Roger Bjork’s Post

Riyadh, Kingdom of Saudi Arabia – ACES and Net Insight extend their partnership to facilitate a GNSS-independent time synchronization infrastructure in Saudi Arabia. The initiative is a key step in assuring a secure and resilient infrastructure, which is a strategic objective for the Kingdom of Saudi Arabia. The Kingdom of Saudi Arabia is investing strongly in 5G networks and critical infrastructure where security and resilience are priorities and ACES have worked closely with local stakeholder to evaluate the next steps with GNSS-independence as an important component in this. As part of this, ACES will invest in a pilot system to showcase GNSS-independent 5G synchronization across the kingdom. This is the first order for Net Insight’s Zyntai solution in the Middle East region and will be delivered in Q2, 2024.   Time synchronization is a fundamental function in 5G and other critical infrastructure often delivered through GPS/GNSS satellites. However, GPS/GNSS is highly vulnerable to jamming and spoofing and Net Insight and ACES have proposed a GPS/GNSS independent solution which can effectively be deployed nationwide improving overall resilience and security.  ”Saudi Arabia is a thought leader globally when it comes to the digitalization of society, and 5G plays a big part in this evolution. It is therefore crucial to guarantee resilient 5G and other critical networks that are unaffected by GPS interference,” says Dr Akram Aburas, CEO of ACES. “This makes Net Insight’s solution very important for us and we look forward to the next step in our collaboration.“ “Our 5G sync solution Zyntai is a cornerstone for making critical networks more resilient, by enabling them to work independently of external sync sources like GNSS/GPS,” says Crister Fritzson, CEO of Net Insight. “5G networks in Saudi Arabia are among the most advanced networks in the world, and I am very pleased to see that Net Insight can contribute to making the networks in the country become even more secure.” 

📢 Exciting news! 🌟 The Enterprise VSAT (Very Small Aperture Terminal) market is booming, and I'm here to share some valuable insights with you! 🌐🚀 According to a recent report by Market Research Future® (MRFR), the Enterprise VSAT market is projected to witness substantial growth in the coming years. VSAT technology enables reliable and high-speed satellite communication, making it essential for enterprise connectivity, especially in remote areas. 💼 Source: https://lnkd.in/dv49jR9a Don't miss out on this dynamic industry! Here are the top key companies in the Enterprise VSAT space to watch: 1. HUGHES NETWORK SYSTEMS EUROPE LIMITED 2. Gilat Satellite Networks 3. VT iDirect 4. Viasat 5. NEWTEC CY Follow these industry leaders to stay updated on the latest developments and opportunities in the Enterprise VSAT market. 🚀🌐 #EnterpriseVSAT #SatelliteCommunication #Connectivity #MarketTrends #IndustryLeaders #BusinessSolutions #Innovation #FutureOfCommunication #MarketResearch #TopCompanies #GrowthOpportunities

#Testament to the power of #innovation and #partnership. In the fast-paced world of telecom, we are proud to have played a role in a very important network transformative journey. In the vibrant island of Tenerife in the Canary Islands, #APXGIS partnered with #Infinera to make Cabildo de Gran Canaria tackle the challenges faced by telecom companies in delivering high-speed connectivity services. ❔ The Challenge: Telecom companies often grapple with the need to roll out new services swiftly, especially in regions as dynamic as Tenerife, which welcomes millions of tourists annually. Meeting the ever-growing bandwidth demands while ensuring reliability is no small feat. 💡 The Solution: A metro packet optical transport platform optimized for the latest generation of network services and a robust plant management solution, #APXGIS, which facilitates planning and operations in fibre networks. #APXGIS was integrated into Infinera DNA-M management system which provides a single operations platform for all active and passive equipment.   🎆 Key Impact: The connectivity enhancements brought about by #APXGIS and #Infinera not only benefit the residents and businesses of Tenerife but also support the offices of the presidency of the Canary Islands, ensuring seamless operations.   https://lnkd.in/dK2hhgbs   #TelecomInnovation #ConnectivityMatters #APXGIS #InnovationAndPartnership.

KTZ and Huawei: How digital transformation of Kazakhstan railways is taking place 🚊 JSC "NC "Kazakhstan Temir Zholy" and Huawei Technologies Kazakhstan, as part of a strategic partnership aimed at digitising Kazakhstan's railways, have completed the first phase of upgrading data transmission networks. Data transmission networks serve as the foundational infrastructure where the technological groundwork is laid for implementing the digital transformation strategy of the national carrier. This aims to transition to innovative technologies in the logistics sector. In the first phase, SD-WAN technology was introduced at JSC "NC "KTZ", connecting the head office in Astana with 16 of the largest railway branches in Kazakhstan. KTZ will benefit from all the advantages of this solution, including dynamic centralised monitoring of the status of network devices and communication channels, high performance, and optimal service routing in terms of quality, priorities, and delays. Huawei's SD-WAN solution allows KTZ to optimise data transmission networks and simplify infrastructure management. SD-WAN provides higher data transfer speeds, improved network reliability, and flexibility in network management. The technology also allows for easy adaptation and scaling of the network according to current needs, ensuring reliable operation under any conditions. Looking forward to updates 🙌

As part of a hybrid network approach, customers will look for mission critical or highly sensitive communications to be passed through different means,” he explains. “Fibre may be their primary method, but satellite connectivity could be on standby as a backup”. Satellite connectivity in its current form is not well enough equipped to completely replace the vast quantities of data that travel through subsea cables every day. But for certain types of data, the technology can offer a suitable alternative.

The Evolution of Mission Critical Networks: The Rise of MPLS-TP in the Utility Sector In the rapidly evolving world of telecommunications, there's one segment that demands utmost reliability and performance: mission-critical networks. These are the digital arteries that support key operations in industries where downtime isn't just inconvenient—it can be catastrophic. Think about utilities like electricity, water, and gas.   Historically, these networks depended on TDM (Time Division Multiplexing) and SONET/SDH for their robustness and resilience. However, as technology advanced, so did the needs of the utility sector. They required scalable networks with better traffic engineering, fault isolation, and increased efficiency.   MPLS-TP, an evolution of traditional MPLS, is designed specifically for transport networks. What sets MPLS-TP apart?   Deterministic Behavior: MPLS-TP offers predictable performance with set paths for traffic, ensuring consistent and dependable data flow—critical for utilities.   Efficient Redundancy: With MPLS-TP, the network design ensures backup paths are readily available. This means that if one path experiences issues, the traffic is seamlessly redirected, minimizing downtime.   Flexibility and Scalability: Whether dealing with legacy interfaces or newer ones, MPLS-TP provides a smooth transition, allowing networks to grow without massive overhauls.   For the utility market, where the delivery of essential services depends on real-time data and robust communication infrastructure, MPLS-TP is a game changer. It ensures that as the digital transformation wave sweeps through the utility sector, our basic services remain uninterrupted and more efficient.   As we look into the future of mission-critical networks, innovations like MPLS-TP will be leading the way, driving both efficiency and reliability in sectors that touch our daily lives. #MissionCriticalNetworks #MPLSTP #Utilities #DigitalTransformation

New ETSI White Paper on "Worldwide analysis and proposals to promote and facilitate the wireless transport network as the key enabler for fast mobile backhaul network modernization" I have the pleasure to inform you that the White Paper on "Worldwide analysis and proposals to promote and facilitate the wireless transport network as the key enabler for fast mobile backhaul network modernization" has been published. This document is primarily aimed at national administrations / regulators and at people who deal with the management of the radio spectrum within them. Quickly modernizing the mobile transport network aiming for 5G deployment and preparing the future 6G, brings substantial socio-economic benefits to the whole population. One of the key elements that allow this to happen is the effective availability of the Wireless Backhauling /Fronthauling (WBH) solution for complementing fiber infrastructure.  The role that a radio solution plays in the implementation of mobile transport networks is surprising to non-experts in the sector who are inclined to think that optical fiber is essentially the only building block needed. According to GSMA studies the use of radio solutions is and will be fundamental for mobile transport networks implementation. It has been predicted that by 2027, more than 55% of mobile transport networks connections will be by radio using microwave and millimeter frequencies, substantially a stable percentage with respect to today's situation. The studies presented in this White Paper shows that the effective availability of WBH solution is strictly correlated to the availability of the suited frequency spectrum and to a fair level of the fees to be paid for it. The White Paper is available on the ETSI website: https://lnkd.in/dVbvUjrf

Liberty Networks, a prominent player in the Caribbean telecommunications landscape, has deployed Taara's cutting-edge technology to strengthen connectivity in the region, according to a report by Data Center Dynamics. This strategic move is expected to significantly enhance network capabilities, addressing the growing demand for reliable and high-speed connectivity across the Caribbean. Taara's innovative solutions, known for leveraging wireless optical communication technology, are poised to contribute to the development of a more robust and efficient network infrastructure in the region. The collaboration between Liberty Networks and Taara reflects a commitment to advancing telecommunications technology in the Caribbean. https://lnkd.in/gBYe2nXQ #LibertyNetworks #TaaraTechnology #CaribbeanConnectivity #Telecommunications #DataCenterDynamics #NetworkInfrastructure #WirelessOpticalCommunication #TechnologyDeployment #CaribbeanTech #ConnectivitySolutions #UnderstandingEnterpriseTech #EnterpriseTechnologyNow #EnterpriseTechnologyToday

Wireless transport for mobile backhaul is and will be the key technology in order to effectively support wideband applications within 5G and following mobile generations framework. More than 50% of mobile backhaul is and will be based on radio technology at microwave and millimeter-wave frequencies, leveraging on proper spectrum assignment. #radiotechnology #millimeterwave #microwave #mobilebackhaul #5G

Paratus Express Route from Johannesburg to Europe goes Paratus Group announces that it has now launched the fastest fiber express route from Johannesburg to Europe. Using Infinera FlexILS and GX Series DWDM equipment, latency on the new route is just 123 milliseconds and the state-of-the-art Infinera equipment can support wavelengths of up to 800Gb. The news comes as Paratus, the pan-African telecommunications group, has just completed its 1 890kms fiber link between Johannesburg, via Botswana, to Swakopmund which connects with the Paratus landed Equiano subsea cable that runs from Namibia to Lisbon and on to London and the rest of Europe. Massive investment by the Paratus Group in its contiguous and diverse fiber network has resulted in the fastest route between Johannesburg and Lisbon, delivering a much lower latency compared to other similar routes. The route is live now that the Johannesburg to Lobatse link is complete along with the Paratus built Botswana Kalahari Fiber (BKF) which stretches across Botswana into Namibia to connect to the Cable Landing Station (CLS) in Swakopmund. The new Paratus express route offers network operators an unequalled opportunity to elevate their capacity and redundancy where resilience and high-speed performance come as standard. This guarantees smooth data flow and less interruption of service. Paratus is the landing partner for the Equiano Subsea Cable in Namibia, which offers an alternative route out of South Africa and mitigates against possible fiber outages between Johannesburg and Cape Town. The news also comes at a time when network disruptions abound in Africa, particularly after recent subsea cable breaks, and gives network operators an alternative high speed and resilient connection. Paratus Group Chief Commercial Officer, Martin Cox says the new fiber express route uniquely combines local expertise with global reach. “As a steadfast partner with pan-African expertise, we offer unrivalled wholesale capacity solutions for network operators. Because we understand the unique connectivity needs of the various regions, we have tailored our solutions to meet their specific requirements. Culminating in this unique express route, we can now offer carriers and operators a diverse and unequalled transmission route to Europe. It’s simply the best.” CEO of Paratus Group, Schalk Erasmus adds: “Our continual investment in creating Africa’s quality network is now extended with the launch of this express route. This is an exciting time for network operators in South Africa because they can now procure the fastest and most robust connectivity from Johannesburg to Europe.”