This is a complex process that takes a lot of time. To do this, one person is in front of the computer and monitors the signal from the satellite, which the program will show when it is detected, and the other adjusts the position of the dish.

If the setup is carried out by one person, then in the program he can select the sound notification function, and he himself will adjust the antenna. Instead of a DVB card, an external card is installed in the laptop, connected via a USB connector. After installing all components, the equipment is tested.

To completely solve the question of how to make satellite Internet with your own hands, it takes a professional about two hours.

Free Internet via a satellite dish with your own hands: myth or reality?

You can set up free Internet via a satellite dish yourself if you have certain knowledge. But for these purposes you will need special equipment.

The satellite does not transmit a signal to any one device, but sends a stream to all devices capable of receiving it. Subscribers who pay for the service receive already filtered information that corresponds to the client’s request. Other people's traffic bypasses it.

Those who want to use satellite Internet for free should take into account that this type of connection will have a very specific format. There will be a lot of unsystematic traffic, working with which will cause certain difficulties. And although there are filters that can select the necessary files in this situation, this type of communication is unlikely to bring pleasure and allow you to enjoy all the possibilities of the Internet.

About tariffs

After you have connected the Internet via a satellite dish with your own hands, you should decide on the provider and tariffs. All tariffs are divided into the following types:

• with payment for the amount of traffic used;
• conditionally unlimited, which already includes a certain amount of traffic (exceeding the norm is paid additionally);
• unlimited, with a fixed subscription rate;
• for legal entities.

Internet at night is cheaper than during the day and can be unlimited. Each subscriber in his personal account is given the opportunity to independently manage services, increase speed, and switch to another tariff plan.

For one-way connection types, additional outgoing charges may apply. The cost of incoming traffic per 1 MB fluctuates around 0.5-1.5 rubles. The price for an unlimited tariff, depending on the speed (from 500 Kb/s to 4 Mb/s) varies from 500 to 1200 rubles.

Two-way satellite Internet will cost more, but the data transfer speed here is much higher and reaches 10 Mb/s. The monthly subscription fee ranges from 600 rubles. up to 20 thousand rubles.

Cost of equipment

You can also connect satellite Internet to a private house with your own hands. The price of equipment using asymmetric technology, together with a modem for the outgoing signal, will be about 5 thousand rubles. Ready-made kits are more expensive. The price of finished equipment for two-way reaches 30-70 thousand rubles. Each package contains a subscription to a specific provider.

Due to the large number of wireless networks, satellite Internet is losing its popularity. However, in those regions where it is not possible to use the services of ground operators, it remains the only alternative.

Personal access “to the world” from a personal computer, communication with company employees at any time during working hours, increasing the efficiency of their work due to the ability to quickly respond to the information provided – these are the factors that form the requirements for modern communication technologies.

Therefore, satellite Internet from the operator AltegroSky is more than just access to content - it is aimed at ensuring reliable work with IP services, including the transmission of voice, data, video, audio and video conferencing, allowing for the organization of operational management and interaction of specialists from remote departments of large companies.

Individual VSAT for private users is an ideal solution for modern and comfortable country life: satellite Internet will allow you to not interrupt communication, study and work, providing access to popular Internet services, social networks, games, news and entertainment content in a country house, country house, in a cottage - like in a city apartment!

Advantages of satellite Internet

1. Independence from ground infrastructure.
2. High speed characteristics.
3. Affordable price.
4. Variability of satellite solutions.
5. Wide range of tariffs, including unlimited access.

Scheme of organizing satellite Internet based on VSAT technologies

The principle of organizing the service is very simple. The user only needs electricity to operate. All processing of Internet traffic is performed at the NCC and depends on the VSAT platform used by the operator.

In our network, we use technologies that ensure correct processing of any IP protocols, which allows the user to work with the necessary Internet applications:

• high-speed access to global Internet resources;
• Email;
• messaging services (ICQ);
• voice and video communication applications (Skype);
• electronic payment services for goods and services (hotels, taxis, air and railway tickets, etc.);
• exchange on-line services;
• banking on-line services;
• remote access to corporate applications using a VPN.

Therefore, it is worth buying satellite Internet for anyone who would like to have maximum opportunities for online communication - regardless of their location both in Russia and abroad.

Rates

All tariffs

VSAT subscriber terminal for two-way Internet

Two-way satellite Internet operates through the VSAT terminal (Very Small Aperture Terminal) - a satellite ground station with a small (0.6 to 2.4 m) diameter antenna. In modern satellite networks, this size is quite enough to organize a symmetrical Internet. Assembling the terminal does not require special skills, and given its low weight, the solution ensures high mobility and ease of work on the network. To connect to bidirectional satellite internet, you will need a VSAT small satellite earth station.

The standard subscription kit consists of:

1. Antennas;
2. Modem (channel-forming equipment);
3. Transceiver device (2 W);
4. Rod for attaching the transceiver device;
5. Radio frequency cable with connectors;
6. Supports for mounting the antenna;
7. Grounding cable.

The most popular kits for two-way satellite Internet are terminals with antennas of 0.74m, 0.98m and 1.2m.

VSAT kits

You can independently determine the parameters necessary to connect and configure satellite Internet by using the Satellite Finder.

With us - you choose reliable and affordable two-way satellite Internet! We will be glad to see you among our clients.