Lynk to Launch World’s First Cellular 5G From Space Payload

Lynk | October 04, 2022 | Read time : 02:29 min

Lynk Global, Inc. (Lynk), the world’s leading satellite-direct-to-standard-phone telecoms company, will fly the world’s first 5G cellular base station in space in a first-of-its-kind demonstration. This test will demonstrate the ability to send a 5G signal from space to standard mobile devices on Earth. The test has been funded by an undisclosed partner.

“Lynk’s fast development cycle, combined with our unique patented and proven technology to connect satellites in orbit to standard mobile phones on Earth, allows Lynk to quickly build and test the world’s most advanced cellular technologies in space.”

Charles Miller, CEO and co-founder of Lynk

Lynk is the only company in the world to demonstrate satellite-direct-to-standard-mobile-phone technology. Earlier this month, Lynk received the world’s first satellite-direct-to-phone commercial license from the Federal Communications Commission (FCC). Lynk has also patented the ability to connect to existing standard 5G devices on Earth, with no change to the 5G device, in 55 countries. The 5G payload will launch in December 2022 on Lynk’s second commercial satellite.

Dan Dooley, chief commercial officer of Lynk, said, “Lynk is years ahead of everyone else in enabling MNOs to extend their cellular networks to 100% of their geographic territories. We will be years ahead in 5G as well. We are actively testing satellite-direct-to-phone-services in 12 countries on five continents. Recent events have only accelerated Lynk’s progress not only technically as well as commercially with MNO partners.”

Lynk has adopted design and development processes that enable the company to rapidly incorporate new technologies, such as this experimental 5G payload, in addition to the existing GSM and LTE base stations for the MNOs that are under contract. Lynk’s software-designed radios can switch between 2G and 4G for our MNO partners and in the future, will be able to switch to 5G when our MNO partners and other customers prefer that over 4G.

About Lynk
In 2022, Lynk will provide the world’s first commercial satellite direct-to-mobile-phone service, enabling affordable, reliable mobile phone connectivity to everyone, everywhere across the globe. Founded in 2017 by veteran space and telecoms leaders, the Lynk team has invented, patented, and proved that a satellite could serve as a “cell tower in space” and connect directly to a standard mobile phone on Earth – a technological feat verified by independent third parties. Today, Lynk is the only company in the world to have successfully sent text messages to and from space via unmodified mobile devices, and the only company in the world licensed to provide commercial satellite-direct-to-standard-phone services. By partnering with Lynk via a simple roaming agreement, a mobile network operator opens the door to untapped markets, gives subscribers peace of mind with ubiquitous connectivity, and provides a pathway to economic prosperity for billions of the world’s citizens.


The Internet has completely changed the way we shop. We can now browse online, and order products from retailers all over the world and have them delivered straight to our door. The introduction of mobile devices, such as smartphones and tablet computers, also means that we can shop wherever we are, and at any time of day.

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MatSing, Beam Wireless and Verizon Partner to Deliver 5G at Acrisure Stadium

MatSing | September 27, 2022

MatSing, the pioneer of high-capacity lens antennas, today announced its latest deployment at Acrisure Stadium, home of the Pittsburgh Steelers and University of Pittsburgh Panthers. Deployed by Verizon, 60 of MatSing’s innovative lens antennas will provide superior connected experience for fans and patrons on Verizon’s 5G Ultra-Wideband and Nationwide networks at the stadium. Supporting all bands and frequencies, including C-Band, was a key requirement for the ultra 5G network at Acrisure Stadium. The lens antennas are deployed to cover the upper bowl seating areas of the stadium. Fans who want to post to socials, check their fantasy rosters or share highlights will find improved mobile connectivity capable of supporting the bandwidth needed for these experiences. “Providing ultra-fast and high-capacity networks for an immersive experience is imperative today, and we are pleased to be a Verizon partner as they continue to densify 5G nationwide,” said MatSing CEO Bo Larsson. “As a leading antenna provider at venues and events globally, we connect millions of people and devices. Capable of providing up to 48 high-capacity coverage sectors, the added connectivity will augment the venue experience while enabling the low latency, ultra-fast applications promised by 5G. We are pleased to meet the requirements of the C-Band spectrum and be a part of the network that will elevate the game-day and event experience at the venue for years to come.” While C-Band has been aggressively deployed outdoors in the US over the past year, the carrier focus is now shifting to provisioning C-Band indoors especially in large venues. As an early adopter, Acrisure Stadium will be one of the first football venues to support C-Band and deliver 5G ultra connections. “As we prioritize quality in every facet of our 5G projects, we select the highest performing network elements possible, For the Acrisure Stadium network, we are extremely pleased with the choice of MatSing as a major antenna provider. MatSing lens antennas are known to outperform other types of antennas, and the rapid deployment and seamless integration into the Verizon network set them apart.” Kevin Schmonsees, Chief Technology Officer and Founder at Beam Wireless The deployment of the lens antennas comes just in time for the Pittsburgh Steelers latest season, with Steeler Nation getting to experience the improved mobile connectivity for the first time during the September 18 home game against the New England Patriots. About MatSing Founded in 2005, MatSing has developed and patented new meta-materials to create the world’s first lightweight and multibeam Lens Antennas. This new approach for high-performance, high-capacity antenna design is more efficient and offers key advantages over traditional antennas, the ability to provide broadband coverage, emit and maintain multiple beams, and to do so cleanly with minimal RF interference. Nationwide coverage isn’t the only critical challenge facing telecoms companies, and MatSing’s Lens antenna solution is ideal to meet the capacity demands at outdoor events, stadiums and macro uses in cities, suburbs and rural areas. Each antenna can provide multiple independent sectors, up to 48, providing the highest capacity across multiple bands with the fewest antennas possible. MatSing lens technology is the perfect fit for 4G LTE and 5G mobile broadband coverage, and it is the most cost-effective network densification tool in the industry. About Beam Wireless Beam Wireless provides wireless solutions and services no matter how simple or complex the scope requirements. We offer total turn-key DAS, DRAN, 5G, Small Cell, Public Safety, and Private LTE (CBRS) solutions and services from project start to project finish. Once a system is deployed, we offer continued maintenance support via our proprietary MAGNIFY monitoring solution.

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ESnet6 Sets New Benchmark in Research Networks With Ciena’s WaveLogic Optics

Ciena | October 12, 2022

The U.S. Department of Energy’s (DOE) Energy Sciences Network (ESnet) has deployed Ciena's (NYSE:CIEN) coherent optical technology across ESnet6 – the newest generation of the DOE’s high-performance network dedicated to science. Providing 46.1 Terabits per second (Tbps) of bandwidth and intelligent network services, ESnet6 will support multi-petabyte dataflows typical of science research today and will also scale to manage the emerging exabyte data era of the future. ESnet6 will enable scientists to significantly advance their ability to gain insight from massive datasets produced by experiments that use large scale instruments like genome sequencers, telescope observatories, X-ray light sources and particle accelerators, among many others. ESnet6 utilizes Ciena's Waveserver 5 powered by WaveLogic 5 Extreme to support 100GbE and 400GbE interconnectivity. Ciena’s optical technology provides reduced cost per bit per kilometer, simplified operations via a web-scale operational model, and smarter software and analytics derived from real-time network data that it reveals. These benefits are critical to ESnet6 as it fuels data for scientific discovery for tens of thousands of DOE-funded researchers at more than 50 U.S. laboratories and supercomputing facilities to research partners around the world. “ESnet6 provides the foundation for the future of the DOE mission science as we enter an age where discoveries will rely on the integration of scientific experimental facilities, supercomputers and global science teams working together, regardless of location,” stated Inder Monga, Executive Director at Esnet. “ESnet6 could not be built without critical industry pioneers like Ciena. Ciena’s WaveLogic technology allows us to scale the capacity and capability of our network to support the next evolution of data-intensive science.” “ESnet6 sets a new benchmark in network programmability, intelligence and capacity. The innovation and technology implemented within this network is truly cutting-edge and will support seamless access to data and compute resources, as well as fuel critical scientific research on things like high energy physics, climate change, genomics and astronomy,” said Steve Alexander, Chief Technology Officer at Ciena. About ESnet The Energy Sciences Network (ESnet) is a high-performance, unclassified network built to support scientific research. Funded by the U.S. Department of Energy’s Office of Science (SC) and managed by Lawrence Berkeley National Laboratory, ESnet provides services to more than 50 DOE research sites, including the entire National Laboratory system, its supercomputing facilities, and its major scientific instruments. ESnet also connects to over 140 research and commercial networks, permitting DOE-funded scientists to productively collaborate with partners around the world. About Ciena Ciena (NYSE: CIEN) is a networking systems, services and software company. We provide solutions that help our customers create the Adaptive Network™ in response to the constantly changing demands of their end-users. By delivering best-in-class networking technology through high-touch consultative relationships, we build the world’s most agile networks with automation, openness and scale.

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Minneapolis-St. Paul International Airport (MSP) completes successful trial of CTS CBRS-based Private Wireless Network-as-a-Service

Communication Technology Services | October 27, 2022

The PWN PoC study was performed in both laboratory and production environments at MSP. The use cases tested included general-purpose mobile device data connectivity, high-definition moving maps for workforce automation and industrial Internet of Things (IIoT) sensors for infrastructure monitoring and maintenance. Connectivity requirements varied from low bit rate (e.g. sensors), to high throughput (video surveillance, HD mapping), to ultra-reliable performance for mission-critical applications (e.g. infrastructure IoT), to highly secure operations (e.g. gate agent passenger processing). Specific applications that were tested during the trial were: Airside Maintenance Tracking- MSP ensures FAA Part 139 Airside Maintenance Tracking compliance and workflow management through a GIS application. The high-density (HD) maps that underlay the application require high throughput and latency for optimal performance. The PWN delivered a superior HD mapping experience across the designated coverage area. Common Use System Equipment (CUSE) carts- MSP employs CUSE carts for shared airline passenger processing. The PWN featured an onsite packet gateway connected to the MAC IT LAN that securely tunneled traffic to the CUSE cart to leverage the existing PCI-compliant processing platform. The PWN delivered LTE authentication, access control, and over-the-air encryption to ensure data security. Digital signage- MSP operates digital signs throughout the airport, assisting passengers with wayfinding, flight and entertainment services and advertising. The content consists of scrolling text, images and video that changes throughout the day. The PWN delivered predictable connectivity and opens new opportunities for MSP to introduce additional display locations, as well as pop-up displays, to optimize advertising placement and increase revenues. Video surveillance- The airport's CCTV system provides indoor and outdoor monitoring. The PWN enabled the test video camera to wirelessly connect to the central security system, The result was no discernable difference to the fiber optic connectivity in use today and significant cost savings over the existing wired connection. Critical infrastructure monitoring- Intelligent Monitoring and Control System (IMACS) is the core component of MAC's energy conservation program; it connects all energy-related systems and equipment. A dedicated network slice was provisioned on the PWN and mapped to the IMACS IP subnet. The PWN enabled the test controller to wirelessly connect to the IMACS platform with no discernable difference to the wired connectivity in use today. Mobile enterprise applications- MSP employees use a variety of mobile devices to access MAC IT services. The PWN provided access to enterprise mobile applications with a more secure connection than Wi-Fi at a lower cost per bit than public network cellular. "At MAC, we are always looking for ways to leverage technology to provide innovative solutions and improve both operational efficiency and the customer experience." Eduardo Valencia, Chief Information Officer, Metropolitan Airports Commission Robert Cerbone, CTS VP of Product Management and Marketing, said, "MAC's history of innovation made MSP the perfect place to demonstrate the functionality of an LTE network for the delivery of mission-critical airport applications. The network designed and delivered by CTS performed well under pressure and illustrated some real world use cases that could benefit from the adoption of private cellular technology in the enterprise." About The Metropolitan Airports Commission (MAC) The Metropolitan Airports Commission (MAC) owns and operates one of the nation's largest airport systems, including Minneapolis-St Paul International (MSP) and six general aviation airports. The MAC's airports connect the region to the world and showcase Minnesota's extraordinary culture to millions of passengers from around the globe who arrive or depart through MAC airports each year. Though a public corporation of the state of Minnesota, the organization is not funded by income or property taxes. Instead, the MAC's operations are funded by rents and fees generated by users of its airports. For more information, visit About CTS CTS (Communication Technology Services) provides custom, carrier-grade connectivity solutions for enterprises and mobile network operators, solving and managing the most complex networking challenges. Leveraging our advanced design and network operations centers, CTS provides our customers with industry-leading customer service. Our ability to design, build, run and support connectivity solutions that power our customers' mission-critical applications is unmatched.

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Mouser Dives into the Possibilities of Private 5G Networks in Fifth Empowering Innovation Together Episode

Mouser Electronics | September 15, 2022

Mouser Electronics, Inc., the industry’s leading New Product Introduction (NPI) distributor with the widest selection of semiconductors and electronic components™, today announces the next chapter of its award-winning Empowering Innovation Together™ program. The new installment explores the business use case of non-public 5G networks for industrial IoT deployments, which can be independently owned, managed and secured through 5G New Radio (NR) Release 16. 5G NR offers licensed and unlicensed spectrums in the sub-1 GHz, sub-6 GHz, 24 GHz to 29 GHz, and 37 GHz to 43 GHz bands. Through unlicensed spectrums like General Authorization Access (GAA) of the Citizens Broadband Radio Services (CBRS) in the 3550-3700 MHz (3.5 GHz) band, organizations can take advantage of a seemingly unlimited combination of IoT applications without the time and expense of licensing. The Private 5G Networks installment is sponsored by Amphenol RF, Analog Devices, Intel®, Molex, RECOM and AMD Xilinx. Through a new episode of The Tech Between Us podcast, a new Then, Now & Next video and other exclusive content, Mouser gives audiences a deeper look at case studies and real-life examples of non-public 5G networks for industrial deployments, which makes secure data available on-site and improves latency for applications within industrial facilities. “In an ever-connected ecosystem of technologies, private 5G networks can transfer sensitive data within a secure environment at high speeds,’ Through the content shared in this latest EIT installment, we hope our followers will gain newfound insight on how to best leverage private 5G networks for low-latency industrial applications.” Glenn Smith, President and CEO of Mouser Electronics The Tech Between Us host Raymond Yin, Director of Technical Content at Mouser Electronics, welcomes Gilad Garon, founder and CEO of ASOCS, for the lively conversation. The podcast episode is available on the Mouser website, Alexa, Apple Podcasts, Google Podcasts, iHeartRadio, Pandora and Spotify. “I hope listeners enjoy my conversation with Raymond as much as I did,” says Garon. “5G transitions cellular technology into software that allows an incredible amount of customization. Private 5G networks enable administrators to easily create and manage secure, super-fast, reliable connectivity unique to their organizations’ needs.” As a global authorized distributor, Mouser offers the world's widest selection of the newest semiconductors and electronic components — in stock and ready to ship. Mouser's customers can expect 100% certified, genuine products that are fully traceable from each of its manufacturer partners. To help speed customers' designs, Mouser's website hosts an extensive library of technical resources, including a Technical Resource Center, along with product data sheets, supplier-specific reference designs, application notes, technical design information, engineering tools and other helpful information. About Mouser Electronics Mouser Electronics, a Berkshire Hathaway company, is an authorized semiconductor and electronic component distributor focused on New Product Introductions from its leading manufacturer partners. Serving the global electronic design engineer and buyer community, the global distributor's website,, is available in multiple languages and currencies and features more than 6.8 million products from over 1,200 manufacturer brands. Mouser offers 27 support locations worldwide to provide best-in-class customer service in local language, currency and time zone. The distributor ships to over 650,000 customers in 223 countries/territories from its 1 million-square-foot, state-of-the-art distribution facilities in the Dallas, Texas, metro area.

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The Internet has completely changed the way we shop. We can now browse online, and order products from retailers all over the world and have them delivered straight to our door. The introduction of mobile devices, such as smartphones and tablet computers, also means that we can shop wherever we are, and at any time of day.