Modern connectivity technologies are transforming a wide range of industries. This is particularly true as the Internet of Things emerges as a key solution. IoT solutions empower organizations to gather information from diverse sources, bring that data together and analyze it in real time. In many cases, IoT devices can be equipped with embedded apps that allow them to automatically respond to specific conditions. This adds up to create considerable opportunities for innovation as organizations can use robust connectivity to eliminate longstanding operational roadblocks. However, these gains are only possible if the network can keep up with the demands of IoT devices. In sectors where operations often take place in remote locations, such as the oil and gas industry, satellite broadband services play a critical role in this process.
Changing industry dynamics driving change
The oil and gas industry has been going through a challenging period as prices go down and the market is flooded with supply. According to PricewaterhouseCoopers, oil and gas companies are continuing on with their drilling despite the low oil prices because they are generally more concerned with shoring up market share than they are maximizing immediate fiscal returns. While this strategy certainly has its merits, it also means that prices go down across the sector, making it more difficult to maintain revenues and gain a competitive edge.
On top of all this, PwC found that layoffs, discounts from oil-field service providers and spending cuts aren't enough to keep oil and gas companies ahead of the price declines in the sector. Instead, it is time for organizations to take a new look at the industry and develop creative solutions to longstanding problems.
The challenges facing the oil and gas industry don't just come down to simple supply-demand mechanics either. Shifting cultural perceptions around fossil fuels are creating incredible volatility, leaving organizations with question marks about how they should be moving forward. PwC recommended that oil and gas companies work hard to avoid unnecessary cost cutting. It may be nice to save some money immediately, but reducing strategic investments can also push a business down a path that limits future flexibility. This isn't beneficial in an era with so much market volatility, and oil and gas companies need to maintain the systems necessary to adapt to future demands.
"Many oil and gas companies have run into trouble trying to broaden their operations."
Businesses must also become more targeted in how they operate, PwC said, as many oil and gas companies have run into trouble trying to broaden their operations to such a degree that they have not been able to keep up with the unique demands of those market segments. This is particularly evident when oil and gas companies that typically focus on exploration try to get into production, but it can come out in other areas as well.
These conditions add up to a situation in which technology that helps companies innovate and reduce costs are essential, PwC found. Robust digital technologies are central to improved monitoring and better operations in the field, and connectivity solutions are central to these gains.
Bringing connectivity to bear in the oil and gas sector
Advanced network technologies can drive a wide range of benefits across the oil and gas sector. According to Automation World, the IoT can be used across oil fields to create more connected, intelligent environments in which data is gathered from diverse sources to drive performance gains. While there are some factors holding the industry back, particularly legacy technologies and the need for incredibly secure networks, the potential benefits of innovation are too great to ignore. Industrial Ethernet tools can resolve many security and performance demands facing the sector, giving businesses the tools they need to interconnect diverse devices throughout the field to provide insights into every phase of operations.
Coordinating and optimizing operations across complex field environments is no longer out of reach. Instead, robust connectivity systems can interconnect disparate work teams, allowing organizations to work smarter and reduce operational expenses. Automation World said that the IoT is such a useful technology that oil and gas companies can't afford to neglect it.
Improving connectivity in the field can be incredibly difficult – it requires a complex array of routers, switches, wireless access points and backhaul systems that allow users to complete a wide range of tasks. That diversity is among the key challenges. Organizations must be prepared to support data workflows that are sensitive to latency alongside those that can tolerate some delays. Industrial Ethernet solutions can help on the ground, but legacy satellite network solutions may not be up to the task. This is where modern satellite broadband systems are coming into play.
Advanced satellite connectivity essential
Sophisticated functions such as intelligent data routing enable organizations to maximize the value they receive from network investments. Satellite connections may come with some bandwidth limitations, but leading service providers are combining throughput with intelligent network management to offer the performance today's companies need. To understand the importance of modern tools, consider the pathway that data must follow in a general oil and gas workflow:
- Information is created by an IoT device monitoring a drill in a remote offshore platform.
- That data is sent along to a wireless access point.
- From the WAP, the information moves into the wired LAN that serves as backhaul for the Wi-Fi systems.
- The LAN interconnects to the access network to provide a link to either a Wi-Fi or LTE network that connects multiple network segments in a segment of offshore platforms.
- A satellite picks up this information from a direct network link and transmits that information back to primary servers, often in a distant geographic location.
The data may make multiple stops along the way for different user groups, and the combination of distance being traveled and network segments being crossed means plenty of delays are possible. If that monitoring device is telling you a drill is about to malfunction, you can't afford a delay. Modern satellite networks that optimize routing can eliminate latency, ensuring your teams get the information they need, when they need it, overcoming longstanding connectivity barriers and giving oil and gas companies a competitive edge that helps them stand out from their peers.
Satellite antennas play a pivotal role in at-sea communications. The device implementation, functionality and even positioning all heavily influence the ability of yacht owners and charter management companies to provide their crew and guests with the remote connectivity they need. Investing in the latest software and equipment should be seen as an essential component of their communications planning. Adopting cutting-edge technologies enhances guests and crew enjoyment because it allows them to take their onboard communication experiences to the next level.
Over the past few years, satellite communications has been going through a major transformation. New technological advancements and product innovations have promised to not only enhance the reliability and efficiency of connectivity, but make it more cost-effective as well.
Problems with at-sea connectivity
Today, maritime companies face a wide range of issues pertaining to their antennas. Often, boat designers and VSAT engineers are at odds with the placement, size and positioning of the satcom domes, sometime referred to as the “Mickey Mouse ears.”
“Antenna innovations promise more reliable connectivity for at-sea communications.”
Aside from the unsightliness of these structures, they also have a lot of moving parts and present a number of technical and practical problems. It is important to make sure this bulky equipment isn’t in a blockage zone or installed in a way that obstructs the satellite view, thereby impacting onboard connectivity and ultimately the experience of guests and crew. Furthermore, due to their size and weight, yachts also have very few options for mounting them.
All of these factors have fueled the initiative for finding a better alternative. And it seems that, soon, yacht owners and charter management companies will have it.
A few years ago, Kymeta Corporation announced it would start to using metamaterials and flat-panel technologies in antennas and communication terminals and, through its partnership with e3 Systems, develop prototypes for the yachting industry. More recently, MegaYacht News reported, the organization said these flat panel antennas, or FPAs, will be on sale as soon as next year.
Advantages of flat panel antennas
Flat panel antennas offer a wide range of benefits for the maritime industry including:
- Small and lightweight: Because there are no moving parts, the flat panels are smaller and thinner. MegaYacht revealed that Kymeta FPAs, on average, have a diameter of about 80 centimeters, compared to the several feet of most domes.
- Visually appealing: Flat panel antennas offer a less obtrusive and unsightly appearance than conventional counterparts. Rather than mounting it to the mast, yacht and cruise owners will have more placement variety to choose from with these panels, especially with electronic beam steering.
- Increased accuracy and bandwidth efficiency: The ability these antennas have to steer electronically, rather than mechanically, increases the likelihood of maintaining constant satellite connection.
For reliable connectivity, it is important that terminals are able to seamlessly switch between beams and, especially on transportation vessels, maintain a small and light profile and weight. The large, heavy and multifaceted structure of traditional parabolic antennas makes it more likely for at-sea communications and broadband issues to occur.
This is why flat panel antennas are widely perceived as the innovative technology that can lead to higher bandwidth efficiencies and reduced weight penalties, as well as help fuel mobility growth for both high throughput satellite and non-geosynchronous systems.
Northern Sky Research, which recently published its Flat Panel Satellite Antenna Analysis report, pointed out that many of the issues that have plagued the industry in the past can be attributed to the high-cost or low-quality service of ground terminals. Now, the development of these flat panel technologies is facilitating more integration and collaboration between satellite equipment manufacturers, service providers and operators – moving the market toward a better performing and priced solution.
Maritime industry to fuel growth
In its report, NSR divided the FPA market into two categories: mobility (aeronautical satcom, maritime and land-mobile) and fixed service (stationary broadband communications and Direct-to-Home television). It expects the shipped units of flat panel antennas to generate at least $710 million in annual sales over the next ten years, with over 31,000 units shipped units forecast just for satellite mobility).
“The maritime market is expected to fuel the growth of flat panel antenna production.”
Because these antennas are easy to install and lightweight, NSR said it anticipates the growth of FPA manufacturing to be driven by the maritime and land-mobile market. However, it seems that, moving forward, one of the biggest issues surrounding flat panel antennas will be choosing a product, since there is currently no one-size-fits-all solution. Each market has different needs and requirements, hence the influx of partnerships between manufacturers, service providers and operators.
According to Satellite Today, Kymeta formed a partnership with a major communications provider, among others, to transform the satellite communications in the maritime industry. Phasor did the same, establishing agreements with with service providers in the maritime and government markets.
MTN, a Global Eagle Entertainment, Inc (GEE) (NASDAQ:ENT) brand, unveiled its new flat-panel satellite solution for superyachts at the Monaco Yacht Show. MTN brought the flat-panel antenna technology to the superyacht market as part of a complete broadband solution using MTN’s global Ku-band VSAT network.
“Utilizing MTN’s robust global Ku-band VSAT network, the MTN flat-panel antenna brings to market a ‘best-in-breed’ solution with the lowest cost of ownership and highest throughput available in the superyacht market today,” said Abel Avellan. These ultra low-profile and highly efficient antennas can be embedded beneath the skin of the vessel with a custom radome to match the aesthetic design of the vessel, eliminating the need for large, heavy, stabilized dish antennas. MTN will work with owners and designers to customize the flat-panel solution to match the vision and aesthetics of the owners without compromising performance.
Today, reliable connectivity isn’t just a convenience – it’s a necessity. And the importance of evolving a business model that runs in tandem with the speed and sophistication of technological innovations can not be understated. By staying on top of the emerging industry trends and product developments, yacht owners and charter management companies will be able to leverage the advanced remote communications solutions needed to meet the expectations of their guests.
When it comes to managing your yacht communications and entertainment, it is crucial to ensure your satellite broadband network offers enough bandwidth to cover the needs of both guests and crew. In this day and age, people expect to get the same reliable connectivity at sea as they do on land. Failing to offer the appropriate bandwidth to meet remote communication needs can result in unhappy customers and dissatisfied employees. Put simply, your bandwidth plays an important role in the success of your business.
To determine how much bandwidth your yacht needs, there are a few factors to take into consideration: the number of onboard guests and crew members, the number of devices each person has and how many applications will be used through each device.
Research by NSSLGlobal and MegaYachtNews revealed that the majority (90 percent) of yacht crew members bring at least two digital devices onboard – though 16 percent bring as many as six! However, on average, a person will bring somewhere between two and three devices, each requiring a bandwidth of somewhere between 4 and 50 Mbps.
Recommended bandwidth by application
To break that down further, the amount of data you'll need depends on what the broadband service will be used for. For example, basic functions:
- Email (50 Kbps)
- Web browsing (336 Kbps)
- Uploading photos (1.5 Mbps)
For social media applications, such as Facebook, the recommended bandwidth is 264 Kbps. If you plan on allowing guests and crew to video stream, the amount of bandwidth you'll need depends heavily on the level of quality. Standard definition requires about 3 Mbps, high-definition approximately 5 Mbps and Ultra HD needs 25 Mbps.
When choosing a satellite broadband service provider, it is highly recommended you find one that offers flexible plans so you're able to change your bandwidth on an as-needed basis.
Owners and guests expect to have the same level of connectivity on board their yachts as they do on land. However, to deliver them with the fast, reliable service they expect, you need a broadband plan that guarantees optimal performance.
The demand for satellite bandwidth is surging. Today, most people own at least two mobile devices that they bring on board with them. You need to ensure enough bandwidth for each person, each of their devices and each of the ways they plan to use the devices.
So it's no surprise that you might find yourself seeking a bandwidth upgrade or trying to figure out how you can improve the performance and reliability of your yacht satellite broadband. Fortunately, there are ways to do this.
Determine specific needs of charter guests and crew
The first step is to figure out what is absolutely essential for your broadband. If your current broadband plan isn't giving you're the reliable connectivity performance you want, it could be because you don't have an accurate understanding of how it's being used. Survey the crew to get an assessment of what they currently use – and how. You want to make sure that you have enough broadband to let members and guests use their devices however they want.
Maybe your guests use it primarily for entertainment purposes, such as streaming movies or browsing social media networks. It's also possible that the bulk of the data usage is coming from video conferencing, emailing and other business-related tasks. The more specific you can get about the connectivity needs and bandwidth usage of onboard guests and crew, the better able you will be to choose a plan that ensures reliable performance.
"To ensure the right broadband service plan, you must understand how bandwidth is being used."
Consider usage restrictions and separate LANs
If you currently have a data cap on your service plan, it may be limiting the yacht satellite broadband performance – and leading to extra costs. If so, consider implementing a crew service level agreement or fair usage policy that restricts their bandwidth usage. Although it's important to consider the satellite connectivity expectations of your crew members, sometimes it's also necessary to limit their access to it. Exercising more control over bandwidth allocation can help ensure it is being distributed appropriately.
It's highly possible that the needs of crew and guests vary – which makes trying to managing them all on a single network can be difficult and, ultimately, ineffective. Instead, create and configure different LANs for each group to make it easier to divvy up bandwidth based on the specific needs of users. Another option is to block specific apps for certain LAN groups, such as social media for crew members, or limit the number of devices they are able to use at one time.
This strategy may be important to use if most of the data is being consumed by crew members' devices. According to research conducted by NSSLGlobal, almost all (90 percent) of crew members bring a couple of devices on board with them, which can be a source of eating up data – even when they aren't being used.
Invest in the latest remote communication solutions
When you're looking for ways to improve the performance and reliability of your yacht satellite broadband, it is important you look at the hardware and equipment being used. Utilizing the latest remote communication tools and technologies will enhance connectivity and optimize bandwidth usage. For example, check to make sure that your antenna is compatible with the right type of network you are using and that it is capable of handling the high speeds and coverage in your region. It's also important to make sure that this equipment is properly installed and positioned on the yacht. If it's placed in a blockage zone, for example, it is going to be extremely difficult for it to access a satellite that is far away.
An intelligent back channel solution like SpeedNet is another technological investment that can have profound effects on the reliability and performance of your yacht satellite broadband connection. This advanced caching technology allows freed-up bandwidth to be used for HD video streaming applications. Put simply, it solves the issue of latency by creating a different back-channel that enables more streaming and less waiting.
Schedule temporary bandwidth upgrades
If you only charter during a few months out of the year, certainly you don't need to get an annual, high-bandwidth contract. Instead, choose a service plan that allows you to upgrade your bandwidth during times of the year that are the busiest and most demanding. Look into plans that allow you to increase bandwidth per charter or have a high-speed season option.
Choose a flexible plan – and VSAT service provider
Offshore communication needs vary based on the vessel, as well as the number and habits of its guests. When it comes to SATCOM and VSAT solutions, there is no one-size-fits-all. This is why it is important to choose a provider that can offer specific solutions that meet your individual yacht satellite broadband needs. Ideally, you want to a flexible plan that requires as little commitment as possible so you can tailor it to the needs of your guests and crew on an as-needed basis.
Onboard connectivity and at-sea communications are not just a convenience now; they are a competitive advantage. By going above and beyond to improve the performance and reliability of your yacht satellite broadband, you will be able to provide your guests and crew with the type of high-speed internet that enhances their experience.
When it comes to managing remote connectivity, you need to ensure your satellite broadband plan will allow enough data for the business and entertainment needs of both your crew and customers. Offering high-speed internet, HD video streaming and other services gives yacht owners and crew entertainment and charter management companies a competitive advantage. You don’t want to overpay for data you aren’t using, but you also don’t want to limit the onboard experience by not having enough bandwidth.
According to research conducted by NSSLGlobal, yacht crew members’ expectations for their on-board bandwidth are increasing significantly. Of the survey participants, almost half said they believe they should get the same level and quality of connectivity as they do when they are in their own home. As on-land broadband speeds accelerate, both crew and guests are going to continue to expect the same type of experience while at-sea. If you don’t have the appropriate bandwidth, you could end up dealing with a lot of unhappy clients and staff.
When you are trying to figure out how much data will be used on the yacht, it is crucial to take into account how many devices each user has. Most people have multiple – such as a smartphone and tablet. As the source pointed out, 90 percent of crew members tend to have at least two devices on board with them, and 16 percent have as many as six. Furthermore, MegaYacht News reported that the number of “data-heavy devices” per person that are being brought on board averages about two to three, each of which require a bandwidth of about 4 to 50 Mbps. This rapid proliferation of mobile devices means that if you have a yacht that usually has about 20 people on board, you now need a broadband plan that will be able to service somewhere between 40 and 60 people, at least.
Bandwidth needs per application
Yacht communications and entertainment require a satellite broadband network with reliable connectivity. In order to know how much data you will need for your broadband plan, it is helpful to first obtain a better understanding of how much bandwidth is required for people to comfortably use different applications. Most yacht communications service providers provide data allowances based on data speeds versus download size. The difference between the two is important. Bytes, such as megabytes (MB) and gigabytes (GB), are used to measure the data storage capacity. Megabits are used to measure speed and data transfer rates, with 8 bits per one byte. Your connection speed does not affect how much data is being used.
Simple functions such as browsing the internet and checking email may not require much data, but if you plan to use the web for streaming videos, downloading files or using social media, that changes things. Not all files are created equal. How much data you need will depend on how you intend to use the broadband – meaning which applications will be used, how often and by how many people.
“Your bandwidth needs depend on your usage of applications.”
Email and web browsing
Without attachments, the average email uses about 50 kilobits per message. But if you are sending, receiving or downloading attachment files, it will increase. On average, basic plans that have anywhere between 2-6 Mbps are the minimum recommendation. However, if you expect your users to do more than simple web surfing and email checking – which most will – than you will need more bandwidth.
On average, browsing social media applications requires about about .03 Mbps. But keep in mind that this is per user, and it increases depending on what is being done on the site, such as watching videos. Furthermore, when trying to determine how much bandwidth will be necessary, keep in mind that each person typically has multiple social media apps on their mobile device. To get the highest level of quality for Facebook, one of the most popular platforms used, it is recommended you get a plan with a speed of 264 kbps.
Video streaming and conferencing
Whether it is for keeping in touch with family and friends or conducting business meetings, Skype is a video conferencing app that many people use when they are traveling for both professional and personal purposes. The recommended download/upload speed for standard calling functionalities is 100 kbps/100 kbps. However, for high-quality video calls, it jumps to 500 kbps/500 kbps. For a group video of seven or more people, it is recommended you get a speed of 8 Mbps/512 kbps.
Below is a breakdown of the recommended bandwidth you should expect to include in your plan for popular streaming applications based on quality level:
Broadband connection speed: 1.5 Mbps
Standard-definition (SD) quality: 3.0 Mbps
High-definition (HD) quality: 5.0 Mbps
Ultra HD quality: 25 Mbps
360p quality: 1.0 Mbps
480p quality: 1.5 Mbps
720p quality: 3.5 Mbps
360p quality: 1.0 Mbps
720p quality: 2.5 Mbps
1080p quality: 4.0 Mbps
On average, if you want to offer guests and crew members email, Facebook, web surfing, HD music and Skype voice and video calling, it is recommended you get a plan with a download/upload speed of at least 786 kbps/256 kbps. However, if you anticipate needing even more bandwidth, say to offer all the above, plus streaming applications for YouTube, Netflix and Hulu in SD, you should go for a plan that is at least 6 Mbps/2 Mbps or more, depending on the number of guests or crew onboard.
Choosing the right provider
Yacht operators have several options to optimize their onboard bandwidth usage but it’s important to find a provider that meets your needs. Look for providers that provide temporary bandwidth “bursts” for high usage periods or when many guests are onboard at once.
Many providers also offer products that can help to get the most of your contracted bandwidth. For example, EMC’s product, SpeedNet, can cache popular websites and social media sites locally onboard so that these sites are available without having to use the VSAT network. This allows for bandwidth to be available for more high bandwidth usage like video streaming or Skype.
To ensure the highest level of satisfaction, yacht and charter owners should look into a service that makes it easy to prioritize and customize bandwidth allocations based on users and applications. For example, while at sea you could limit the use of certain applications, such as social media, for crew users. Working with a provider that can deliver a tailored solution for the specific needs of your staff and guests would be in your best interest.
Who can remember the wow factor of the iPhone 3G being 3G compatible? A few years later, we’re now talking 5G and the Internet of Things (IoT). Technology has been evolving so fast that it’s nearly impossible to keep up with the latest, coolest trends.
Yacht owners want to be first to have the ultimate technology to stay connected to their critical business transactions, as well as entertain – and obviously impress – every guest onboard. Going into dry dock only every few years and technology changing almost every season, how do you keep up with newest hardware and software for onboard communications?
Start sooner than later
Precisely because of the rapidly evolving nature of technology, yacht designers, shipyards, and refit yards must understand the crucial need to consider and integrate scalable communications and entertainment solutions as early as possible in new builds and refits. The first key step, before hitting the drafting board, is to learn about the owner’s specific c expectations for onboard communications. A few important considerations include:
- The number of guests and crew expected to determine how many simultaneous devices will access Wi-Fi
- Will the vessel be chartered?
- How many TVs are needed and what type and quality of programming (HD/SD, streaming, on-demand movies, live events and more)?
- Where will the vessel sail? (to determine specific antenna requirements – critical for above-deck design)
Ideally, your communications and AV provider(s) will use this information to custom-tailor a solution to your owner’s lifestyle needs, while collaborating with your design and engineering teams as early as possible in the build/refit process.
Think ahead and plan the space
With an advanced communication solution defined, a smart and forward-looking yacht design can be drafted to include space allocation for IT and AV equipment at different levels, in rooms, on deck and in the main below-deck equipment rack.
IT and AV providers can assist the designer during the early draft stage to define locations for in-room equipment such as TV, speakers, iPad docks, Ethernet cabling and wireless access points, always allocating extra space for the inevitable changes to come with the latest new trend (like ultra high-spec cabling such as fiber optic).
Designing the vessel to be adaptable to future technology, improvements is key! It will save time when upgrading to the latest and greatest, prevent headaches for ETOs and designers, avoid massive refits and consequential costs, and ultimately keep the owner happy.
Lean on the technology experts
Tapping into the resources of communications and technology companies, such as MTN and partner Van Berge Henegouwen (VBH), can save valuable time and money for builders over the long haul.
VBH’s CTO Ameet Sarvaiya says “As viewing patterns have evolved, VBH sits early in the build process to ascertain the owner and guest requirements. Together with MTN we optimize the availability of various content sources and synchronization needs.”
VBH is one of MTN’s several Maestro certified partners and maritime service providers. Together, the companies bring the experience necessary for future-proof, forward-looking new builds and refit projects.
By anticipating owners’ needs, builders can successfully deliver a yacht today that adapts the technology trends of tomorrow.
Learn more about Maestro here.
This week our Yacht Business Unit, is in Kitzbühel, Austria to attend the Superyacht Design Symposium, February 21-23, hosted by Boat International Media. For a third year, MTN-An EMC company is sponsoring the event, which draws 300 yacht owners, designers, shipyards, refit yards, project managers and important companies in the yacht-building industry. The symposium is an ideal venue to meet and network with people involved in the early stages of yacht construction, along with the decision makers for onboard communications for new builds and refits. The agenda includes conference sessions, the ShowBoats Design Awards, social events and a ski competition among participants (Did we mention it takes place in the Austrian Alps?).
This event provides us the opportunity to share the importance of integrating communications systems into yacht design for optimal network performance. As a symposium sponsor, we also had the honor of presenting the Holistic Design Award portion of the Show Boats Design Awards ceremony. Check out the full list of 2016 Boat Show Design winners.
Emerging Markets Communications (EMC) has signed a definitive merger agreement to acquire MTN Communications (MTN), a leading provider of communications and content for remote locations around the world.
The combined entities bring together the most talented and experienced professionals in the remote communications industry, servicing land and maritime-based customers, with a transformative suite of network products and services for businesses and people, connecting in hard to reach places or on the move.
The acquisition will benefit the organizations’ combined 1,600 vessels and more than 8,000 land-based customer sites in the most hard to reach places on all continents and in every ocean. Customers will represent multiple verticals, including maritime, energy, cruise lines and ferries, yachts, non-governmental organizations, telecommunications providers, global enterprises and governments.
“Our vision is to create the next generation mobility platform offering the most reliable, secure and cost-effective connectivity solutions for people and businesses on-the-move — and in far reaching places — on land and at sea – and the acquisition of MTN makes this vision a reality,” said Abel Avellan founder and CEO of EMC.
“We are bringing together two global communications leaders to meet customers’ unprecedented requirements for land-like connectivity, content and voice services in the world’s furthest reaching corners,” said Mark Walter, president and chief operating officer, MTN. “Our combined talent, networks and product set will deliver capabilities and scalability no other provider can offer.”
“Since our customers ask for greater speeds and exponentially higher throughput every year, combining into one entity enhances our ability to bring invaluable solutions, with the highest levels of service, for business and mission-critical operations globally,” said Errol Olivier, executive vice chairman, MTN. “We are excited about the enhanced scale and global resources we will bring in our mission to exceed customer demands.”
EMC and MTN have proven track records of delivering a broad range of transformative communications solutions. They bring faster, more efficient Internet, content and cellular services – including voice, text and 3G Internet access – for business, personal and critical missions. The acquisition will leverage patented and patent-pending solutions, including optimization, cloud computing and hybrid networks. This complementary acquisition will expand global footprints, service centers and teleports, and invaluable products.
“By integrating EMC and MTN, we will put together all of the key building blocks to create the most complete, globally-scalable mobility platform, along with unique services, truly different from any provider in the market,” said Avellan.
Emerging Markets Communications (EMC) expands its operations in Houston by opening a new office and technology demo center.
The new office is located in Houston’s Energy Corridor, at 3151 Briarpark, Suite 250, Houston, Texas, 77042 and the technology demo center where oil and gas companies can test their applications on our global satellite network for both offshore and onshore field connectivity requirements. The demo is also used to showcase EMC’s patented technology and end-user applications that drive efficiency, increase reliability and lower-costs of global satellite connectivity services.
Test Drive EMC’s C-Band Satellite Network
The technology demo center allows users to connect to our C-Band Satellite Network, using a 2.4 meter antenna, mounted on the roof of the office building. Schedule a session to visit EMC’s Houston office and bring your own laptop or device to connect to the satellite network!
Connect to Your Remote Site on EMC’s Global Satellite Network from Houston
Companies can also test EMC’s satellite network from Houston to any global remote site in the demo room for up to three weeks. EMC engineers design a pilot network and collaborate with your technical teams to commission the bandwidth to a designated field site(s), such as an offshore rig or platform.
Experience Faster Internet Browsing Over Satellite With SpeedNet®
Surf the web using EMC’s satellite connectivity and its patented SpeedNet® browser. It performs 66 percent faster than Google, Yahoo and Bing over satellite, and loads content and video up to 88 percent quicker.
SpeedNet® is an integral part of EMC’s crew welfare services and improves the efficiency of allocated bandwidth to crew members, without increasing data rates. As a result, oil and gas companies can lower costs of their overall crew welfare services by leveraging SpeedNet®.
Affordable High Definition Telepresence System Over Satellite
Our Houston technology demo also features HD Connect®, another patented technology, providing high definition tele-presence service operating over a satellite connection.
HD Connect enables high-quality, low-jitter and reliable tele-presence, leveraging the efficiency benefits of multicasting and Cisco’s leading technology. EMC’s HD Connect® service plans allow for on-demand usage, saving customers money by only paying for what they use.
Many customers use HD Connect for large scale video conferences in high-risk security environments, where travel is restricted and dangerous. Additional applications for HD Connect include Doctor On-Board and security monitoring in the field.
Interested in experiencing EMC’s network and technologies for yourself?
To schedule a session in our Houston, TX technology demo center, submit your contact information here. We will contact you back to schedule your demo session.