Displaying items by tag: satellite
MEF has announced the 15 MEF 3.0 Proof of Concept (PoC) demonstration teams selected to participate in the sixth annual MEF 3.0 PoC Showcase at MEF19, held 18-22 November 2019 at the JW Marriott LA LIVE in Los Angeles, California.
The Showcase will bring together 46 of the world’s leading service and technology providers to present groundbreaking demonstrations of SD-WAN, inter-provider and intra-provider service automation with LSO APIs, AI/ML, security, intent-based networking, Blockchain, Carrier Ethernet, satellite services, 5G, network slicing, IoT, private cloud, service assurance, and more.
“This has been an extraordinary year of innovation as industry players strive toward a common goal of accelerating adoption of dynamic and assured services across automated, virtualized, and interconnected networks,” said Pascal Menezes, CTO, MEF.
He continued, “We look forward to the PoC teams spotlighting the huge progress being made in MEF 3.0 service and technology development and implementation.”
“It has been a pleasure working directly with top service and technology experts from around world who are participating in the MEF 3.0 PoC Showcase,” said Daniel Bar-Lev, Director, Office of the CTO, MEF.
“The PoCs are always a highlight for our annual event, and I’m extremely excited about what we have in store for MEF19. This year’s Showcase will provide invaluable insight that enterprises, service providers, and technology companies need to successfully navigate on their digital transformation journey.”
The 2019 MEF 3.0 PoC Showcase participants and their demonstration themes include:
Colt Technology Services, PCCW Global, Sparkle, Tata Communications, Accedian Amartus, and Clear Blockchain Technologies: Standardization of Blockchain Billing and Settlement Utilizing MEF 3.0 Framework
PCCW Global, DCConnect Global, and R3: Automated Inter-Carrier Credit Ratings Using Blockchain
NTT Communications, ADVA, NEC/Netcracker, Silver Peak, Spirent Communications, and Versa Networks: Orchestrated Virtualized Multivendor SD-WAN Services
Comcast Business, Cox Business, Ciena, and Nokia Networks: MEF SOAM for High Value Multi-Operator Carrier Ethernet Services
Spectrum Enterprise, Equinix, Nefeli Networks, Nokia Networks, and Vitria: Intelligent, Intent-Based Network Scaling Using IoT Services
AT&T, Fortinet, and Nokia Networks: Slicing the Edge
CMC Networks, Intelsat, Nokia/Nuage Networks, Infovista, Cloudify, and Kontron: SD-WAN over Satellite Access
BT, ADVA, and Infovista with radio support from Accelleran, Attocore, and Radisys: Wholesale Network Slicing for 5G Access
Equinix, Unitas Global, and Ciena: AI-Driven Federated Domain Operations for Ultra Resilient Services
Tata Communications Transformation Services (TCTS), Fortinet, and Spirent Communications: Security Assurance in SD-WAN Application Flows (“The Protectors”)
CenturyLink, Telia Carrier, and Infinera: AI/ML and Policy Driven Networks for the LSO-Based Architecture
CenturyLink, Spirent Communications, and Versa Networks: SD-WAN Services and API Automated Certification
Amdocs and Cisco: Private Enterprise Networks
TELUS, Ekinops, and Inmanta: Multi-Domain Orchestration of MPLS, SD-WAN and Cloud Services
NTT Communications, NTT Labs, and Okinawa Open Laboratory: 5G xHaul Sharing as Slices with LSO Orchestration
MEF will be hosting a special MEF 3.0 PoC Awards Ceremony at 6:40pm – 7:00pm on Wednesday, 20 November, in the MEF19 Networking Hall. These awards will recognize leadership and innovation across multiple categories.
In-flight broadband has the potential to unlock a $5.2 billion market within the Middle East region by 2035, finds new data released from the 'Sky High Economics: Quantifying the commercial opportunities of passenger connectivity for the global airline industry' report.
Carried out by the London School of Economics and Political Science (LSE) in association with global mobile satellite communications provider Inmarsat, the study forecasts that airlines in the region will take a $1.3 billion share of the boost in ancillary revenues.
Based on current IATA data and industry sources, Sky High Economics shows that airlines around the world will benefit from four new revenue streams, including broadband access charges - providing connectivity to passengers in-flight.
Airlines will also benefit from e-commerce and destination shopping - making purchases on-board aircraft with expanded product ranges and real-time offers; advertising - pay-per-click, impressions, sponsorship deals with advertisers; and premium content - providing live content, on demand video and bundled W-IFEC access.
The research argues that as passenger numbers grow globally, so too will passenger expectations for access to high-quality in-flight connectivity. The data shows that when it comes to passenger value brought about by new Wi-Fi enabled ancillary revenue streams, airlines will benefit from an extra $3.21 per passenger. At present, airlines around the world average an additional $17 per passenger from 'traditional' ancillary services like duty free purchases and in-flight retail, food and drink sales.
Also, despite the gradual blurring that has occurred in the airline type selected by many business passengers, the Middle East region continues to represent one of the higher revenue opportunities for both domestic and international FSCs (Full Service Carriers) - in 2035, the split is LCC (Low Cost Carriers) at $239m vs. FSC at $511m. The research confirms the very strong position many global FSCs have that are based there.
“The airline industry is rapidly evolving across the world, including the Middle East,” said Dr. Alexander Grous (B. Ec, MBA, M.Com, MA, PhD.), Department of Media and Communications, LSE and author of Sky High Economics. “This research shows that airlines have a clear strategic opportunity to become distinctly more retail-focused and reap the benefits of this.”
Ben Griffin, Vice President, Middle East, Africa and South Asia at Inmarsat Aviation, said the latest advancements in satellite technology have “unlocked exciting new opportunities for airlines to enhance their passenger experience, increase their operational efficiencies and grow important new revenue streams.”
Griffin added, “Having the right capabilities in place - from the cabin to the cockpit - is the key to benefitting from everything that a connected aircraft can offer, today and in the future. As the Sky High Economics report has identified, airlines in the Middle East are extremely well positioned to take a lead with the game-changing new trend.”
Inmarsat said it aims to transform the global aviation industry by bringing complete connectivity to every aircraft and flight path in the world. It is the first and only provider with a complete next-generation High-Throughput Satellite (HTS) network spanning the world. Inmarsat also claims to be the only aviation broadband provider capable of connecting the complete aircraft from cabin to cockpit.
Inmarsat's passenger solutions are complemented by its certified safety and operations services. GX Aviation is the world's first global, high-speed in-flight broadband service from a single operator. It allows airline passengers to browse the internet, stream videos, check social media and more during flights, with an on-board connectivity experience on par with mobile broadband services available on the ground.
New Zealand has trumped Australia in the space race. American-New Zealand aerospace manufacturer Rocket Lab successfully reached orbit with the test flight of its second Electron orbital launch vehicle, ‘Still Testing’, on January 21. Electron lifted-off from Rocket Lab Launch Complex 1 on the Māhia Peninsula in New Zealand.
Following successful first and second stage burns, Electron reached orbit and deployed customer payloads at 8 minutes and 31 seconds after lift-off.
“Today marks the beginning of a new era in commercial access to space. We’re thrilled to reach this milestone so quickly after our first test launch,” said Rocket Lab CEO and founder from New Zealand Peter Beck. “Our incredibly dedicated and talented team has worked tirelessly to develop, build and launch Electron. I’m immensely proud of what they have achieved today.”
Beck added, “Reaching orbit on a second test flight is significant on its own, but successfully deploying customer payloads so early in a new rocket program is almost unprecedented. Rocket Lab was founded on the principal of opening access to space to better understand our planet and improve life on it. Today we took a significant step towards that.”
Unlike big companies like Elon Musk's Space X, which use government launch sites, Rocket Labs claims to be the first company to launch its own rocket from its own launch pad. There are reportedly similar plans afoot in Australia, with a launch site allocated in the Northern Territory and tests expected in a year.
In the coming weeks, Rocket Lab engineers will analyze the data from the launch to inform future launches. Rocket Lab currently has five Electron vehicles in production, with the next launch expected to take place in early 2018. At full production, Rocket Lab expects to launch more than 50 times a year, and is regulated to launch up to 120 times a year, more than any other commercial or government launch provider in history.
‘Still Testing’ was carrying a Dove Pioneer Earth-imaging satellite for launch customer Planet, as well as two Lemur-2 satellites for weather and ship tracking company Spire. Rocket Lab’s commercial phase will see Electron fly already-signed customers including NASA, Spire, Planet, Moon Express and Spaceflight.
UAE based satellite operator Yahsat announced the successful trial of a 50Mbps in-flight connection that will change the way passengers experience air travel. The result of a unique partnership between Yahsat, du, Etihad Airways Engineering, Hughes Network Systems and Carlisle Interconnect, the high-speed broadband offering will be available for airlines to offer its passengers within the next year.
Using Yahsat’s Al Yah 2 satellite, and the latest generation Ka-band technology, the test took place in Abu Dhabi, simulating the environment found on an Airbus A320 aircraft. This new level of performance for in-flight connectivity (IFC) will mean passengers have an in-flight browsing experience similar to the service available in their home or office, including access to HD streaming content, social media, online shopping and the ability to connect with friends and family via messaging apps.
"We are incredibly proud to have brought together leading Emirati and global companies to achieve this milestone,” said Masood M. Sharif Mahmood, Chief Executive Officer of Yahsat. “It paves the way for Yahsat to bring further breakthrough technologies to the markets and segments it serves, adding another key pillar to Yahsat’s portfolio of market leading services and solutions.”
Following this successful test, selected guests will be invited to experience the ultra- fast connectivity for themselves, onboard an Etihad Airways Flying Testbed Airbus A320 aircraft at the Dubai Airshow taking place from the 12th to 16th of November. Subsequently, Yahsat and its partners plan to execute the key next steps over the coming year to rollout the solution to commercial airliners across the Middle East, and beyond.
Saleem Al Blooshi, Chief Infrastructure Officer at du said the operator’s partnership with Yahsat is a “testament to our commitment towards adding life to life through innovative new technologies, and we are pleased to be a part of such a monumental step in aviation history. This partnership will allow us to establish the necessary infrastructure needed to keep passengers comfortably connected in the air through the latest and most advanced in-flight connectivity.”
Al Blooshi added, “We believe that together we will set the benchmark for high speed WiFi in the air and we look forward to enhancing our customer experiences like never before. Furthermore, we are introducing our state of the art Data Analytics as well as our Backend systems to this innovative In-Flight WiFi which enables the Airline Industry to use such analytics of the user behavior to enhance even further the customer experiences on board airplanes.”
Uzbekistan’s State Unitary Enterprise ‘Centre of Radio Communication, Broadcasting and Television’ (SUE CRRT) announced it will rely on SES Video for the upcoming launch of its first DTT (Digital Terrestrial Television) multiplex, using NSS-12 at 57 degrees East to transmit TV signals to all head-ends of its DTT network.
Under the multi-year agreement announced by satellite operator SES, SUE CRRT, which is Uzbekistan’s sole operator of analogue and terrestrial TV distribution, has contracted satellite capacity to deliver a minimum of 12 free-to-air TV channels in standard definition and four radio channels from Tashkent, the capital of Uzbekistan, to all DTT head-ends throughout the country.
“The launch of our first digital terrestrial multiplex is a significant step forward for the analog switchover process in Uzbekistan,” said Mr. Turgunov M., Technical Director at SUE CRRT. “Our network will cover the entire territory, offering new viewing possibilities to a potential audience of 31.5 million people. As Uzbekistan is one of the largest countries in Central Asia, with desert and mountainous areas, satellite is the only reliable technology that can enable us to reach the entire population as well as neighboring countries, and beyond.”
“SUE CRRT already entrusted SES with the carriage of state TV and radio channels for DTH and cable contribution two years ago, and this new contract clearly underscores SES’s position as the satellite provider of choice for Central Asia, more particularly the Republic of Uzbekistan,” said Norbert Hölzle, Senior Vice President, Commercial Europe at SES Video. “We look forward to supporting the Republic of Uzbekistan in the launch of its DTT multiplex with the help of satellite and in its journey towards digital television.”
Satellite operator Intelsat and Etisalat have announced plans to expand the distribution of Intelsat EpicNG services in the Middle East. Under a multiyear expansion, Etisalat will upgrade its network to deliver higher performance to customers in the region using the Intelsat 33e high-throughput satellite. Concurrently, Intelsat will leverage Etisalat’s teleport in Dubai as an expansion node of the IntelsatOne Flex service.
The teleport acts as an extension to Etisalat’s Smart Hub services. Equipped with the latest technologies and platforms, it serves as one of the globe’s major satellite hubs, hosting more than 40 antennas. This will expand options in the region to benefit from Intelsat EpicNG high-throughput services.
Intelsat EpicNG, according to Intelsat, is a high performance, next generation satellite platform that delivers global high-throughput technology without sacrificing user control of service elements and hardware.
“This agreement with Intelsat will introduce a new level of cooperation to our long-term relationship,” said Ali Amiri, Group Chief Carrier & Wholesale Officer, Etisalat. “Leveraging the innovative Intelsat EpicNG platform and IntelsatOne Flex managed services, we will be able to deliver new, more powerful applications to our current customers as well as address new verticals.”
Kurt Riegelman, Intelsat’s Senior Vice President, Sales and Marketing, said, “Intelsat sought to build upon its already strong relationship with Etisalat as we developed our global footprint for the IntelsatOneFlex managed broadband service.”
Riegelman added, “Etisalat will be an important distributor of Intelsat EpicNG services and capabilities for customers throughout the Middle East and into Africa and Asia. Intelsat’s innovations, including Intelsat EpicNG, are unlocking new opportunities for our customers and distributors. Our expanded relationship with Etisalat will result in new applications as well as better services for customers throughout the region.”
<p>Bluesky Cook Islands, the sole provider of fixed phone, mobile and broadband services to the Cook Islands, has increased the amount of satellite capacity it is using from SES Networks, in order to launch 4G+ service to Rarotonga and Aitutaki, the two key cities of the island nation.<br><br>
In the announcement made by SES, the increased capacity delivered on the low latency, high throughput O3b Medium Earth Orbit (MEO) fleet will also allow the extension of 4G/LTE mobile backhaul service to the country’s outer islands, and faster and dedicated broadband service for the Cook Islands Ministry of Education. <br><br>
The Cook Islands was the first market to use SES Networks’ O3b MEO satellite system in 2014 to deliver 3G/ 4G services to the remote nation. The island nation is considered a ‘<strong>Fast Grower’</strong> market in Polynesia with a single operator and <strong>8.9 thousand mobile connections</strong><strong>,</strong> according to GSMA Intelligence. <br><br>
The new agreement signed with SES Networks is part of Bluesky Cook Islands’ substantial network upgrade. The launch of 4G+, currently the world’s fastest commercial mobile network technology, demonstrates Bluesky’s ongoing commitment to offer new and innovative products and services to its customers.<br><br>
The Cook Islands Ministry of Education will use the increased and faster connectivity from Bluesky to enhance educational programs which will directly benefit the learning experience for students of all ages across the country. <br><br>
Bluesky and the Ministry are jointly developing a virtual education network portal, enabling students, teachers and institutions to exchange educational and teacher training material, develop additional curricular content material and promote a new culture of information and communication.<br><br>
“By bringing 4G+ technology to Rarotonga and Aitutaki, we are offering our local consumers and business customers a better mobile data experience which will translate into productivity improvements, expanded business opportunities, and exciting new entertainment options,” said Bluesky Country Manager, Phillip Henderson. <br><br>
“The O3b fleet, instrumental in providing the fiber-equivalent performance needed to roll out the 4G+ service, has made an enormous difference to our subscribers over the last three years,” Henderson added. </p>
Alaskan internet service provider (ISP) OptimERA is leveraging satellite operator SES Networks’ new managed infrastructure service and a full 72MHz transponder to significantly improve broadband connectivity speed 10-fold throughout the remote port city of Unalaska, and neighboring towns and islands across Southwest Alaska.
In an agreement announced by SES, OptimERA has secured capacity aboard SES’s NSS-9 satellite to roll out enhanced city-wide Wi-Fi network and broadband services to meet growing business and consumer demands for faster, more reliable and affordable connectivity in the largely underserved region.
SES will also provide OptimERA with a broad range of fully-managed infrastructure services, including data centre hosting services, uplink and downlink satellite services, as well as IP network services for internet connectivity, delivered using a primary SES teleport in Brewster, Washington.
OptimERA will utilize scalable, tailored SES satellite capacity to extend its high-speed broadband service packages of 10Mbps to new business customers and consumers in nearby towns and villages. OptimERA is delivering 250 Mbps of capacity to the city of Unalaska.
“OptimERA is leveraging the reliability and flexibility of SES satellite capacity to better connect people and businesses across rural Alaska, where 25% of the state’s population lives and 90% of its revenues are generated,” said Emmett Fitch, CEO at OptimERA.
“Our collaborative work with SES is allowing us to be more creative and innovative in customizing our satellite capacity, as our OptimERA team turns a vision of affordable, faster connectivity into life-changing reality throughout Alaska.”
Steve Collar, CEO at SES Networks said: “SES continues to build a robust global network capable of connecting people and businesses virtually anywhere in the world. OptimERA now has the reliable capacity and the fully-managed infrastructure it needs to offer affordable, impactful data packages capable of connecting people and generating exciting new growth opportunities throughout rural Alaska and the region.”
Thaicom Public Company Limited, one of Asia’s leading satellite operators and provider of integrated satellite communications services, announced an agreement with iSAT Africa Ltd FZC. (iSAT), a leading African telecommunications provider and a subsidiary of Wananchi Group Holdings, to provide iSAT’s key customer in East Africa with fully managed satellite telecommunications services including satellite backup of its fiber network.
Under the agreement, Thaicom will provide Internet Protocol (IP) connectivity via the THAICOM 6 satellite in the case of fiber network outages. The full-time, managed service will enable iSAT Africa to provide their client with a fully redundant and highly available backup solution for the provision of uninterrupted broadband services.
“We have seen an increase in the need for reliable and cost-effective satellite communications in Africa,” said (Nile) Suwansiri, Chief Commercial Officer with Thaicom. “Therefore, we intend to continue expanding our reach and providing our clients with the best possible solution for their business requirements. Thaicom has many years of experience in providing leading telecom operators across Asia with premium cellular and internet backhaul. Our African customers can now benefit from Thaicom’s experience in providing managed network backhaul services as well.”
Munish Sharma, Chief Operating Officer with iSAT Africa said, “We are pleased to partner with Thaicom for yet another solution to provide better services to our customers. ISAT is at the forefront of innovation, while offering flexible managed services across Africa and other parts of the world in the field of VSAT, Broadcasting, Voice, GSM Backhaul and Fiber. Data demand throughout the world is being driven by the increased popularity of connected devices—and Africa is going in the same direction. Satellite services are playing a key role in the development.”
He further added, “Satellite is ideal to extend iSAT’s fiber network via Internet Protocol in Africa to places that are not connected to terrestrial networks. iSAT’s fiber networks cover Africa, Europe, Asia and America. Our collaboration with Thaicom will assist to fulfil the growing demand and offer data services by way of a resilient fiber network while maintaining high standards of Quality of Service (QoS).”
The managed internet backbone and related services provided by Thaicom are based on a point-to-point satellite link between Thaicom’s designated teleport and our customer’s remote site, thus providing uninterrupted access to the network.
LeoSat BV, which is launching a constellation of up to 108 low-earth-orbit data communications satellites, has signed a Joint Statement with the European Space Agency (ESA) and 15 satellite industry leaders to collaborate on “Satellite for 5G”.
Washington-based LeoSat Enterprises was established to leverage the latest developments in satellite communications technologies to develop and launch a new low-earth-orbit satellite constellation which will provide the first commercially available, business grade, extremely high-speed and secure data service worldwide. ESA and the European space industry are joining forces to develop and demonstrate the added value that satellite brings in the context of 5G.
With data traffic predicted to increase almost 4 fold by 2020 to 4 ZB per year, one of the key challenges for the mobility sector is achieving scalable, flexible solutions for their expanding networks. Backhaul for mobile networks is crucial to ensure speed and capacity for data transportation from distributed network sites to the network core. Now, with the new developments in satellite constellations, next generation low earth orbit systems such as LeoSat can provide the guaranteed level of connectivity, resilience and security required by 5G for significant sectors of industry.
As part of an ESA “Satellite for 5G initiative” foreseen over 2018-2020 and beyond, ESA and the European space industry will work together on 5G service trials, including satellite capabilities, with a focus on selected sectors targeted by 5G, so called “Verticals”, such as transport, media & entertainment, and public safety; transversal activities in the areas of applications development, standardization, resource management aspects, interoperability demonstration campaigns, and supporting technologies and outreach activities.
The Joint Statement advocates for further convergence between European industry and institutions on 5G, which will also be re-iterated at the ESPI-ESA Conference on “Space and Satcom for 5G: European Transport and Connected Mobility” on 27 and 28 June 2017. The Joint Statement was signed by Magali Vaissiere, ESA Director of Telecommunications and Integrated Applications, and representatives from 16 satellite operators, service providers and manufacturers.
Mark Rigolle, CEO, LeoSat BV, said: “Data volumes are exploding. By the year 2020, about 1.7 megabytes of new information will be created every second for every human being on the planet. With the enormous uptake in data usage, this will have a lasting effect on the satellite industry and we see next generation satellite networks such as LeoSat as key for 5G development. With the mobility market capacity hungry, expanding its coverage and moving to 5G, LeoSat can offer a clear path to growth by providing the benefits of global coverage, high-speed, low latency and rapid deployment.”