Register to find out how to achieve resilient time sync for 5G networks thereby protecting critical infrastructure and application. Net Insight Hans Sjöstrand
Join us in this webinar as we delve into steps Sweden has taken to secure national resilience for #5G infrastructure by guaranteeing reliable synchronisation independent of foreign sources ✔️ Register 👉 https://lnkd.in/er5XW5M6 netInsight Netnod
Great news and first partnership for Sync on the Chinese market - one of the largest 5G markets!
Latest news! Net Insight and Times Sage Tech Ltd (TST) have partnered to bring resilient time synchronization to mainland China. TST will pilot our unique GNSS-independent Zyntai solution, marking our first order in China. Read more: https://lnkd.in/dfUNYfBv #NetInsight #TST #TimeSynchronization #Innovation #Zyntai
Can Ilya Sutskever's new venture SSI and Open RAN deliver on their promises? I truly admire the cofounder of OpenAI, Ilya Sutskever, who just announced SSI, a new company with a mission to build safe AI superintelligence. This bold move follows a tumultuous year at OpenAI, where Sutskever, after firing and then supporting the return of CEO Sam Altman, decided to carve his own path. With ex-OpenAI engineer Daniel Levy and investor Daniel Gross by his side, Sutskever's SSI aims to prioritize safety above all, foregoing any immediate commercial products to focus solely on the development of safe superintelligence. The speculation around SSI's non-commercial stance is rife, with many believing that Sutskever and his team are on the brink of a breakthrough that could lead to the safe realization of superintelligent AI. This higher purpose in many ways resembles that of the Open RAN initiative when it comes to mobile network infrastructure. Open RAN, or Open Radio Access Network, aims to disaggregate the traditional monolithic RAN architecture by promoting interoperability through standardized interfaces. This initiative is crucial for fostering innovation, reducing costs, and increasing flexibility in mobile networks. Recently, Open RAN has seen significant advancements, with major telecom operators and tech companies rallying behind its principles. The focus is on creating a more open and versatile network infrastructure that can keep pace with the rapid evolution of mobile technology. Like with OpenAI, the high standards have evolved into less open but still virtualized RAN solutions from the larger vendors. Remarkably, time synchronization is the only function in Open RAN architectures that is not virtualized and disaggregated but still require dedicated hardware support in special line cards How come we are in 2024 and that is still not the case, I wonder. I'm proud to say that we at least walk the talk! #AI #Superintelligence #OpenRAN #TechInnovation #SafeAI #NetworkSynchronization #LeadershipInTech
Are the projected 5G trends keeping up with reality in 2024? The key 5G trends expected for 2024 according to StartUs Insights were Open RAN (ORAN), Network Slicing, Beamforming, Standalone 5G Infrastructure, and Ultra-Reliable Low Latency Communications (URLLC). After six months, I believe we can conclude that ORAN and Network Slicing have notably expanded, with significant adoption in the US, Europe, and parts of Asia. The ORAN growth is primarily driven by the need for a diverse vendor ecosystem and enhanced competition. I've noticed companies like AT&T planning for 70% of their network traffic to use open-capable platforms by 2026, already starting deployments with Ericsson and Fujitsu. Additionally, Firecell, a French startup, is deploying private 5G solutions using ORAN technology, while Rimedo Labs in Poland supports ORAN scenario experimenting. Network Slicing has been implemented this year in the US and Spain, enabling flexible, efficient network use and improving service delivery across different use cases. Beamforming and Standalone 5G Infrastructure are making steady progress. China and the APAC region are leading in 5G Standalone deployments, with commercial networks now active in Australia, Japan, South Korea, and Singapore. This highlights their ability to overcome technical challenges and high costs. Notably, China has mandated 5G SA capabilities for all devices since early 2020, driving rapid adoption and integration. The region is poised for continued expansion throughout 2024, leveraging cloud-native 5G core technologies to improve service delivery and operational efficiency. Massive Machine-Type Communications (mMTC) and Enhanced Mobile Broadband (eMBB) are prominent in the APAC region due to high IoT adoption. Conversely, economic pressures in the Americas have delayed some 5G applications, while Europe has made significant progress in expanding ORAN, network slicing, and URLLC for industrial applications. One interesting application I noted was SplineAI in India developing 5G-powered Internet of Medical Things (IoMT) applications, leveraging the low latency and high reliability of URLLC for improved patient monitoring and telehealth services. For the remainder of 2024, I believe we can expect further progress in 5G adoption and deployment. ORAN and Network Slicing are set to expand in the US and Europe, enhancing network management flexibility and innovation. Beamforming and Standalone 5G Infrastructure will grow in urban areas despite cost and complexity challenges. I expect URLLC to see increased industrial applications, particularly in healthcare and automotive sectors. Europe and the Americas will focus on scaling standalone 5G and ORAN, while APAC will lead in IoT and urban deployments due to advanced technological infrastructure. #5GTrends2024 #OpenRAN #NetworkSlicing #5GInfrastructure #URLLC #IoTAdoption #TelecomInnovation Link: https://lnkd.in/dywdxwQ8
Our CTO and Head of Sync Per Lindgren on why time synchronization is key for 5G in terms of resilience and for monetization.
From robot positioning to network resilience, Read our CTO Per Lindgren's thoughts on why synchronization is key for 5G monetization, in this article by RCR Wireless News #5gsync #gnssindependence #5gmonetization #netinsight https://lnkd.in/d-9m8n-G
Will T-Mobile's acquisition of UScellular transform US 5G connectivity? T-Mobile announced the acquisition of UScellular's wireless operations for $4.4 billion, aiming to enhance rural connectivity with its extensive 5G network. The deal is expected to close in mid-2025, pending regulatory approvals. This strategic focus aligns with the broader goal of leveraging 5G to support innovative applications and services across industries, ultimately driving operational efficiency and competitive advantage for enterprise customers. T-Mobile reported record growth in service revenues, profitability, and cash flow for 2023, completed its merger integration, and delivered $14 billion to stockholders, solidifying its position as the nationwide overall network leader. I view this acquisition as a major boost for the US 5G market. Integrating UScellular's operations with T-Mobile's network will enhance service quality and coverage, especially in rural areas. This will drive competition, pushing other carriers to innovate, ultimately benefiting consumers with better services and value. The next phase of 5G development will focus on expanding coverage, enhancing network capacity, and improving latency. Deployment of more mid-band and mmWave spectrum will deliver faster speeds and support more connected devices. Network slicing will allow for new high-growth segments optimized for specific applications. AI will undoubtedly have a strong impact on this development by optimizing network operations, managing traffic, and enhancing security. AI-driven analytics will enable predictive maintenance, reducing downtime and improving reliability. In general, new 5G enterprise applications will require higher security and availability, making synchronization increasingly important. The US government has put more focus on synchronization, and Net Insight was a few weeks back attending the US PNT advisory board to discuss GNSS alternatives to make synchronization more robust. #5GInnovation #TelecomIndustry #TMobile #USCellular #NetworkExpansion #AIinTelecom #FutureOfConnectivity Links: https://lnkd.in/gcznmf2K https://lnkd.in/gb3tpb_4
Can the integration of 5G and satellite communications revolutionize global connectivity? The integration of 5G with satellite communications offers several compelling benefits. First, satellite access significantly expands the coverage of terrestrial mobile operators, enabling connectivity in remote and underserved areas. This allows for a near-ubiquitous outdoor network that benefits both individual users and IoT devices. Additionally, the collaboration between satellite and terrestrial operators introduces billions of new customers and devices to satellite systems, enhancing their utility and reach. The standardized 3GPP technology ecosystem helps lower costs and improve the economics of satellite operations, ensuring more affordable and scalable technology deployment. This integration promises service continuity between terrestrial and non-terrestrial networks, setting the stage for global coverage and advanced 6G systems. I believe such a hybrid architecture is a good balance between broader connectivity through satellites and serving the new advanced 5G/6G services and applications using the terrestrial networks. Again, resilient and precise time synchronization will be a differentiator for terrestrial networks to assure a high return on investment in more demanding critical government and enterprise applications. #5GInnovation #SatelliteTechnology #GlobalConnectivity #TelecomRevolution #IoT #FutureOfNetworks #TechIntegration Link: https://lnkd.in/dkqUY7kC
How will 5G Advanced transform the future of wireless communications? This report presented through Light Reading highlights advancements in 5G technology detailed in 3GPP Release 19, marking significant progress in 5G Advanced. These developments aim to revolutionize the 5G landscape by enhancing performance, reliability, security, and service availability. Enhanced performance and reliability through improved MIMO technology and precise beam management are crucial for real-time applications like autonomous vehicles and industrial automation. Accurate time synchronization, enabled by advanced mobility solutions, supports ultra-reliable low latency communication for mission-critical applications in healthcare, transportation, and emergency services. AI-driven security protocols and enhanced end-to-end encryption protect against sophisticated cyber threats, safeguarding sensitive data in critical sectors. Innovations in network energy efficiency and enhanced femto-cell support extend coverage to remote and underserved areas, ensuring consistent service availability. Developments in ambient IoT and extended reality (XR) enable smart agriculture and immersive educational experiences, fostering smarter cities and more efficient industries. By providing these new capabilities, 5G Advanced promises to help mobile operators achieve a significant return on investment. I believe that accurate time synchronization will be especially important in this move to 5G Advanced and on to 6G. #5GAdvanced #WirelessInnovation #TechRevolution #FutureOfConnectivity #EnterpriseTech #AIinTelecom #SmartCities Link: https://lnkd.in/gz5xRY2D
A strong partnership where Advanced Communications & Electronics Systems Company and Net Insight bring resilient time synchronization to the Kingdom of Saudi Arabia.
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.”
