Showing posts with label satellite communications. Show all posts
Showing posts with label satellite communications. Show all posts

Monday, April 1, 2013

French fire, rescue services use Astrium, Cassidian satellite communications solution


A newly-validated remote solution from Astrium Services and Cassidian will enable satellite communications for French fire and rescue services on behalf of the French General Directorate of Civil Security and Crisis Management.

Astrium Services provided satellite communications equipment and services that will remotely link together Cassidian Tetrapol tactical cells in areas that are unreached by the PMR network or overloaded. The resulting operational solution extends the coverage of the tactical radio networks, allowing French fire and rescue services to offer civil security and public safety anywhere in range of a Tetrapol wireless communications network.

The Astrium-Cassidian solution is expected to enter operational service next spring. Cassidian will install its tactical cell 3G Independent Digital Repeater and 2G Radio Access Gate aboard the command post, light radio assistance, and communications vehicles and satellite trailers operated by the Civil Security and Crisis Management. 

Recommended additional reading:

Tuesday, March 26, 2013

GSA Schedule gets new satellite communications products, services from Spacenet


Gilat Satellite Networks subsidiary company Spacenet Inc. is beefing up its U.S. General Services Administration (GSA) Schedule 70 contract (Contract No. GS-35F-172AA) with a wide selection of new satellite communications services, solutions, and products.

Spacenet is adding managed broadband network solutions, Emergency Communications Services (ECS,) a pair of high-performance satellite modems, and other new offerings to its GSA schedule. The result improves the affordability and availability of the already excellent previous schedule.

A leading managed network services provider, Spacenet offers a variety of solutions involving broadband wired and wireless communications, data security services, installation and maintenance services, proactive network monitoring and management, PCI compliance services, and others. The Company's ECS series improves the flexibility of public safety agencies when it comes to the acquisition and deployment of critical emergency satellite communications solutions.

Tuesday, March 19, 2013

Nupoint Systems expands Globalstar M2M data communication satcom services


Globalstar Canada Satellite has entered an airtime, distribution, and manufacturing agreement with Nupoint Systems for the next three years. The mobile satellite voice and data services provider is seeking to expand the range of its M2M data communication service offerings past the limits of terrestrial infrastructure.

Nupoint products and services will be integrated into Globalstar's satellite data services. This will enable two-way communications for purposes of collecting M2M data. It will also allow Globalstar to keep an eye on its customers' assets

Globalstar is currently deploying a second-generation constellation of low Earth orbit (LEO) satellites. These new satellites will provide customers wil affordable and reliable mobile satellite services anywhere in the world for the next fifteen years.

According to President and CEO Wayne Carlson of Nupoint Systems, companies can stay connected with assets scattered across the world by using a cost-effective and reliable satellite communications solution. He cites his own company as an example, and explains that Nupoint will tap Globalstar's new LEO satellites to enable reliable two-way connectivity with data equipment in the most remote locations over several years. 

Recommended additional reading: 

Wednesday, March 6, 2013

CPI wins big order for Ka-band satcom amplifiers


An international company has ordered $6 million worth of Ka-band high-power satellite communications amplifiers from Communications & Power Industries (CPI.) According to CPI's announcement, the amplifiers will be integrated into gateway Earth stations, enabling its customer to offer high-throughput satellite (HTS) services.

Andy Tafler, president of the Satcom Division of CPI, stated that the Company's high-power satellite communications amplifiers will help supplement the unnamed international end customer's existing fiber network by providing rural consumers with high-capacity satellite Internet service.

According to CPI, the Satcom Division will ship the completed 500-watt Ka-band traveling wave tube amplifiers (TWTAs) well into the middle of 2014.

Recommended additional reading: 



Wednesday, December 12, 2012

Emcore launches Optiva SatCom

California-based semiconductor materials developer Emcore announced that its has launched a new Optiva Satcom Band RF Fiber Optic Transport System. The development marks the expansion of the existing Optiva Platform by supplementing the technology in adding C, X, Ku, and the newer Ka band transmitter and receiver modules.

The new product is part of the SNMP managed fibre optics transmitter and receivers. According to Emcore, the Optive Satcom used for satellite communications and other microwave applications can support up to 40 GHz of broadband microwave transport, alongside audio, video, data, and ethernet.

Thursday, December 6, 2012

ViaSat finishes installing integrated waveform control station for UK MOD


ViaSat recently announced its completion of the Integrated Waveform Network Control Station (IW NCS) it deployed on behalf of the Ministry of Defense (MOD) of the United Kingdom.

The IW NCS makes the most efficient use of its assets in UHF satellite communications. It delivers voice and data assignments across the 5 and 25 kHz UHF channels, and it will also enhance voice quality interoperability with US military forces in theater.

Viasat included its RT-18xx based terminal hardware in the turnkey Initial Operational Capability (IOC) installation that it built for the UK MOD. Another company, Spirit River, supplied the IW NCS with UHF satcom antennas.

Mext up for ViaSat is to implement Final Operational Capability (FOC) in the UK MOD’s advanced UHF satcom networking. This will allow the UK MOD to simulaneously plan and control two IW master channels. Built-in failover redundancy will be included to ensure the reliability and robustness of the network.

Recommended additional reading:

Friday, October 19, 2012

Cisco, Yahsat will deliver TelePresence VC Tactical HD video services in Middle East


On October 18, 2012, Cisco announced that it will be entering a partnership with Al Yah Satellite Communications Company (Yahsat.) The two companies will deliver Cisco TelePresence VX Tactical high-definition (HD) video services to government entities, emergency response, and other fieldwork industries in the Middle East.

One of the first HD video services that will be made available in the Middle East, Cisco's VX Tactical will deliver a lifelike and natural video experience by leveraging Yahsat's communications satellite.

Cisco caters to a wide range of the industry sectors and vertical markets through technology solutions created during previous collaborations with other companies. Its TelePresence solution is a sterling product of such a team-up.

Cisco delivers IP communications to mobility, customer care, enterprise social software, interoperable TelePresence experiences, messaging, and Web conferencing. The Company will once more demonstrate the adaptability and versatility of its portfolio through its recent partnership with satellite communications company Yahsat for the delivery of satellite HD video services in the Middle East.


Recommended additional readings:

Sunday, September 30, 2012

3G Connected ATM's in India from Cisco

Networking giant Cisco is offering a new technology to help reduce the cost of deploying Automated Teller Machine's in remote regions in India. The 'Connected ATM Solution' makes use of 3G and CMDA networks, instead of the usual VSAT and CMDA options. 

According to Sanjay Kharade, Cisco India and SAARC Senior Vice President, the use of cellular technology provides for a more secure back-up solution in remote sites while bringing down the costs. VSAT powered ATM's cost between 30,000 to 40,000 rupee as compared to the 15,000-20,000 rupee per site for machines relying on 3G and CMDA connectivity.

The cellular technology also provides more bandwidth allowing for more mobile applications to be installed. They are also easier to deploy.

Kharade is hopeful in the next two years Cisco will be powering at least 2o to 30 percent of the new ATM deployments. 

You might also want to read:

Thursday, September 20, 2012

Telecommunications port: Australia



The Adelaide teleport is one of two facilities operated by an independent satellite company in Australia. Located in Southern Australia, the facility uplinks to 8 geostationary satellites across both the Ku band and C  band spectrum. Telecommunications port are the crucial earth stations connecting to the satellites and transmitting and receiving signals to end-users using VSAT systems. As such, they are often highly-secured facilities, and in the case of the Adelaide Teleport, considered as Military Accredited Global Access Points.

Thursday, August 9, 2012

Gilat debuts compact Ku-band satellite communications terminal for UAVs


Gilat Satellite Networks will soon debut its new compact Ku-band airborne satellite communications solution for the growing fleets of unmanned aerial vehicles (UAVs) employed by the world's various militaries.

According to the Israeli satellite manufacturer, its UAV satcom solution tips the scale at 22 lbs. It can transmit 1Mbps of IP-based data. The compact terminal includes a rugged spread spectrum satellite modem, a two-way, flat panel tracking antenna, and a compact 40W Ku-band block up-converter (BUC) and power amplifier.

In a statement dated August 7, Gilat describes its "tightly integrated" Ku-band satellite communications terminal to be lightweight, compact, and low-power. These qualities made it ideal for airborne applications such as beyond-line-of-sight operations for some of the smaller UAV platforms in service.

In addition, Gilat's UAV  satellite communications solution can also be customized to suit its end-user's variable specifications and requirements, allowing a single platform to perform different missions as needed.

Thursday, July 19, 2012

Globecomm, Inmarsat kept Pacific rower connected "even when upside-down"


Tropical Storm Mawar might have stopped Charlie Martell from crossing the Northern Pacific in a rowboat, but it didn't stop the Pacific rower's SatLink Inmarsat FB 150 satellite communications rig from keeping him in touch with his UK team even when his boat was upside down.

A Royal Engineer Commando, Charlie Martell intended to row single-handed and without support from Choshi, Japan 4,500 miles to San Francisco. His mission was to establish new world records: The fastest crossing of the North Pacific Ocean; the first unsupported row across the Pacific Ocean; and the first solo Briton to make the crossing. His stunt would also raise funds for three charities.



Charlie Martell spent three years preparing for the arduous trip. He equipped his ocean rowing boat, Blossom, with the latest gear available. This included a Globecomm Maritime-provided Inmarsat FB150 satellite communications system with Inmarsat-provided airtime.

A confident Martell set out from Chosi on May 4. A little more than a month later, he ran into serious trouble. “Five weeks into the row and some 700 miles from Choshi," Martell said, "I was hit by Tropical Storm Mawar."

As the storm was tracking towards him, there was little Martell could do aside from securing every loose item on the deck and securing the forward and aft cabins. “I had been secure in my cabin for about two days even though I had capsized four times," Martell said. "I was using the FB150 handset to make a phone call when I capsized a fifth time."

But the Inmarsat satellite phone's externals proved so rugged, and the connection with the geosynchronous communications satellite so strong despite the ongoing typhoon, that Martell's shore support didn't notice any lag or disruption despite the capsize.

"What was amazing," Charlie Martell noted, "Was that the call barely cut out during the capsize. My shore support commented on how clear the voice communications were and with no time lapse!” And that made him laugh.

Finally, the seventh capsizing incident pitch-poled Blossom fowards. Fortunately, Martell was strapped inside his bunk, and he wasn't injured. But his rowing boat sustained damaged.

“During the capsize," Martell remembered, "the rudder, VHF, and AIS antennae were ripped off, as were two of my spare oars." The damage forced Martell to call off his planned Pacific crossing. He activated his EPIRB (distress radio beacon) and waited for rescue.

Japanese and UK coast guards picked up his distress call and contacted him via his FB150. Despite losing the VHF and AIS antennae to the storm, the doughty satellite phone continued to work. Thirty-six hours later, Charlie Martell was rescued by the Gibraltar-flagged, British-owned bulk carrier Last Tycoon.

“The next 36 hours were a long wait," he said, having counted at least 13 more lateral capsizes, and added that "I maintained communications with both my shore support team in the UK and the coastguards [in the UK and Japan]." He thanked everyone who helped him during the crossing, and made special mention of Globecomm and Inmarsat, "Who kept me connected," according to Martell, "Even when I was upside down!”

Monday, July 16, 2012

NewSat Towards the World

NewSat, Australia’s largest satellite communications company, is providing vital communications for Australian Defence personnel located in far-flung places. They are also now preparing to launch its very own communications satellite.

Mike Keneally, Vice-President of Satellite Strategy, speaks to Grant Smith about the company’s Government Accredited Adelaide and Perth teleports, the services the Teleports provide Australian and US Defence Force personnel and Jabiru-1, Australia’ first locally owned commercial satellite.

See: ‘Voyager 1′ Before the Voyager Interstellar Mission

L-3 GCS will build VSAT units for US special forces


L-3 Communications will be developing and supplying a special VSAT satcom unit based on L-3's Hawkeye III product for American special forces.

L-3's subsidiary, L-3 GCS, received a five-year contract potentially worth $500 million from the U.S. Special Operations Command (USSOCOM.) Through the Special Operations Forces Deployable Node-Family of Terminals (SDN-Lite FoT) program, L-3 GCS will provide tactically-deployed Special Operations Forces (SOF) users with the capability to communicate with anyone in the world clearly and securely.



To this end, L-3 GCS will develop and build Very Small Aperture Terminal (VSAT) satellite systems that special forces operatives can carry with them into the most remote and hostile regions in the world.

“L-3 GCS will begin delivering tri-band Hawkeye™ III Lite 1.2-meter terminals and quad-band 2.0-meter terminals later this year," announced  Bob Jacobson, president of L-3 GCS. He added that the company is currently improving its engineering and production capabilities to meet the requirements and objectives of USSOCOM's commandos.

L-3 GCS supplies deployable satellite communications solutions and turnkey systems to military and civilian customers alike. The L-3 subsidiary offer a complete line of satellite communications products including satellite phones and airtime, quick-deploy VSAT terminals, and vehicular communications system.

Thursday, July 12, 2012

ARINC, Lemko achieve seamless 4G LTE transmission via satellite link


ARINC Incorporated and Lemko Corporation successfully demonstrated the use of 4G LTE technology to provide seamless data transmission and streaming video through a satellite connection.



The two companies teamed up to combine ARINC's RapydConnex(SM) mobile edge satellite broadband communications platform and Lemko's distributed mobile wireless network (DiMoWiNe) for their test. Lemko's DiMoWiNe links up 2G/3G GSM, CDMA, EVDO commercial and tactical networks, and universal mobile telecommunications systems via satellite links provided by ARINC. For its part, ARINC worked on optimizing and sustaining satellite connection speeds.

The companies' test proved a success. The ARINC-Lemko 4G LTE rig was able to sustain speeds of 2 megabits per second for both uploads and downloads. Streaming video tested on the system ran seamlessly.

ARINC and Lemko's breakthrough test established them as some of the very first companies to demonstrate 4G LTE connectivity over a satellite connection.

The military and public safety markets will be able to benefit from this enhanced ability to deploy satellite-supported 4G LTE systems. Users will be able to establish independent 4G LTE cellular networks, which can then be customized to suit their unique needs.

The military's tactical communications network employs important mobile broadband applications that can be served by these networks. Troops will be able to rapidly deploy some of the most advanced mobile communications available even in battlefield situations.

Using LTEs will allow first responders to deplyo and retain advanced satellite-based communications in the critical minutes after a catastrophe. The LTE's independent nature renders it resistant to the typical disruption wrought by a disaster on traditional methods of communication. And public safety personnel will be able to access emergency services and provide life-saving information with running into the risk that their critical call will be disrupted or hijacked.

Wednesday, July 11, 2012

Space Systems/Loral SES-5 satellite successfully launches, maneuvers

After a successful July 9 launch, the SES-5 satellite is now performing post-launch maneuvers that will place it in its proper orbit, according to its builder, Space Systems/Loral.



A Proton Breeze M vehicle from International Launch Services (ILS) lofted SES-5 from the Baikonur Space Center in Kazakhstan. Deployment of solar panel arrays went according to schedule, and the satellite has begun maneuvering into geosynchronous orbit with its main thruster.

The complex SES-5 is a multi-mission commercial satellite that will deliver high-speed broadband services to Europe and Africa. Its primary purpose is to provide high performance Direct-to-Home (DTH) services, broadband, maritime communications, GSM backhaul, and VSAT applications.

To ensure flexible operations, SES-5 carries 36 active Ku-band transponders, 24 C-band transponders, and Ka-band uplink capability. In addition, it has two Ku-band beams (one each for the Nordic-Baltic region and the Sub-Saharan African region) as well as two C-band beams that provide global and hemispheric coverage using up to 24 active C-band transponders.

Alongside its commercial capabilities, SES-5 also features an L-band navigation payload courtesy of the European Geostationary Navigation Overlay Service. Built upon European Commission requirements, the EGNOS payload will support existing satellite positioning services. The EGNOS payload will also provide users around the globe with expanded navigation signals that have become important for safety critical aviation and maritime applications.

Based on SS/L's robust 1300 multi-mission platform, the successfully-launched SES-5 will be the 71st satellite of its class in orbit.

Thursday, July 5, 2012

Beam gets major Oceana-Inmarsat trial order from Chinese entity


A China-based satellite communications company placed an initial order worth $170,000 with Beam Communications Pty Ltd for a major trial of Beam's Inmarsat FleetPhone Service.

For commercial and competitive reasons, customer details remained confidential and undisclosed.
Beam's customer is, however, a leading operator of Chinese satellite communication services. It reportedly possesses more than 20 years experience in providing complete mobile satellite terminals and technology integration services for Chinese users on land, at sea, or in the air.

The Chinese entity had earlier committed itself to deploy 100 units each of the Beam Oceana 400 and Oceana 800 marine communications terminals on fishing vessels.

The new trial will take place in July 2012. The Chinese entity will install 100 Beam Oceana 400 terminals and another 100 Beam Oceana 800 terminals on its ships.


Beam Oceana terminals were specifically designed to take full advantage of the voice, data and tracking communications services provided by the Inmarsat satellite network through the 'Fleetphone' maritime service. These terminals specifically targeted high volume deployments in emerging satellite markets during their 2011 global release.

The Chinese entity expects a relatively short trial period foir the Beam Oceana terminals.
Once the Oceana terminals achieve market acceptance, the customer intends to order at least 1000 additional units so that it could expand the trial into the broader market of Chinese maritime users.

"This is a major breakthrough for Beam into the Chinese maritime market," announced Michael Capocchi, Managing Director, Beam Communications. "We are delighted to be working with a key strategic partner in China, which further reinforces Beam's position as a leading global provider of satellite communication solutions for both the Inmarsat and Iridium satellite networks."

Thursday, June 28, 2012

NewSat, Lockheed Martin, celebrate milestone in Jabiru-1 Satellite Project



NewSat Limited (ASX: NWT), Australia’s satellite company, is pleased to advise of the successful completion of the Jabiru-1 Preliminary Design Review (PDR) by Lockheed Martin as announced on 18 June 2012. This is a major milestone for the Jabiru-1 Program's development and a significant step towards the launch of NewSat’s next generation Ka-band satellite.

Read more on the latest NewSat milestone in their blog

Wednesday, June 27, 2012

Welfare communications to assist staff retention


Military and Defence 


NewSat provide welfare communications for US Military personnel in over 15 locations throughout Afghanistan. Welfare communications for soldiers is extremely important. Defence forces around the world are now “committed to soldier retention”. A decade ago soldiers had ½ an hour once a fortnight to utilise satellite communications for personal use. This placed enormous strain on soldiers and families which meant soldiers retention rate was low. Now defence forces around the world have the mentality “recruit the soldier, retain the family” and will provide an “always-on broadband connection, no matter where they are, for phone and Internet”. 


Military is completely reliant on satellite communications to meet their needs in their difficult and dangerous environment. Mission critical communications in war zones require constant transmission and delivery of highly sensitive and secure information. Satellite communications are the paramount for military and defence operations worldwide. 

The 2012 International Telecommunications Satellite Organization Conference

The 35th Assembly of Parties of the International Telecommunications Satellite Organization will conduct a three-day conference that aims to review and set the agenda on the universal access of satellite communications. ITSO was established in 1971 with the mandate of overseeing public service obligations of Intelsat Ltd through inter-governmental relations.

Uganda is one of the 150 ITSO members which help Intelsat ensures it is providing quality public telecommunications services. ITSO states are getting public telecommunication services which include data, voice, and video on a global and non-discriminatory basis.

The term of the current ITSO agreement will be one of the issues to be discussed in the meeting. The United Nations General Assembly of September 2010 calls for the creation of broadband communications infrastructure worldwide in fulfillment of the UN Millennium Development Goals (MDGs).

President Museveni will be in the opening ceremony. There would be 250 foreign dignitaries that will attend the event, said the Ugandan Communications Commission (UCC).

Uganda is set to become the first African country to be an ITSO host. The event will be an integral part of a medium-term strategy to grow satellite communications technology. Satellite communication plays a key role in implementing broadband services.

UCC said satellite communication is not only a secondary Internet option, it is also the primary means of accessing international network in areas where terrestrial networks are not available.

Major strategic issues will also be addressed in the event, including orbital satellite slots protection, ITSO strategic plan, budget and election. Patrick Masambu, founding executive director of UCC, is the present director for technical services at the Washington DC-based institute.