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| HIGH SPEED BROADBAND - INTERNET VIA SATELLITE LATIN AMERICA & CARIBBEAN |
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We provide Internet connectivity via satellite for ISP's, Networks, Business & Residencial, Internet cafes & other customers requiring high-speed Broadband access.
Teleport Services
We provide a range of teleport services from the international teleport facility in six continents. Internet connectivity, int'l data circuits, and voice termination are the most common uses. Feel free to contact us with your specific requirements. Following is the list of satellites currently accessed by the teleports:
- Satmex V - C and Ku-band
- IS-805
- IS-907
- Pas-1R
- Satmex VI
- SES Global/New Skies
- Loral Skynet
- Sat-Ge
Internet Connectivity
The most common application of the EX4U Telecom teleport is to provide satellite connectivity from a remote location to the US Internet backbone. All teleports have fiber connectivity to the Internet, and in Teleport Services turn by uplinking and downlinking a satellite signal to the remote location, then that remote location is connected to high-speed Internet. We are currently providing this service to ISP's as well as private companies. Circuits can be set up to run with the same transmit/receive data rates (symmetric) or with asymmetric transmit and receive data rates.
International Data Circuits
We can provide direct connectivity from corporate headquarters to remote sites located in Latin America and/or Africa / Asia. Typically a customer will connect the our teleports to the corporate Teleport Services headquarters via a dedicated terrestrial data circuit. We will install a VSAT earth station at the remote location(s), providing the customer with end-to-end connectivity. We will provide all of the equipment with no capital cost to the customer, simply one monthly fee covers all equipment and service.
Voice Termination
We can also provide voice connectivity at the teleport hub, to provide voice termination for the customer. This connectivity can be provided via dedicated voice lines or with IP-voice.
VOIP
- Minutes Termination
- We provide satellite and teleport services for customers wishing to terminate minutes world wide. We have extensive minutes experience and can provide technical support in all aspects of the minutes termination business.
- We provide Termination, Traffic and Billing.
- We provide hosted PBX, DIDs, FolloMw, Unified Messaging, SIP/Video, SIP/Video conferencing (fixed and all mobile) service.
- Do you have traffic and need a route?
- Do you need Voip billing services?
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Monitor and Control
EX4U Telecom offers off-site and on-site system monitoring, both automated and manual. Do you need an email or text automatically sent to you when a specified device stops responding? Do you need to monitor bandwidth usage? We can offer simple alerts as well as dedicated off-site system monitoring tools Benefits of off-site system monitoring is that the monitor is not network dependent. If your monitoring system is on your network and your network goes down, the monitor will not be able to send an alert! Use off-site monitoring from us and avoid costly down time due to lack of notification.
Server Leasing
- We are very flexible and offers several options.
- We can custom build a server to client specifications.
- We can lease a pre-build dedicated server.
- We can lease a Virtual Server.
- We can also lease a server service, such as Ftp or DNS, etc.
Colocation
- Our facility offers Security and Reliability.
- We have a 3:1 Generator setup with auto-switching.
- True A and B feeds are available.
- Direct connect to XO fiber ring with BGP multi-carrier backup via diverse path.
- We offer per RU rack or cage or full switch room pricing options. Each switch room has redundant air conditioners.
- We can also connect your equipment to the hard to reach places via our on-site satellite teleport.
Installations
Site Surveys
We can connect the customer with trained, qualified local installers in Latin America, the Caribbean region, Africa & Asia. Contact us for more information.
- Site Surveys
- Civil Works
- Installation
- Certification
- Maintenance
We can provide integration material to help complete your installations:
- Connectors
- Power Combiners/Splitters
- Mounting Kits
- Rack Cabling
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VSAT - Single channel per carrier (SCPC)
SCPC Solutions
A private, secure point-to-point VSAT solution that provides a dedicated link and dedicated bandwidth between two locations.This VSAT system is Ideal for static environments, where communications requirements are clearly established - supports voice, data, video communications.
SCPC refers to using a single signal at a given frequency and bandwidth. Most often, this is used on broadcast satellites to indicate that radio stations are not multiplexed as subcarriers onto a single video carrier, but instead independently share a transponder. It may also be used on other communications satellites, or occasionally on non-satellite transmissions.
In an SCPC system, satellite bandwidth is dedicated to a single source. This makes sense if it is being used for something like satellite radio, which broadcasts continuously. Another very common application is voice, where a small amount of fixed bandwidth is required. However, it does not make sense for burst transmissions like satellite internet access or telemetry, since a customer would have to pay for the satellite bandwidth even when they were not using it.
Where multiple access is concerned, SCPC is essentially FDMA. Some applications use SCPC instead of TDMA, because they require guaranteed, unrestricted bandwidth.
Advantages:
- simple and reliable technology
- low-cost equipment
- any bandwidth (up to a full transponder)
- usually 64 kbit/s to 50 Mbit/s
- easy to add additional receive sites (earth stations)
MCPC
With multiple channels per carrier (MCPC), several subcarriers are combined into a single bitstream before being modulated onto a carrier transmitted from a single location to one or more remote sites. This uses time-division multiplexing (TDM). It is a retronym of sorts, as it was the only way radio networks were transmitted ("piggybacked" on television networks) until SCPC.
In digital radio and digital television, an ensemble or other multiplex or multichannel stations can be considered MCPC, though the term is generally only applied to satellites.
The major disadvantage of MCPC is that all of the signals must be sent to a single place first, then combined for retransmission a major reason for using SCPC instead. |
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VSAT - TDMA Solutions
Also known as Single Hop, bandwidth-on-demand technology. A fully meshed network solution allows all connected sites to communicate directly with each other, using a shared pool of bandwidth & optimizing performance and cost effectiveness. The VSAT TDMA system is ideally suited to regionally distributed remote operations that need to communicate both locally and centrally but whose demand for network capacity fluctuates supports voice, data, video communications - eLearning and telemedicine. |
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VSAT Star networks (topology) are one of the most common computer network topologies. In its simplest form, a star network consists of one central switch, hub or computer, which acts as a conduit to transmit messages. This consists of a central node, to which all other nodes are connected; this central node provides a common connection point for all nodes through a hub. Thus, the hub and leaf nodes, and the transmission lines between them, form a graph with the topology of a star. If the central node is passive, the originating node must be able to tolerate the reception of an echo of its own transmission, delayed by the two-way transmission time (i.e. to and from the central node) plus any delay generated in the central node. An active star network has an active central node that usually has the means to prevent echo-related problems.
The star topology reduces the chance of network failure by connecting all of the systems to a central node. When applied to a bus-based network, this central hub rebroadcasts all transmissions received from any peripheral node to all peripheral nodes on the network, sometimes including the originating node. All peripheral nodes may thus communicate with all others by transmitting to, and receiving from, the central node only. The failure of a transmission line linking any peripheral node to the central node will result in the isolation of that peripheral node from all others, but the rest of the systems will be unaffected. It is also designed with each node (file servers, workstations, and peripherals) connected directly to a central network hub, switch, or concentrator.
Data on a star network passes through the hub, switch, or concentrator before continuing to its destination. The hub, switch, or concentrator manages and controls all functions of the network. It also acts as a repeater for the data flow. This configuration is common with twisted pair cable. However, it can also be used with coaxial cable or optical fibre cable.
Advantages
- Better performance: star topology prevents the passing of data packets through an excessive number of nodes. At most, 3 devices and 2 links are involved in any communication between any two devices. Although this topology places a huge overhead on the central hub, with adequate capacity, the hub can handle very high utilization by one device without affecting others.
- Isolation of devices: Each device is inherently isolated by the link that connects it to the hub. This makes the isolation of individual devices straightforward and amounts to disconnecting each device from the others. This isolation also prevents any non-centralized failure from affecting the network.
- Benefits from centralization: As the central hub is the bottleneck, increasing its capacity, or connecting additional devices to it, increases the size of the network very easily. Centralization also allows the inspection of traffic through the network. This facilitates analysis of the traffic and detection of suspicious behavior.
- Easy to detect faults and to remove parts.
- No disruptions to the network when connecting or removing devices.
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VSAT Mesh networking (topology) is a type of networking where each node must not only capture and disseminate its own data, but also serve as a relay for other nodes, that is, it must collaborate to propagate the data in the network.
A mesh network can be designed using a flooding technique or a routing technique. When using a routing technique, the message propagates along a path, by hopping from node to node until the destination is reached. To ensure all its paths' availability, a routing network must allow for continuous connections and reconfiguration around broken or blocked paths, using self-healing algorithms. A mesh network whose nodes are all connected to each other is a fully connected network. Mesh networks can be seen as one type of ad hoc network. Mobile ad hoc networks (MANET) and mesh networks are therefore closely related, but MANET also have to deal with the problems introduced by the mobility of the nodes.
The self-healing capability enables a routing based network to operate when one node breaks down or a connection goes bad. As a result, the network is typically quite reliable, as there is often more than one path between a source and a destination in the network. Although mostly used in wireless scenarios, this concept is also applicable to wired networks and software interaction.
Wireless mesh networks
Wireless mesh networks were originally developed for military applications and are typical of mesh architectures. Over the past decade the size, cost, and power requirements of radios has declined, enabling more radios to be included within each device acting as a mesh node. The additional radios within each node enable it to support multiple functions such as client access, backhaul service, and scanning (required for high speed handover in mobile applications). Additionally, the reduction in radio size, cost, and power has enabled the mesh nodes to become more modular one node or device now can contain multiple radio cards or modules, allowing the nodes to be customized to handle a unique set of functions and frequency bands.
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Equipment
Beyond the modem and RF components, EX4U Telecom can assist you with the design and supply of your satellite network requirements:
- SCPC Networks
- TDM/TDMA Networks
- Network Management Systems
- TDM/SCPC Networks
- Hub Earth Stations, NOC
EX4U Telecom can provide technical support for your network, including the following:
- C vs Ku-band Selection
- Link Budgets
- Antenna Size and Selection
- Modem Modulation and FEC Choice
Used Equipment Packages
EX4U Telecom sells new equipment but often we have an inventory of used equipment as well, most of which is equipment that was previously being used at the teleports.
We always recommend new equipment unless you can purchase your used equipment from a reliable source.
Satellite Equipment
70 MHz and L-band Satellite Modems.
EX4U Telecom features the M500 satellite modem series, the most cost-effective full-featured modem on the market. These modems can operate at data rates up to 20 Mbps with BPSK, QPSK, OQPSK, 8PSK, and 16QAM modulations available.
BUC's and LNB's
C and Ku-band BUC's and LNB's are available, covering a range of power levels and stabilities. When combined with an L-band modem and antenna, these result in very cost-effective SCPC earth stations.
Transceivers
EX4U Telecom sells both C and Ku-band transceivers. These are ideal for applications where a 70 MHz interface is required for the modems. Dual-synthesized units with low phase noise are standard. Optional 1:1 redundant systems can be provided.
Antennas
EX4U Telecom can supply a range of antennas, from 1.2 meter Ku-band antennas for TDMA networks through large C and Ku-band hub antennas. Standard remote sizes for Ku networks are 1.8 meter, with 2.4 meter / 3.8 meter, 4.8 meter & larger antennas typically used for C-band. |
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Prodelin 2.4M C & Ku-Band Antenna Tx/Rx - Technical Specifications - Series 1251
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Key Features
Two piece compression molded offset reflector - C-Band Intelsat approved # IA022A00 - Installation time reduced with improved mount design
Ships easily in standard air freight containers - Non penetrating roof mounts and king post available- Interface kits for all C & Ku-Band RF heads in stock
Insat extended C-Band available - Two axis tracking configuration available Reflector/Feed electrical anti-icing available
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| Electrical |
C-Band Linear |
C-Band Circular |
Ku-Band |
| Antenna Size |
2.4 M (96 in.) |
2.4 M (96 in.) |
2.4 M (96 in.) |
| Operating Frequency (GHz) |
Receive
Transmit
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3.625 - 4.20 GHz
5.850 - 6.425 GHz |
3.625 - 4.20 GHz
5.850 - 6.425 GHz |
10.95 - 12.75 GHz 13.75 - 14.50 GHz |
| Midband Gain ( +/- .2 dB) |
Receive
Transmit
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38.00 dBi
42.00 dBi |
38.00 dBi
42.00 dBi |
47.60 dBi
49.20 dBi |
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Antenna Noise Temperature
10 Elevation
20 Elevation
30 Elevation
40 Elevation
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52 K
46 K
45 K
44 K |
30 K
23 K
20 K
19 K |
42 K
32 K
28 K
27 K |
Sidelobe Envelope, Co-Pol (dBi)
100λ / D < θ < 20
20 < θ < 26.3
26.3 < θ < 48
θ > 48 |
29-25 Log θ dBi
-3.5 dBi
32-25 Log θ dBi
-10 dBi (averaged) |
29-25 Log θ dBi
-3.5 dBi
32-25 Log θ dBi
-10 dBi (averaged)
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29-25 Log θ dBi
-3.5 dBi
32-25 Log θ dBi
-10 dBi (averaged) |
| Cross-Pol Isolation (Linear) |
>30 dB on axis |
N/A |
>30 dB on axis |
| Axial Ratio (Circular) |
Receive
Transmit |
N/A
N/A |
2.28
1.94 |
N/A
N/A |
| VSWR |
1.3:1 Max. |
1.3:1 Max. |
1.3:1 Max. |
| Feed Interface |
Receive
Transmit |
CPR 229 F
CPR 137 or Type N
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CPR 229 F
CPR 137 or Type N
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WR 75
WR 75 or Direct Radio Mounting
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| Mechanical |
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| Reflector Material |
Glass Fiber Reinforced Polyester SMC |
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| Antenna Optics |
Prime Focus, Offset Feed, Two-Piece Divided Along Major Axis |
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| Mast Pipe Size |
6" SCH 40 Pipe (6.63" OD) 16.83 cm. |
| Elevation Adjustment Range |
5 to 90, Continuous Fine Adjustment |
| Azimuth Adjustment Range |
+/- 45 Fine Adjustment, 360 Continuous |
| Mount Type |
Elevation over Azimuth |
| Shipping Specifications |
Net Weight: 545 lbs. (248 kg.)
Packaged Weight: 885 lbs. (402 kg.) |
| Environmental Performance |
| Wind Loading |
Operational Survival |
50 mph (80 km/h) 125 mph (201 km/h) |
| Temperature |
Operational Survival |
-40 to 140 F (-40 to 60 C) -50 to 160 F (-46 to 71 C) |
| Rain |
Operational Survival |
1/2"/hr 2"/hr |
| Ice |
Operational Survival |
1/2" radial |
| Atmospheric Conditions |
Salt, Pollutants and Contaminants as Encountered in Coastal and Industrial Areas |
| Solar Radiation |
360 BTU/h/ft |
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| Prodelin 3.8M C & Ku & X-Band Antenna Tx/Rx - Technical Specifications - Series 1385 |
| Electrical |
C-Band Linear |
C-Band Circular |
Ku-Band Linear |
X-Band Circular |
| Antenna Size |
3.8 M |
3.8 M |
3.8 M |
3.8 M |
| Operating Frequency (GHz) |
Receive
Transmit |
3.625 - 4.20 GHz
5.845 - 6.425 GHz |
3.625 - 4.20 GHz 5.845 - 6.425 GHz |
10.95 - 12.75 GHz 13.75 - 14.50 GHz |
7.25 - 7.75 GHz 7.90 - 8.40 GHz |
| Midband Gain ( +/- .2dB) |
Receive
Transmit |
42.00 dBi
46.50 dBi
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41.80 dBi
46.30 dBi |
51.20 dBi
53.00 dBi
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47.80 dBi
48.40 dBi
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| VSWR |
Receive
Transmit |
1.3:1 Max.(<-17.70 dB)
1.3:1 Max.(<-17.70 dB) |
1.3:1 Max.(<-17.70 dB) 1.3:1 Max.(<-17.70 dB) |
1.5:1 Max.(<-14.00 dB) 1.3:1 Max.(<-17.70 dB) |
1.3:1 Max.(<-17.70 dB) 1.3:1 Max.(<-17.70 dB) |
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Pattern Beamwidth
(in degrees at midband)
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-3 dB
-15 dB |
Rx 1.40 deg Tx 0.90 deg
Rx 3.20 deg Tx 2.00 deg |
Rx 1.40 deg Tx 0.90 deg
Rx 3.20 deg Tx 2.00 deg
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Rx 0.50 deg Tx 0.40 deg
Rx 1.00 deg Tx 0.90 deg
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Rx 0.80 deg Tx 0.70 deg
Rx 1.60 deg Tx 1.50 deg
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Sidelobe Envelope, Co-Pol (dBi)
1< θ < 20
20 < θ < 26.3
26.3 < θ < 48
48 θ < 180
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29 - 25 Logθ dBi (Note)
-3.5 dBi 32
- 25 Logθ dBi
-10 dBi (averaged)
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29 - 25 Logθ dBi (Note)
-3.5 dBi 32
- 25 Logθ dBi
-10 dBi (averaged)
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29 - 25 Logθ dBi (Note)
-3.5 dBi 32
- 25 Logθ dBi
-10 dBi (averaged)
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29 - 25 Logθ dBi (Note)
-3.5 dBi 32
- 25 Logθ dBi
-10 dBi (averaged)
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| Note: In receive portion of C-band only, sidelobe envelope specified from 100λ/D rather than 1 |
Antenna Noise Temperature
5 Elevation
10 Elevation
20 Elevation
40 Elevation |
55 K
45 K
38 K
36 K |
62 K
52 K
45 K
43 K
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70 K
60 K
55 K
45 K
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60 K
51 K
47 K
47 K
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| Power Handling |
1 kW |
1 kW |
100 W |
2 kW |
Cross Polarization Isolation
On Axis
Within 1.0 dB Beamwidth |
> 30 dB
> 27 dB |
Rx > 15.00 dB
Tx > 17.70 dB
Rx > 15.00 dB
Tx > 17.70 dB |
Rx > 30.00 dB
Tx > 35.00 dB
Rx > 25.00 dB
Tx > 26.00 dB |
Rx > 23.20 dB
Tx > 18.80 dB
Rx > 23.20 dB
Tx > 18.80 dB |
| Note: Standard C-band Circular polarization in Tx-Band provides an axial ratio of 1.3 (XPD equivalence of 17.7 dB). Optional F-1 station feed available with axial ratio of 1.09 (XPD equivalence > 27.3 dB) in Tx band. Call us when specifying this option. X Band filters available upon request. |
Output Waveguide Interface
Flange |
Receive
Transmit |
CPR 229 F
CPR 137 or Type N |
CPR 229 F
CPR 137 or Type N |
WR 75
WR 75
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WR 112
WR 112 |
| Mechanical |
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| Reflector Material |
Glass Fiber Reinforced Polyester SMC |
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| Antenna Optics |
Easy-to-assemble, 4 Pc., Offset Fed Prime Focus Design with 0.6 F/D optics.
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| Mast Pipe Size |
10" SCH 40 Pipe (10.75" OD) 27.3 cm. |
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| Elevation Adjustment Range |
12 to 90 or 0 to 15 for Polar Latitudes |
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| Azimuth Adjustment Range |
360 Continuous with +/- 35 Fine Adjustment |
| Shipping Specifications |
Approx. Net Weight |
Weight (nominal) 1125 lbs. (511 Kg.) |
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Approx. Packaged Weight |
Weight (nominal) 1882 lbs., (855 Kg.) |
| Environmental Performance |
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| Wind Loading |
Operational |
50 mph (80 km/h) |
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Survival |
125 mph (201 km/h) |
| Temperature Range (operational) |
-40 to 140 F (-40 to 60 C) |
| Rain (operational) |
" (13mm) per hour |
| Ice (operational) |
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| Atmospheric Conditions |
Salt, Pollutants and Contaminants as Encountered in Coastal and Industrial Areas |
| Relative Humidity |
0 to 100% Condensing |
| Solar Radiation |
360 BTU/h/ft2 |
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LNB - LOW NOISE BLOCK DOWN CONVERTER
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Model: LNB-5CF20
DC input: 12-24 VDC
LO Frequency: 51 50 MHz
LO Stability: + 5 KHz, also available in other stabilities
Specifications subject to change without notice.
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C-Band PLL LNB - Model USLCPIF337
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Item |
Specification |
| -1 |
RF Input Frequency |
3.4 to 4.2 GHz |
| -2 |
IF Output Frequency |
950 to 1750 MHz |
| -3 |
Local Frequency |
5.15 GHz |
| -4 |
Local Frequency Initial Offset |
1ppm max. @ +25"C |
| -5 |
Local Frequency Stability |
1ppm. max. @-40C to +60C, +25C Reference |
| -6 |
Local Oscillator Leakage |
-45 dBm max. @ waveguide input. |
| -7 |
Local Phase Noise (SSB): |
Offset Frequency Phase Noise |
| 1 kHz -80 dBc/Hz |
| 10 kHz -85 dBc/Hz |
| 100 kHz -95 dBc/Hz |
| -8 |
Noise Temperature (->-25C) |
20K Typ. 30K Max |
| -9 |
Gain |
55 to 70 dB Over Frequency S Temperature |
| -10 |
Gain Ripple |
1dBp-p max per 36MHZ segment across the frequency band |
| -11 |
Input VSWR |
3.0: 1 max |
| -12 |
Output VSWR |
2.5:1 max. @ 75 ohm |
| -13 |
Image Rejection |
-45 dBc max. |
| -14 |
1 dB Gain Compression Point |
+10 dBm min. |
| -15 |
Spurious in Rx Band |
-130dBm max. @ waveguide input excluding Rx out + 1 MHz measured at RF Input power -85dBm |
| -16 |
Input Voltage |
+12 to +24 V supplied through center conductor of the IF cable. |
| -17 |
Current |
250 mA max. |
| -18 |
Input Interface |
CPR-229G |
| -19 |
Output Interface / Ordering Information |
F-Type. 75 ohm, female. Waterproof / Model USLCPIF337 N-Type, 50 ohm, female, Waterproof / Model USLCPIN337 |
| -20 |
Size |
(L)144 mm x (W|68 mm x (H)39 mm (5.6 x 2.6 x 1.5 in) |
| -21 |
Weight |
approx. 500g |
| -22 |
Paint/Color |
White, Munsell N9 5 semigloss |
| -23 |
Operating Temperature |
-40C to +60C |
| -24 |
Storage Temperature |
-40C to +75C |
| -25 |
Relative Humidity |
Up to 100%, condensation and frost |
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| C2020 Satellite BUC 20 Watt |
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Features
- Complete BUC for L-band Earth Stations
- Low Cost
- Built-in Monitor and Control Capability
- Converter and Power Amplifier in Single Housing
- Digital Gain Compensation
Description
The C-band 20 Watt BUC, model C2020, is designed to provide a low-cost, high-performance solution for satellite communications' networks. The BUC is designed with a 950-1525 MHz input, to be able to interface with a wide range of commercially-available L-band modems. The BUC performs a block upconversion of the input frequency band to the transmit range of 5850 - 6425 MHz.
The BUC is designed to mount on the kingpost or feed support arm of the antenna. The Type-N output can be connected to the feed very simply with a heliax or other low-loss RF cable.
Monitor and Control
The operation of the BUC is controlled by a microprocessor-based computer mounted inside the BUC. This M&C card controls the operation of the BUC, including the built-in digital gain control. Via the RS-232 interface, the operator can control the transmit and receive gains of the unit, the transmit and receive frequencies, and the power amplifier mute. In addition, the operator can monitor the status of the BUC.
Built-in Surge Suppressor
Each BUC includes a built-in AC line surge suppressor in series with the AC input of the unit. The surge suppressor is designed to work in conjunction with the customer UPS to insure that the BUC continues to operate during and after power line spikes and surges.
Power Supply
The 20 Watt BUC is designed to operate from 115 V/230 VAC via an autoranging power supply. Careful design has resulted in low power consumption by the BUC, reducing the size of fans needed for fan cooling. This greatly improves the reliability of the unit and reduces the need for periodic site visits for maintenance.
Redundancy
Each BUC has built-in programmed intelligence to allow fully redundant operation. This integrated and economical approach brings redundant capability to a level suitable for even low cost remote stations. The addition of a second BUC, appropriate waveguide switches/cables, and the waveguide control unit results in an economical redundant earth station.
Installation
We have installation kits to mount the BUC to a wide range of available antennas. These installation kits include detailed drawings and installation procedures for installing the BUC on specific antennas. The BUC weighs approximately 32 lbs. Our technical support can provide assistance in determining the best location for mounting the BUC.
When the installation kit is ordered, all necessary connectors are provided for the required cables. Supply of all the miscellaneous parts required for the installation helps speed the process and provides a consistent, high-quality installation every time.
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| C2020 Satellite BUC 20 Watt - Specifications |
Transmit RF Input
Frequency Range950-1525 MHz
Connector Type-N female
Impedance 50 ohms nom
VSWR <2.0:1
Input Level P1dB GCP obtained with input of -23 dBm nominal |
Spurious Outputs
Dependent, at rated power - 50 dBc max
Independent - 10 dBm max
Harmonic Outputs - 30 dBc max at rated power
Third Order IMD Products - 30 dBc (relative to each carrier) with 2 carriers each at -10 dB rel to rated
P1 dB GCP and -20 dBc for 2 carriers each at - 6 dB rel to rated P1 dB GCP |
Transmit RF Output
Frequency Range 5850 to 6425 MHz
IF Bandwidth 575 MHz Instantaneous
Power Level, 1 dB GCP
10-Watt BUC +43 dBm min over temp and frequency
Gain 67 dB nom
Gain Stability -40C to +50C +/- 2 dB
Gain Stability 24 hours +/- 0.25 dB |
Local Oscillator
Phase Noise
Offset
0.1 kHz - 60 dBc/Hz
1 kHz - 70 dBc/Hz
10 kHz - 80 dBc/Hz
100 kHz 90 dBc/Hz
1000 kHz - 100 dBc/Hz |
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Monitor and Control System
Local Signal level RS-232
Local Emulation VT-100
Local Data Rate 9600 baud
Local Data 8 data bits, 1 stop bit, no parity
Input Power - AC Voltage 115/230 Volts AC - AC Power 200 Watts nom
Environmental Conditions - Temperature Range -40 deg C to +50 deg C - Humidity 100%, Condensing
Mechanical Specifications - 18" L x 8.5" W x 11.5" H 32 lbs.
Specifications subject to change without notice.
Optinal C-Series satellite BUC with 5 / 10 / 40 Watt, contact us for details.
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SATELLITE MODEMS SERIES M500 / M500L
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Key Features
FlexLDPC Multi Block Sizes & Code Rates
BPSK/QPSK/OQPSK/8PSK/8QAM/16QAM
TPC, Viterbi, TCM, Reed Solomon
Most FEC Types and Modeods
Ethernet IP Interface
Bridge and Router Modes, Qos
SCPS - TPC/IP Acceleration
High stability 10 Mhz Reference (M500L)
Lowest Latency,
Typical acquisition time, 71 ms at 64 kbps
Async channel, AUPC
Remote Modem Control Channel
External BUC Power Flexibility (M500L)
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| M500 (Type N) System Specifications: |
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Operating Modes: Rx and Tx Continuous (SCPC), Optional Tx Burst
Tx Tuning Range: 50 to 90 MHz or 100 to 180 MHz, in 1 Hz Steps
Data Rate Selection: 1 bps increments
Data Rate Minimum: 1.2 kbps rate 1/2 BPSK
Data Rate Maximum: 29.52 Mbps rate 3/4 8PSK
Data Rate Accuracy: Accurate to 2 x 10-12 of relative clock reference
Symbol Rate Range: 2.4 ksps to 14.76 Msps in 1 bps step sizes
Available Modulation: BPSK, QPSK, OQPSK, 8PSK, (QAM, 16QAM
Available TPC Modes: MS Full, Short & Legacy, Comtech and Advanced
Concatenated RS: Selectable N & K, IESS 308/309/310 and CT Comp
Reed Solomon Depth: 4.8 or 16
FEC Options:
Viterbi: 1/2, 3/4, 5/6, 7/8 (k = 7) Trellis - 2/3
TPC-4K: 1/2, 3/4, 7/8, 0.95, 21/44
TPC-16K: 1/2, 3/4, 7/8, 0.922, 0.453
FlexLDPC: 1/2, 2/3, 3/4, 14/17, 7/8, 10/11, 16/17
FlexLDPC TM Typical Eb/No for 1E-8BER
QPSK 8PSK 8QAM 16QAM Delay@64kbps
LDPC-1/2-2k 2.04 dB n/a 3.80 dB 4.48 dB 49.6 ms
LDPC-1/2-4k 1.73 dB n/a 3.44 dB 4.16 dB 98.0 ms
LDPC-1/2-8K 1.52 dB n/a 3.19 dB 3.92 dB 195.0 ms
LDPC-1/2-16k 1.38 dB n/a 3.04 dB 3.76 dB 388.6 ms
LDPC-2/3-2k 2.77 dB 4.88 dB 4.68 dB 5.85 dB 44.4 ms
LDPC-2/3-4k 2.46 dB 4.53 dB 4.36 dB 5.46 dB 87.5 ms
LDPC-2/3-8k 2.23 dB 4.28 dB 4.09 dB 5.19 dB 173.7 ms
LDPC-2/3-16k 2.09 dB 4.14 dB 3.91 dB 5.01 dB 346.1 ms
LDPC-3/4-2k 3.52 dB 5.97 dB 5.51 dB 6.78 dB 41.9 ms
LDPC-3/4-4k 3.14 dB5.56 dB 5.11 dB 6.37 dB 82.4 ms
LDPC-3/4-8k 2.89 dB 5.27 dB 4.83 dB 6.07 dB 163.1 ms
LDPC-3/4-16k 2.72 dB 5.07 dB 4.63 dB 5.87 dB 325.0 ms
LDPC-7/8-2k 4.96 dB 7.89 dB 6.98 dB 8.48 dB 38.1 ms
LDPC-7/8-4k 4.32 dB 7.21 dB 6.40 dB 7.84 dB 74.6 ms
LDPC-7/8-8k 4.00 dB 6.86 dB 6.05 dB 7.51 dB 147.3 ms
LDPC-7/8-16k 3.90 dB 6.66 dB 5.87 dB 7.32 dB 293.6 ms
LDPC-10/11-2k 5.63 dB 8.73 dB 7.68 dB 9.37 dB 37.0 ms
LDPC-10/11-4k 5.00 dB 7.99 dB 7.02 dB 8.63 dB 72.3 ms 6.60 dB 8.18 dB 143.0 ms
LDPC-10/11-16k 4.40 dB 7.33 dB 6.35 dB 7.95 dB 284.5 ms
Guaranteed Eb/No is 0.2 dB > Typical
Modultor:
Transmit Output Power: +5 to -35 dBm in 0.1 dB steps (max +3 dBm @ 500.)
IF Tx Impedance: 75Ω or 50Ω selectable from front panel (BNC)
Return Loss: 20dB typical
Output Phase Noise: Better than IESS-308/309 by 6dB typical, 4dB min
Level Stability:0.5 dB, 0 ~ 50C, MHz at 25C
Level Accuracy: Accurate 0.5 dB, 50 to 90MHz or 100 to 180 MHz
Output Spurious: < -55 dBc/4kHz, Typical <-65dBc/4kHz
Carrier on/ off Isolation: > 60dB
Scrambler Types: IBS, V.35, IESS, IPC RS, LDPC, EFD
Data Clock Sources: Internal, Terminal Timing, External, Rx Recovered
Internal Stability: 1x10-6 TCXO (Standard)
External Reference: 1,2,5 or 10MHz input on rear panel
Certifications and Compliance:
CE Certified:
EN55022 Class B (Emissions), EN50082-1 Part 1 (Immunity)
Can/CSA C222 No. 950-95 (Safety), UL-1950 (Safety)
RoHS Compliant: Meets RoHS lead-free standards
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Demodulator:
- Rx Carrier Input Range: -20 to -60 dBm, scales to -84 dBm at lower rates
- (minimum = 10 log(symbol rate) -120 dBm)
- IF Tx Impedance: 75Ω or 50Ω selectable from front panel (BNC)
- Return Loss: 20 dB minimum
- Max Composite Input: +15 dBm or +40 dBc, whichever is lower power
- Input Phase Noise: Better than Intelsat by 6 dB typical, 4 dB min
- Rx Acquisition Range: Programmable from 100 Hz to 1.25 MHz
- DescramblerTypes: IBS, V.35, IESSJPC, RS, LDPC, EFD
Fast Receive Lock Performance:
Example: FEC, EB/NO = 6.0 dB, Acquisition Range of 30 kHz
Plesiochronous or Doppler Buffer Store:
Receive Buffer Range: 4bits to 524,280bits, in 1bit steps or delay time
Receive Clock Options: Internal, External, Mod Clock, Receive Clock
Terrestrial Interfaces:
Standard Synchronous: Serial RS232, RS422, V.35, V.36, EIA-530(A)
Optional: HSSI
Ethernet IP 10/100 Base-T (Bridge & Router, QoS)
SCPS TCP/IP Acceleration (Software Only)
-Supports Up to 5 Mbps Aggregate throughput and 200 Continuous Sessions
Multiplexer and Overhead Features:
IBS Multiplexer: Built-in IBS Overhead Channel with standard and enhanced variable rate RS232 and RS485.
Supports Automatic Uplink Power Control (AUPC),
Remote Modem Control Interface and 2 Form-C Backward Alarms
Monitor and Control:
Front Panel: LCD and Keyboard for easy control and status
Terminal Mode: Full screen interactive display of all parameters
Remote Packet Mode: Packet driven RS232/RS485 control and status
Optional Web Browser: Available through the Ethernet Interface SnIP
SNMP: Available through the Ethernet Interface SnIP
Diagnostics:
Loopback Modes: IF, bi-directional terr and sat data loopbacks
BER Test Pattern: 2047 or 2 23-1
BERT: Built-in bi-directional bit error rate test set
Carrier: Pure carrier and sideband
Form C Relays: Assignable faults to Form C rear alarm connector
Environmental and Physical:
Prime Power Input: 90 to 264VAC, 50/60Hz, -48VDC (HW Option), < 30 watts
Operating Conditions:0 to 50C, to 95% humidity, non-condensing
Storage Temperature: - 20 to +70 C, 99% humidity, non condensing
Size: Rack mount -1 RU (19"W x 12"D x 1.75"H)
Weight: Approximately 7lbs fully configured
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| M500 (Type L) System Specifications: |
Operating Modes: Rx and Tx Continuous (SCPC), Optional Tx Burst
Tx Tuning Range: 950 to 1750 MHz, in 1Hz Steps
Rx Tuning Range: 950 to 1900 MHz, in 1Hz Steps
Data Rate Selection: 1 bps increments
Data Rate Minimum: 1.2 kbps rate 1/2 BPSK
Data Rate Maximum: 29.52 Mbps rate 3/4 8PSK
Data Rate Accuracy: Accurate to 2 x 10-12 of relative clock reference
Symbol Rate Range: 2.4 ksps to 14.76 Msps in 1 bps step sizes
Available Modulation: BPSK, QPSK, OQPSK, 8PSK, (QAM, 16QAM
Available TPC Modes: MS Full, Short & Legacy, Comtech and Advanced
Concatenated RS: Selectable N & K, IESS 308/309/310 and CT Comp
Reed Solomon Depth: 4.8 or 16
FEC Options:
Viterbi: 1/2, 3/4, 5/6, 7/8 (k = 7) Trellis - 2/3
TPC-4K: 1/2, 3/4, 7/8, 0.95, 21/44
TPC-16K: 1/2, 3/4, 7/8, 0.922, 0.453
FlexLDPC: 1/2, 2/3, 3/4,14/17, 7/8, 10/11, 16/17
FlexLDPC TM Typical Eb/No for 1E-8BER
QPSK 8PSK 8QAM 16QAM Delay@64kbps
LDPC-1/2-2k 2.04 dB n/a 3.80 dB 4.48 dB 49.6 ms
LDPC-1/2-4k 1.73 dB n/a 3.44 dB 4.16 dB 98.0 ms
LDPC-1/2-8K 1.52 dB n/a 3.19 dB 3.92 dB 195.0 ms
LDPC-1/2-16k 1.38 dB n/a 3.04 dB 3.76 dB 388.6 ms
LDPC-2/3-2k 2.77 dB 4.88 dB 4.68 dB 5.85 dB 44.4 ms
LDPC-2/3-4k 2.46 dB 4.53 dB 4.36 dB 5.46 dB 87.5 ms
LDPC-2/3-8k 2.23 dB 4.28 dB 4.09 dB 5.19 dB 173.7 ms
LDPC-2/3-16k 2.09 dB 4.14 dB 3.91 dB 5.01 dB 346.1 ms
LDPC-3/4-2k 3.52 dB 5.97 dB 5.51 dB 6.78 dB 41.9 ms
LDPC-3/4-4k 3.14 dB 5.56 dB 5.11 dB 6.37 dB 82.4 ms
LDPC-3/4-8k 2.89 dB 5.27 dB 4.83 dB 6.07 dB 163.1 ms
LDPC-3/4-16k 2.72 dB 5.07 dB 4.63 dB 5.87 dB 325.0 ms
LDPC-7/8-2k 4.96 dB 7.89 dB 6.98 dB 8.48 dB 38.1 ms
LDPC-7/8-4k 4.32 dB 7.21 dB 6.40 dB 7.84 dB 74.6 ms
LDPC-7/8-8k 4.00 dB 6.86 dB 6.05 dB 7.51 dB 147.3 ms
LDPC-7/8-16k 3.90 dB 6.66 dB 5.87 dB 7.32 dB 293.6 ms
LDPC-10/11-2k 5.63 dB 8.73 dB 7.68 dB 9.37 dB 37.0 ms
LDPC-10/11-4k 5.00 dB 7.99 dB 7.02 dB 8.63 dB 72.3 ms
LDPC-10/11-8k 4.58 dB 7.51 dB 6.60 dB 8.18 dB 143.0 ms
LDPC-10/11-16k 4.40 dB 7.33 dB 6.35 dB 7.95 dB 284.5 ms
Guaranteed Eb/No is 0.2 dB > Typical
Modultor:
Transmit Output Power: +5 to -35 dBm in 0.1 dB steps (max +3 dBm @ 500.)
IF Tx Impedance: 50Ω (Type N)
Return Loss: 14 dB typical, 10 dB minimum
Output Phase Noise: Better than IESS-308/309 by 6dB typical, 4dB min
Level Stability: 0.5 dB, 0 ~ 50C, MHz at 25C
Level Accuracy: Accurate 0.5 dB, 950 ~ 1750
Output Spurious: < -55 dBc/4kHz, Typical <-65dBc/4kHz
Carrier on/ off Isolation: > 60dB
Scrambler Types: IBS, V.35, IESS, IPC RS, LDPC, EFD
Data Clock Sources: Internal, Terminal Timing, External, Rx Recovered
Internal Stability: 1x10-8 0CX0 (Standard)
External Reference: 1,2,5 or 10MHz input on rear panel
Transmit BUC Power: Nominal24 VDC, 100 Watts (or 12/36/48 VDC)
Max 60 VDC/6A up to 250 Watt
Transmit BUC Reference: 10 MHz at nominal - 3 dBm internal or external
Reference Stability: 1 x 10-8 0CX0, 2 x 10-7/year aging (L-Band)
Reference Phase Noise: -110 dBc @ 10 Hz, -130 dBC @ 100 Hz,
-140 dBc @ 1kHz, -150 dBc @ 10 kHz,
-155 dBc @ 100 kHz
Certifications and Compliance:
CE Certified:
EN55022 Class B (Emissions), EN50082-1 Part 1 (Immunity)
Can/CSA C222 No. 950-95 (Safety), UL-1950 (Safety)
RoHS Compliant: Meets RoHS lead-free standards
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Demodulator:
- Rx Carrier Input Range: -20 to -70dBm, scales to -101dBm at lower rates r (minimum= 10 log(symbol rate) -135dBm)
- IF Tx Impedance: 75Ω Type F -Connector
- Return Loss: 10dB minimum
- Max Composite Input: -5 dBm or +40 dBc, whichever is lower power
- Input Phase Noise: Better than Intelsat by 6 dB typical, 4 dB min
- Rx Acquisition Range: Programmable from 100 Hz to 1.25 MHz
- DescramblerTypes: IBS, V.35, IESSJPC, RS, LDPC, EFD
Fast Receive Lock Performance:
Example: FEC, EB/N0 = 6.0 dB, Acquisition Range of 30 kHz
Plesiochronous or Doppler Buffer Store:
Receive Buffer Range: 4bits to 524,280bits, in 1bit steps or delay time
Receive Clock Options: Internal, External, Mod Clock, Receive Clock
Terrestrial Interfaces:
Standard Synchronous: Serial RS232, RS422, V.35, V.36, EIA-530(A)
Optional: HSSI
Ethernet IP 10/100 Base-T (Bridge & Router, QoS)
SCPS TCP/IP Acceleration (Software Only)
-Supports Up to 5 Mbps Aggregate throughput and 200 Continuous Sessions
Multiplexer and Overhead Features:
IBS Multiplexer: Built-in IBS Overhead Channel with standard and enhanced variable rate RS232 and RS485.
Supports Automatic Uplink Power Control (AUPC),
Remote Modem Control Interface and 2 Form-C Backward Alarms
Monitor and Control:
Front Panel: LCD and Keyboard for easy control and status
Terminal Mode: Full screen interactive display of all parameters
Remote Packet Mode: Packet driven RS232/RS485 control and status
Optional Web Browser: Available through the Ethernet Interface SnIP
SNMP: Available through the Ethernet Interface SnIP
Diagnostics:
Loopback Modes: IF, bi-directional terr and sat data loopbacks
BER Test Pattern: 2047 or 2 23-1
BERT: Built-in bi-directional bit error rate test set
Carrier: Pure carrier and sideband
Form C Relays: Assignable faults to Form C rear alarm connector
Environmental and Physical:
Prime Power Input:90 to 264VAC, 50/60Hz, -48VDC (HW Option), < 30 watts
220 Watts Max fully loaded internal BUC and LNB power
External BUC Supply: Input 115/230 VAC, 50/60 Hz
BUC Power Options: (1) 24 VDC @ 96 Watts, 4A max
(Uses DIN Connector) (2) 24 VDC @ 150 Watts, 5.4A max
(PFC Optional) (3) 48 VDC @ 150 Watts, 3.2A max
(4) 48 VDC @ 240 Watts, 5A max
LNB Output Power: Selectable: Off, 13 or 18 VDC
Operating Conditions: 0 to 50C, to 95% humidity, non-condensing
Storage Temperature: - 20 to +70 C, 99% humidity, non condensing
Size: Rack mount -1 RU (19"W x 12"D x 1.75"H)
Weight: Approximately 7lbs fully configured
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SATELLITE ROUTER SC1000
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UNIVERSAL VSAT PLATFORM
SC1000 satellite routers are essentially a universal solution for geographically distributed VSAT-class satellite communication networks. SC1000 routers can be used to organize simple point-to-point channels, "star"- and "mesh"-topology networks with several hierarchy levels and bandwidth-on-demand capabilities.
SC1000 VSAT platform is based on many innovation technologies. It was developed using long-term experience in satellite service provisioning. Nowadays electronics achievements made it possible to make VSAT platform compact and assure its efficiency and reach functionality. SC1000 networks are based on the newest modulation and coding technologies, ensuring very efficient utilization of a satellite capacity. Inexpensive, highly scalable and very flexible hardware provides the best cost of ownership through all the phases of possible network development.
SC1000 satellite router is a universal and all-sufficient tool to deploy various VSAT networks of any topology and size. SC1000 satellite router can operate in various modes:
- SCPC modem in a pair with another SC1000 router;
- TDM/TDMA HUB of hub-and-spoke networks;
- TDM/TDMA Star Terminal;
- TDM/TDMA Mesh Terminal;
- TDMA Full Mesh station of hub-less network. Switching between the operation modes is software controlled without need to replace the hardware or even on-site visit.
- Various modes of operation and topologies: SCPC, TDM/SCPC, TDM/TDMA, Half Mesh, Full Mesh.
- First DVB-S2 VSAT technology with bandwidth-efficient LDPC coding in TDMA channel.
- Innovative TDMA protocol with proven efficiency of 96% in comparison with SCPC channels.
- Ultra-low latency VSAT system with round-trip delay about 570 ms for TDMA mode of operations.
- Fully operational network in minimal configuration requires just 120 kHz of satellite bandwidth.
- Support of VLAN, multi-level QoS, codec-independent handling of real-time traffic.
- Built-in adaptive 500-channel traffic manager specially designed for VSAT applications.
- Satellite router is capable of receiving signals from two satellites simultaneously.
- Web-based Network Management System allowing operating the network from everywhere.
- Fast network startup - network is ready for use in just in a minute upon power-up.
- Low power consumption allows using satellite terminals with various alternative power sources.
- Compatible with majority of C, Ku and Ka-band RF Systems, supplies power and reference signals.
- Easy to install and operate hardware, user-friendly software configuration.
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| SC1000 SATELLITE ROUTER SPECIFICATIONS |
| NETWORK |
| Topology |
point-to-poinK , Star , half mesh , full mesh |
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| Carrier modes |
SCPC, TDM, TDMA |
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| Scalability |
Up to 31 Inroutes per network, up to 7812 terminals per network (252 per Inroute) |
| SCPC (TDM) CHANNEL |
| Data Rate |
from 250 kbps (250kSps @ QPSK 112) up to 86 Mbps (32MSps @ 8PSK9/10) |
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| Modulation / Coding |
FEC 1/2 3/5 2/3 3/4 4/5 5/6 7/8 8/9 |
| DVB-S(QPSK) 3.7 - 4.0 4.6 - 5.1 5.8 - |
| Demodulator Performance Eb/NO BER<10-8 |
DVB-S2(QPSK) 1.0 1.6 2.0 2.4 - 2.8 2.9 3,8 |
| DVB-S2(8PSK) - 3.2 4.0 4.7 - 5.8 - 6.9 |
| QoS |
3-level traffic prioritization, adaptive 500-channels-Traffic Shaper |
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| ACM* |
Adaptive Coding and Modulation |
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| 16APSK* |
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| TDMA CHANNEL |
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| Data Rate |
From 133 kbps (100 ksps @ QPSK 1/2) up to 6,5 Mbps (4 Msps @ QPSK 5/6) |
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| Modulation/Coding |
QPSK, LDPC |
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| Demodulator Performance |
FEC 2/3 5/6 |
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| Eb/No,BER<10-7 |
Eb /N0 4.2 4.8 |
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| QoS |
3-level traffic prioritization, Committed Information Rate (CIR) |
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| ROUTER |
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| Performance |
96 Mbps or 28000 pps |
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| Support |
DSCP, end-to-end VLAN, RIP, L2 Bridging, CRTP |
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| Management |
WWW, Telnet, SNMP, NMS Configuration Manager |
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| INTERFACES |
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| User LAN port |
Ethernet 10/100Base-T, RJ-45 |
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| Maintenance console |
USB, B female |
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| IFRx |
950-2050MHZ [LNB DC- 13.5V/18V 0.75A), F type |
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| IFTx |
950-1550MHz, -30.5 dBm, (LO 10 MHz/ +5 dBm, BUC DC- 24V/2A), F type |
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| Mechanical / Environmental (IDU) |
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176-283 VAC, 10 W |
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| Operating temperature |
0..,+40c, humidity up to 90% |
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| Size/Weight |
147 x 144 x 29 mm / 530g |
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* Option will be available with future software update
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| Satellite Coverage Maps |
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INTELSAT 805 C-Band SATMEX 6 C 2/3-Band / KU 1/2-Band
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SATMEX 5 C-Band SATMEX 5 KU 2-Band SATMEX 5 KU 1-Band
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