Delivering complex services requires fully integrated networks and clear visibility of customer end sites.
iDirect’s Layer 2 over Satellite (L2oS) within the Evolution® platform achieves high levels of integration and visibility through transparent transport of protocols. Whether the goal is providing managed services through BGP routing, supporting multi-tenant capabilities with MPLS extension, or backhauling cellular traffic through the Evolved Package Core (EPC) framework, a service provider can rely upon L2oS to carry a wide variety of protocols to the edge of the network.
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iDirect Evolution® is designed for a broad range of customer requirements, spanning any market, any network whether fixed or mobile. It’s one of the reasons why Evolution is the dominant TDMA hub platform in the market today, holding more than 55% market share.
Our customers continue to leverage the platform in new and innovative ways. Look no further than the great stories that our partners are sharing as part of the #MySatelliteEvolution, campaign.
At iDirect, our goal has always been to ensure that our partners can rely on their investment in Evolution to help them expand into new markets, extend their business and take advantage of High Throughput Satellite (HTS) opportunities in the most profitable way.
As such we are continuing to innovate on the Evolution platform, focusing on three key areas:
Layer 2 classifications and ROHCv2 header compression optimize and efficiently transport Ethernet frames across a satellite link. You can enjoy the benefits of Layer 2 networking without wasting bandwidth.
High Throughput Satellite (HTS) advances in throughput are well understood at this point. Now, the demand for innovation shifts back to ground infrastructure. In particular, how will ground infrastructure technology providers advance their platforms to enable satellite operators and service providers to best capture the HTS opportunity?
At iDirect, our goal is to ensure that service providers can leverage their investment in the existing ground infrastructure while taking advantage of HTS opportunities in the most profitable way. However, these new HTS satellite architectures come with a new set of challenges for the ground.
In a brief video, Designing a Ground Infrastructure Platform for HTS, Greg Quiggle, VP of Product Management, identifies the areas of innovation that we are looking to do at iDirect to enable both of our platforms iDirect Velocity™ and iDirect Evolution® to be optimized for HTS. He outlines the areas around scalability on the hub, higher performance on the remote side and scaling and automation on the network management side.
Here are some key considerations that we are looking at in the video:
HTS offers higher throughput rates than traditional broad beam satellites. Enabling these advances on the hub side means that the platform infrastructure must handle higher aggregate symbol rates, deliver more efficient modulation and coding techniques, and saturate larger transponder sizes. The hub infrastructure must be able to manage increasingly more beams, more frequencies, more MHz and ultimately many more carriers on the service providers’ network. The other consideration for the hub side is adaptivity achieved by Adaptive Coding and Modulation (ACM) and Adaptive TDMA to maximize data throughput and optimized traffic in changing weather conditions and satellite link degradations. Read More
iDirect introduces Layer 2 over Satellite (L2oS), dramatically expanding the capability of the Evolution® platform. L2oS offers the option to run transparent links to customer end-points through an efficient Ethernet bridging mode as an alternative to Layer 3 routing.
This means service providers gain flexibility to pass all kinds of protocols and deploy new architectures, even creating hybrid networks that operate in both Layer 2 and Layer 3 modes tailored to customer needs.
Layer 2 over Satellite (L2oS) allows service providers to simplify network deployment and carry IP traffic wherever it needs to go
iDirect announced the release of Layer 2 over Satellite (L2oS), a new feature set within the iDirect Evolution® platform, allowing satellite to work more seamlessly with other telecommunications access technologies, providing transparency across the entire network. Service providers are able to use L2oS to simplify deployment of a satellite network and effectively carry IP traffic anywhere it needs to go. iDirect is a world leader in satellite-based IP communications technology.
As service providers experience greater demand to deliver global services, satellite connectivity allows them to reach beyond their traditional area of coverage. L2oS makes it easier to interface satellite technology with terrestrial networking and build unified communication networks. iDirect’s L2oS overcomes proprietary satellite protocols, allowing the satellite connection to emulate a transparent Ethernet link with the freedom to pass any protocols and provide more flexibility in network management. Ultimately, L2oS allows satellite to look and act like all other access technologies. Read More
By Dave Davis, Sr. Systems Engineer, iDirect Europe
The recent IET MilSatcom conference was an excellent event, attended by most of the industry’s key players. It was an outstanding opportunity to hear the perspectives of the UK MOD and several of the industry’s satellite providers, integrators, and partners, chaired by the charismatic Gerard Donelan. What is really good about the IET MilSatcom event is that there are very few sales pitches and plenty of insight, opinion and prediction, with the odd contentious point thrown in to make for good discussions in the breaks. And during those breaks, we had some great networking opportunities. All finished off with a final putting the world to rights session in the nearest local watering hole.
As usual at such conferences it didn’t take long for some common threads to become clear. These were increased data rates, a need for flexibility and the fact that one solution cannot fit all requirements.
It was generally accepted that data requirements are growing at an ever increasing rate. There has been an explosion of applications and devices which are either producing a massive throughput increase, such as ISTAR or a large amount of devices generating burst data, such as sensors…then add Autonomous vehicles, aircraft and maritime platforms…and mobile command platforms…and cell backhaul…and BYOD…and Big Data….
These data requirements are also very hard to predict going forward. It was generally accepted that increases in demand range from 10 to 30 percent annually. The soon to be released 12th edition of the NSR Global Satellite Capacity Supply and Demand report will make for interesting reading. Read More
The growth in the market for in-flight connectivity (IFC) is driven in no small part by passengers boarding aircrafts with their own personal electronics devices (PEDs). Whether they are using them for entertainment, work or to update social media, an increasing number of PEDs require connectivity. All of this is leading to an increased usage of satellite-based communication to and from an aircraft.
NSR’s Aeronautical Satcom Markets, 3rd Edition report found that having access to data and Wi-Fi services in the air is no longer seen as a luxury, but as a necessity for many passengers who use their time onboard to stay connected with those on the ground. This in-turn feeds airlines’ installation on wide-body and narrow-body airplanes of satellite antennas that offer increasingly higher bandwidth to serve a demanding set of passengers.
As a result, the NSR forecast for satellite-based commercial aircraft connectivity is set to grow to $3.9 billion by 2024, of which about $2.1 billion will be for in-flight connectivity, reinforced by a clear trend towards higher bandwidth demand being delivered by high-throughput satellites (HTS). NSR has also noted that many service providers in the IFC market understand this trend and all the major players such as Panasonic, GEE, GoGo and SITA OnAir have HTS capacity deals to meet this rising demand from passengers.
And there is still a lot of ‘leg room’ to grow for satellite-based services aboard aircrafts if we consider that of the more than 100,000 aircrafts that could be outfitted with a satcom solution, only about 47,500 in-service satcom units are deployed but mainly to support low data rate applications. Most of these units are in smaller airplanes and used for voice and basic data communications. Read More
By Denis Sutherland, Director of Business Development, iDirect
The advent of High Throughput Satellite (HTS) technology means that the VSAT industry is poised to enter a new era of innovation and possibility. Challenges associated with quality, reliability and cost have been addressed, positioning satellite communication for exponential growth and mass adoption.
At the most fundamental level, HTS represents a major advance in satellite architecture design.
Compared with a traditional broad-beam satellite, HTS can be defined by three primary characteristics, as depicted in the diagram below:
The use of multiple spot beams changes where infrastructure must be located and how it will be deployed and managed. With an HTS feeder link design, an operator can no longer place hubs anywhere under a beam. Instead, the entire hub infrastructure must be located within a feeder link managed by a single network operator. Read More