IT SYSTEMS MANAGEMENT

Redline Communications Wins Contract to Deploy Virtual Fiber for Major Service Provider in the Middle East

Redline Communications | November 26, 2021

Redline Communications Wins Contract to Deploy Virtual Fiber for Major Service Provider in the Middle East
Redline Communications Group Inc. a leading provider of mission-critical data infrastructure for remote and harsh environments, announced today that the company has been selected to provide high-speed, wireless broadband service solutions for one of the largest telecom service providers in the Middle East.

Redline will be deploying its award-winning Virtual Fiber technology to deliver last mile wireless transport and enhance the service providers' over-the-air, ultra high-speed broadband access connections for enterprises across the region.

"Enterprise demands for bandwidth and high-speed broadband are steadily increasing. and Redline offers premier service and hardware solutions for businesses who require reliable, high-speed connectivity for their customers, even in the most remote operating locations,This contract broadens Redline's footprint in the service provider industry and lays the groundwork for more opportunities in this sector and in this region of the world."

Richard Yoon, President and CEO of Redline Communications

Redline secured the three-year contract, valued at over $2.2M USD, after a competitive bid by demonstrating best-in-class reliability, connection and customer service, all at the lowest total cost of ownership. Redline will provide the equipment along with its world-class advanced services.

About Redline Communications
Redline Communications designs and manufactures powerful wide-area wireless networks for mission-critical applications in challenging locations. Redline networks are used by Oil & Gas companies onshore and offshore, Mining companies on surface and underground operations, by municipalities to remotely monitor infrastructure, and by specialized telecom service providers to deliver premium services. Hundreds of businesses worldwide rely on Redline to engineer, plan and deliver ruggedized, secure and reliable networks for their IoT, voice, data, and video communications needs.

Spotlight

Cloud computing has been widely adopted globally and is expected to grow even further in coming years. Business agility is undoubtedly the main benefit and key driver behind enterprise cloud adoption because IT resources can be acquired and deployed more quickly. Once deployed, these resources can be increased or decreased as needed to meet demand.

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APPLICATION INFRASTRUCTURE

Movandi Demonstrates 5G mmWave Connectivity for Cellular Vehicle-to-Everything Communications

Movandi | May 25, 2021

Movandi, a leader of new 5G millimeter wave (mmWave) technology, revealed today the successful demonstration of mmWave repeaters, delivering on the promise of seamless 5G cellular vehicle-to-everything (C-V2X) communication for the next generation of connected vehicles. On the Verizon 5G Ultra Wideband network, a Movandi BeamXR powered mmWave repeater installed within a car allowed greater than 10x efficiency gains with an average throughput of 1.5 gigabits per second (Gbps). The test results revealed a 25X improvement in throughput over a standard 4G LTE service, and it was carried out on behalf of an industry partner. The 5G mmWave spectrum has orders of magnitude greater efficiency than the sub-6 GHz spectrum by providing for much higher data rates and lower latency. This performance will allow the low latency and high throughput expected by sensor-laden connected cars, which generate terabytes of data for cloud-based AI systems and predictive algorithms to improve safety and collision avoidance systems. However, as the industry transitions from 4G to 5G, many service providers see sub-6 GHz technology as the only viable 5G solution for mobile connectivity in automobiles. Higher-speed mmWave technology is believed to be too difficult to implement in fast-moving vehicles where steel and glass materials act as barriers to mmWave signal penetration. This challenge is illustrated by the short-range and lower data speeds experienced by users of 5G mmWave-enabled handsets while on the road. Gartner predicts that the attach rate of 5G interfaces in embedded automotive telematics will rise from 0% in 2019 to 51% by 2029. The automobile industry will accelerate 5G adoption for the Internet of Things (IoT), with almost 180 million connected vehicles by 2029. Movandi has shown that its BeamXR mmWave powered repeaters integrated into vehicles can overcome these difficulties, allowing uninterrupted ultra-wideband communications in urban areas with 5G access points spaced approximately 1,000 meters apart. Next-generation Node B (gNB) base stations are often deployed 500 meters apart in today's typical 5G coverage areas. Coverage is often restricted within a few meters of a gNB, while BeamXR-powered mmWave repeaters extend continuous coverage and have a seamless handoff between gNBs to ensure continuity. 5G connections with 1.5 Gbps data speeds can be achieved with gNBs placed farther apart (1000 meters or more) by using mmWave repeaters within vehicles, allowing operators to reduce costs by reducing the number of gNBs deployed along roadways. If the vehicle is moving or stationary, BeamXR-powered repeaters can have uninterrupted 5G ultra-wideband coverage for end-users and edge computing systems in infotainment control panels. The repeaters collaborate with the base station to provide continuous coverage at highway speeds while completing handoffs between gNBs in sub-seconds. A single repeater can support multiple mobile phones or modems within a vehicle while also providing 5G backhaul to the cloud for self-driving cars. Movandi repeaters also help to reduce mobile phone power usage and mmWave radiation inside the vehicle. Movandi provides full 5G mmWave reference designs, demos, and trial opportunities to customers to help them lower development costs and accelerate time to market. About Movandi Movandi is the fastest-growing 5G mmWave solutions company, focusing on the design and development of deep technologies for 5G and beyond, interconnecting our world and enabling AI apps to improve the lives of all humanity. Former Broadcom innovators who are RF and SoC world-recognized pioneers and visionaries, including today's top leaders in the wireless industry, founded the company. Their innovations have shaped and transformed wireless over the last few decades. Movandi, the leader of wireless RF systems, is solving real-world 5G mmWave deployments with unmatched differentiation and high-performance core technology in 5G integrated circuits, antennas, systems, algorithms, and design disciplines, enabling 5G to achieve its maximum potential. Movandi's flexible solutions solve 5G mmWave deployment cost and scheduling challenges while also providing future-proof solutions that use mesh and routing to improve 5G coverage and capacity. Movandi's robust and diverse system IP and patent portfolio powers the entire 5G ecosystem, from infrastructure to mobile, thus ensuring optimum 5G coverage.

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Serverfarm launches cloud-based global NOC and its AI-powered InCommand platform with a more robust version.

prnewswire | October 06, 2020

Serverfarm, the innovative data center developer and operator, has launched a more robust, insightful and streamlined version of its InCommand Services platform - a data center monitoring, intelligence and reporting system that feeds insights to the company's cloud-based global Network Operations Center (NOC). Over the past year, Serverfarm has been analyzing customer and internal team feedback to provide an enhanced iteration of InCommand, which is now more scalable and globally integrated, operating as an ecosystem that constantly learns and improves customer IT environments.

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APPLICATION INFRASTRUCTURE

VIAVI Increases Capabilities for Industry-Leading Remote Fiber Test and Monitoring Portfolio

VIAVI | June 08, 2021

VIAVI Solutions Inc. announced the addition of many additional features to its award-winning Optical Network Monitoring Solutions (ONMS) family of remote test and monitoring solutions. The other capabilities provide even more network intelligence in fiber environments, which serve as the foundation for high-speed core, metro ring, and access applications in PON, 5G, and data center networks. Due to wavelength and fiber density, optical network data rates are pushing new limits in transmission speeds through dense wavelength division multiplexing (DWDM), high fiber count cables, and complex point-to-multipoint and multi-fiber push-on (MPO) architectures. It is now more critical than ever for network equipment manufacturers (NEMs) and network operators to include remote network intelligence to provide excellent quality of service (QoS), near-zero downtime, and security. To do so, they must scale fibre network deployment, accelerate construction, increase service revenue, and manage an ever-increasing maintenance workload. Remote, automated intelligence enables the ability to climb high-quality standards and speeds without incurring additional expense or workload. VIAVI responds with several new remote test and monitoring solutions that rely on rapid response and automation to manage dense, complicated networks: • A patented new Flash Fiber Monitoring feature for ONMSi and SmartOTU software allows operators to detect and locate flash attenuation that causes network route flapping and burst network error conditions. The quality, which is an industry first, is 100 to 300 times quicker than regular monitoring, with performance capable of detecting flash attenuation in an unprecedented one-tenth of a second. One of the most common but damaging and difficult-to-diagnose problems is network route flapping. Until now, operators had no way of detecting or locating flash attenuation events, which cause millions of communication mistakes worldwide each year. • New iOTDR Micro and Nano cards enable NEMs to integrate optical time-domain reflectometer (OTDR) technology into their elements at a low cost, with low power and a small footprint. The comprehensive software library for the cards provides operators with the most comprehensive variety of use cases in the industry via an element-integrated iOTDR solution, possibly saving NEM R&D teams 2–3 years of development time. The cards assist NEMs and their operators by providing an unparalleled range of applications such as fiber characterization, fiber monitoring, tapping security intrusion detection, fault demarcation, Raman amplified link test, and fiber degradation tracking for preventative maintenance. • Using the NITRO BI Fiber Insight Platform for ONMSi, new fiber network analytics automate fiber diagnostics to proactively eliminate risks and establish a prioritized network performance improvement action plan. Fiber trends and aging use cases enable operators to view simplified reporting across the entire fiber network, allowing them to revise procedures. All fibers can be graded by cable, customer, network location, and fault type, transforming mountains of raw data into actionable insight. In addition to the ONMSi remote fiber test system, VIAVI provides the industry's highest-performance OTDR technology, which generates an accurate, high-resolution trace to find faults, intrusions, and degradation in metro, core, access, and all-fiber networks. The OTU-8000 and OTU-5000 optical test heads from VIAVI work in tandem with ONMSi and NITRO software to allow users to optimize flexible OTDR capabilities, rack footprint, and price point. The system has applications for PON construction and service delivery, infrastructure monitoring, and network security. About VIAVI VIAVI is a leading global provider of network test, monitoring, and assurance solutions for communications service providers, enterprises, network equipment manufacturers, government, and avionics. We assist these customers in controlling the network by using the power of instruments, automation, intelligence, and virtualization. VIAVI is also a pioneer in light management solutions for 3D sensing, counterfeit detection, consumer electronics, industrial, automotive, and defense applications.

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Spotlight

Cloud computing has been widely adopted globally and is expected to grow even further in coming years. Business agility is undoubtedly the main benefit and key driver behind enterprise cloud adoption because IT resources can be acquired and deployed more quickly. Once deployed, these resources can be increased or decreased as needed to meet demand.