SpeedCast International has partnered with DH-Intercom (DHI), a subsidiary of Eutelsat Communications based in Germany to provide communications and IT services to the maritime industry. The partnership will allow DHI to offer global Ku-band satellite broadband services to a fleet of 50 vessels sailing worldwide.
DHI will leverage SpeedCast’s global satellite infrastructure to provide high speed, high-throughput connectivity to its customer, who wish to offer crew access to internet services, as well as gain greater efficiency on the vessels via remote monitoring and operation applications.
Posted onAugust 14, 2016byiDirect.
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The Swedish Space Corporation (SSC) and Millennium Space Systems are teaming together on the first-ever Altair launch to provide customization and rapid constellation production for Millennium’s customers. The Altair spacecraft, a high performance space system for Low-Earth Orbit (LEO), Geostationary Earth Orbit (GEO), and deep space missions, will launch on a SpaceX Dragon as part of an International Space Station (ISS) Commercial Resupply mission in the next 90 days. Once onboard the ISS, the 6U-Altair spacecraft will be launched via the NanoRacks deployment system.
SSC is providing its Infinity ground operations services and operational expertise to maintain the program’s budget and schedule prior to deployment. Altair will use SSC Infinity ground network services for launch and early orbit procedures, as well as routine support from ground stations in Hawaii, Australia and Chile throughout its mission life.
“Recent growth in new smallsat and constellation-based space applications throughout the world has driven the need for a new approach to ground segment operations,” said Leif Osterbo, president of SSC’s satellite management services division. “SSC Infinity is that new approach. Millennium Space Systems will be able to reduce costs and risks associated with satellite launch, orbital insertion, system and constellation checkout.” Continue>
Posted onAugust 12, 2016byiDirect.
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Gogo is hoping to pick up installs for its satellite-based 2Ku In-Flight Connectivity (IFC) solution 10-fold by the end of the year. While 2Ku is now flying on three airlines: launch customer Aeromexico, Delta Air Lines and Virgin Atlantic, as of now, the technology is only in service on 10 aircraft. But the company hopes to eventually install 2Ku on 750 aircraft annually as they look to grow the number of airframes the technology has received Supplemental Type Certificates (STCs) for across the commercial aviation market.
Gogo CEO Michael Small told investors and reports during the company’s second quarter conference call on Aug. 4, that the IFC provider has “continued to build significant momentum” behind its 2Ku technology.
“We received six supplemental type certificates to install 2Ku on various aircraft types [during the second quarter] including the narrow-body Airbus A319, the Boeing 737-800, and the wide-body A330 and A340. In July, the first factory retrofit of the 2Ku system was installed on the A350 aircraft,” Small said during the call. The number is less than half of the 15 STCs Gogo is pursuing, but he was careful to note that the first STCs tend to be the most difficult to ascertain, and was happy to have the aircraft with the largest fleets already under their belt: the 737-800 and the A319. The company is hoping to pick up more STCs before the end of the year, building further energy behind 2Ku installs. Continue>
Maritime connectivity provider Marlink is seeing an uptick in demand across both merchant and cruise markets, compensating for dips in the oil and offshore segments, which Tore Morten Olsen, president of maritime at Marlink, expects to continue into 2017.
“The oil price will probably continue slowly upwards but it takes time before the maritime markets related to the oil industry will come back to normal levels. We follow the trends closely at the same time as we also see new business coming in from the markets that are more challenged these days. This is in part due to the fact that optimal communication services can achieve efficiencies, helping operators to save money by working smarter and making more use of connected software and data,” Olsen told Via Satellite.
Driving the merchant shipping market is the ability to use software and sensors to monitor key parameters onboard vessels, such as fuel consumption, with the aim of operating more efficiently and reducing costs, according to Olsen. There is also a need for connectivity for crew, electronic document handling, Machine-to-Machine (M2M), telemedicine, entertainment and education. Continue>
There is a lot that goes into testing and validating the performance, scalability and configuration of iDirect technology. Chris Boyd, iDirect’s Network Solutions Architect, will show you how we test our reference architectures to ensure ease of deployment for you across the network.
With iDirect Verified Designs, we actively identify, test and document every step of the network configuration, and match the correct router and switching equipment with satellite equipment. This helps to ensure that the services and functionality set up on the satellite side can carry through on the terrestrial side.
Overall, the role of the End-to-End Solutions Lab is to work with various different technologies to determine how best they will scale in any environment, and the ways in which they are being used in our customers’ networks. The ultimate result is improving iDirect’s ability to provide support and best practices guidance to customers. Read More
This company provides and supplies VSATs as well as a wide range of RF equipment marketed under the Agilis brand name for telecommunications, government and defence, maritime, oil and gas, broadcast and enterprise applications, and also specializes in the design, development and production of advanced space electronics, satellite buses, EO satellites and other terrestrial sensors and applications—and they just commenced their commercial imagery service of the first, made-in-Singapore commercial EO satellite, TeLEOS-1.
The initiation of services follows an intensive In-Orbit-Test (IOT) of the satellite since the launch of TeLEOS-1 on December 16th, 2015. This significant milestone for the company is quite significant, as one meter resolution with the fastest response from a Near-Equatorial Orbit remote sensing satellite is now being provided.
Singapore Technologies Electronics Limited (ST Electronics) today announced the commencement of its commercial imagery service of the first made-in-Singapore commercial Earth observation satellite, TeLEOS-1, after an intensive In-Orbit-Test (IOT) since it was launched on 16 December 2015. This marks a significant milestone for ST Electronics as this is a world’s first commercial imagery service providing one metre resolution with the fastest response time from a Near-Equatorial Orbit remote sensing satellite. Continue>
As iDirect finished the second quarter of the year, we saw the first deliveries of the X7-EC Satellite Router(s), along with iDirect SatHaul™ to support LTE backhaul over satellite. We are very excited to have this product in the marketplace, which helps improve the efficiency and user experience for connecting 4G base stations over satellite.
Proof-of-Concept Trials Deemed Successful
During the first half of 2016, we conducted various proof-of-concept (POC) trials with different mobile operators to see how our solution would perform in their specific environments. Out of these tests we learned a good amount about some of the different network setups, and had the ability to try the iDirect SatHaul™ optimization with most of the popular infrastructure equipment from Ericsson, Huawei, Nokia and Alcatel Lucent.
Even though there were a few adjustments to make in order to work in the different operator environments, the standard interface of LTE seems to make integration much simpler than 2G or 3G networks which were much less standardized. We had success optimizing 4G traffic over all of these different infrastructure set ups and improving the 4G experience over satellite.
With key features like TCP Acceleration, header and payload compression, and optimization of IPSec links, iDirect SatHaul™ is an effective solution in 4G networks to improve the user experience and throughput when using satellite. Read More
Based in Dallas, Texas, Sevis Systems, has released the latest version of their Intelligent Backhaul Optimization (IBO) suite of applications—the suite now includes the much anticipated ‘Backhaul Offload’ application.
Backhaul Offload allows Mobile Network Operators (MNO’s) to leverage HTS spot beams to offload traffic in locations with pre-existing terrestrial backhaul links experiencing high utilization. While the Sevis hardware is agnostic to the IP transport technology, an efficient use scenario is leveraging SATCOM for offloading microwave links that are at, or near, traffic saturation.
MNO’s can keep delay-sensitive voice and signaling traffic over existing microwave backhaul links but offload these links by carrying bandwidth-hungry data traffic over high-throughput satellites (HTS). The Sevis optimizers intelligently manage traffic routing across the terrestrial and satellite links and also perform traffic optimization and acceleration functions to save bandwidth and improve the user experience.
The Backhaul Offload application focuses on simultaneously reducing total cost of ownership (TCO) for mobile carriers while expanding market addressability for satellite-based backhaul services. MNO’s can reduce TCO by flexibly relying on a scalable and low-OpEx satellite service instead of investing money in the expansion of existing microwave links. Backhaul Offload is a win-win for HTS service providers and MNO’s: HTS service providers provide MNO’s with a well-balanced OpEx-for-CapEx value proposition; with great flexibility for quickly deploying and adapting to changing needs. Continue>
At iDirect, we are providing you the building blocks that will enable you to adopt a solutions-oriented approach that transforms your network. Advancements such as transparent IP transport, improved network architectures, optimized service fulfillment, and end-point intelligence are helping you step toward carrier-class quality and service agility. Watch as Eric Watko, iDirect’s VP of Integrated Solutions and Space Systems, discusses with Adam Bennett, Product Marketing Manager, our commitment to improving the entire end-to-end network.
DataPath’s new QCT90 man-packable antenna has achieved full Inmarsat Type Approval which expands their service and greatly helps their ability to support a larger variety of customers. In addition this further expands DataPath’s ability to support customers as a service provider of Inmarsat GX solutions.
DataPath has previously achieved Inmarsat full Type Approval for use on GX’s military Ka-band frequencies for the company’s CCT120 and CCT200 fly-away terminals, DA120 drive-away terminal and STT 208 trailer-based antenna systems.
As an approved Inmarsat Government GX satellite service provider in both commercial and military Ka-band frequencies, DataPath’s QCT90 man-pack terminal was designed for both simplicity and ruggedness to deliver quick connectivity in remote locations.
The 90-cm antenna’s carbon fiber reflector and cast magnesium frame are durable and light weight and the fully integrated design avoids loose cables and includes a GPS-enabled graphical user interface (GUI). The QCT90 fits into a single back-pack style case.
Inmarsat Global Xpress’ plug-and-play, high-throughput satellite connectivity service supports high definition voice, video and data applications through a single operator. Its secure beam-to-beam handover capabilities and worldwide coverage make it ideal for global airborne, naval and land operations. Continue>
Posted onJuly 25, 2016byiDirect.
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