Ali Taslimi

✨ ICYMI! BroadbandOne joined forces with Etheric Networks, one of California's leading ISPs! Together, we’re bringing cutting-edge connectivity to the Salinas market, kicking off in early 2025. Harnessing our innovative #mmWave spectrum, Etheric will deliver super-fast and dependable internet service to rural and agricultural communities that need it most. This partnership is a true game-changer, providing local businesses with high-speed, low-latency solutions. Keep an eye out for more updates as we revolutionize wireless experiences and broaden our footprint in California! Check out the news here in this article from The Fast Mode: https://lnkd.in/e-yePx4W #NextGenConnectivity #CaliforniaInnovation #GameChanger

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The Role of OTIC in Advancing Open RAN: Certification and End-to-End Badging ◼ What is OTIC? The Open Testing and Integration Centre (OTIC) is a cornerstone of the O-RAN ALLIANCE's mission. OTICs provide a collaborative, vendor-independent environment where potential clients and customers can test their products and solutions against O-RAN specifications. These centers are essential in promoting the adoption of O-RAN technologies, ensuring that products meet the highest standards of performance, security, and interoperability. ◼ The Importance of Certification and Badging Program at OTIC The O-RAN Certification and Badging Program is a critical component of OTIC's offerings, designed to ensure confidence in O-RAN-based products for both operators and vendors. This program serves several key purposes: - Minimizing Redundant Testing: By verifying and validating O-RAN-based products and solutions before their deployment, the program reduces the need for repetitive testing by network operators. - Promoting Interoperability: Certification and badges help to ensure that products from different vendors can work seamlessly together, fostering a more diverse and resilient vendor ecosystem. - Enhancing Credibility: Products that earn O-RAN certificates and badges are recognized for meeting stringent standards, enhancing their credibility and marketability. - Supporting Deployment: Certified and badged products give operators greater confidence in their deployment, reducing the complexity and duration of pre-deployment testing. The program includes several types of certifications and badges: Conformance Certification: Verifies that a product complies with O-RAN specifications. Interoperability (IOT) Badging: Proves that pairs of products can work together via O-RAN interfaces. End-to-End (E2E) Badging: Demonstrates that a complete system or subsystem meets functional and security requirements. 2024 1H Awards Summary In 2024 1H, OTICs worldwide awarded a total of nine certifications and badges (23 in total), recognizing outstanding achievements in O-RAN technology. These awards included six End-to-End (E2E) Badges and three Open Fronthaul (OFH) Certificates. These awards highlight the significant strides made by these companies in advancing O-RAN ecosystem. Their commitment to meeting the stringent standards of the O-RAN Alliance ensures that the global telecommunications industry can rely on high-quality, interoperable, and secure network solutions. The achievements of NEC Corporation, Rakuten Symphony & QCT, Actiontec Electronics, SOLiD, Capgemini and VVDN Technologies set a high benchmark for the industry and exemplify the crucial role of OTIC in shaping the future of mobile networks. As we celebrate these accomplishments, we look forward to continued innovation and collaboration within the O-RAN ecosystem, driving forward the vision of a more open and intelligent network landscape. #ORAN #OpenRAN #OTIC #CertificationandBadging #EndtoEnd

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Excellent decision from Rakuten Symphony. I had long held the belief that Rakuten’s acquisition of Altiostar was a strategic mistake. Without verifying the hypothesis that brownfield network operators would buy network-critical technology from another (unproven) operator, buying the market leader at the time set the Open RAN market back by 3 years. Rakuten Symphony has since pivoted to network automation and autonomy and has created a convincing narrative, outside of #openRAN considerations. Licensing the CU DU software to other vendors is the smart move to monetize the asset and to allow RUs vendors to provide full solutions to compete efficiently against full spectrum vendors. https://lnkd.in/g_BiywDD

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Netcracker Broadband Experience Solutions for Cable MSOs offer cable operators a way to remain competitive in a rapidly changing market. Learn more about the increasing pressure on the cable market in this article from Heavy Reading: https://lnkd.in/eZd7cqwe #cable #BSS #OSS

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5G Spectrum The 5G spectrum is one of the most valuable and expensive assets for telecom operators, with investments running into millions of dollars for just a few megahertz of spectrum. Given the high stakes, choosing the right spectrum is critical for any telco's success. As we exhaust the lower frequency bands used in legacy technologies, 5G offers more flexibility with higher frequency ranges. There are two primary frequency ranges in 5G: 1. Frequency Range 1 (FR1): 450 MHz to 7 GHz These are lower frequency bands with smaller bandwidth chunks. For example, up to 45 MHz is available in the 900 MHz range. While mid-band options like the 3.5 GHz (N78 band) provide larger bandwidths. FR1 offers better coverage but comes with limitations on throughput and data rates. 2. Frequency Range 2 (FR2): 24 GHz to 52.6 GHz Known as millimeter wave (mmWave), FR2 offers much larger bandwidth chunks, around 3,000 MHz per category, enabling significantly higher data speeds. However, the trade-off is reduced coverage compared to lower bands, making FR2 ideal for high-capacity but smaller coverage areas. The Trade-Off: Coverage vs. Capacity Lower frequencies (FR1) provide broader coverage but with lower data rates, while higher frequencies (FR2) offer higher capacity and throughput but cover smaller areas. To optimize both, telcos need a balanced mix of low, mid and high-frequency bands to provide strong coverage alongside the capacity to handle high data demands. When planning 5G spectrum, it’s important to consider the different standards, bands, and bandwidth chunks available. Tables showing these details are crucial for effective spectrum planning, helping operators make informed decisions about their network strategy. 👉 To master 5G technology, visit - https://lnkd.in/eSYuK9V7 #telecom #technology #learning #platform #itelcotech #academia

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New and exclusive to T-Mobile: The TCL LINKPORT. It turns most USB-C devices into a 5G-capable device for instant, on-the-go 5G connectivity.   Starting October 17, it’s available for under $50 and $5/month on Go5G Next and Go5G Business Next plans.   The LINKPORT is the first 5G RedCap capable device commercially available in North America. 5G RedCap is a new network technology that bridges the gap between full 5G capabilities and simpler lower-cost devices, offering a boost in performance, enhancing security and using less battery power compared to traditional Wi-Fi and 4G LTE connections. This technology is only possible on a standalone 5G network, which T-Mobile is still the ONLY major carrier to have nationwide. Learn more about how almost any USB-C device can be a 5G device: https://lnkd.in/gXY-ycUi

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Bandwidth IG is proudly changing the landscape of fiber infrastructure in the San Francisco Bay Area. Patton Lochridge, CCO, states, "Dark fiber is the foundation of data transmission but many incumbent networks in the Bay Area lack capacity or are not capable of meeting the needs of the world’s largest consumers of data. By continuing our focus on new fiber infrastructure, we’re creating a path for connectivity in critical areas of the market that will allow hyperscalers and data centers to fully leverage AI and other society-changing technologies.” ❗ #DYK this is the first marine fiber cable under the Bay to be installed for communications services in decades? To learn more about custom solutions in the Bay Area, visit: https://lnkd.in/gY5uFH3b #SFBay #DarkFiber #Connectivity #FiberNetwork

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Industry Voices: Open RAN and vRAN tank in 2023. Despite revenue setbacks, major operators increasingly adopt Open vRAN, recognizing its significance for future technologies like 6G. https://lnkd.in/g2uSyCk9 Stefan Pongratz #RadioAccessNetwork #OpenRAN #vRAN #5G #6G

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In our latest report on the global status of the #fixedwirelessaccess (FWA) market, the GSA research team shares updates about the availability of #FWA #broadband services based on #LTE and #5G; tariff structures; service portability; service speeds and device support for FWA. The research was carried out in May 2024. Highlights from this update: ** In #FWAbroadband services, GSA has identified announced service offers from 467 operators in 188 countries and territories, and launched services from 407 operators in 176 countries and territories worldwide. ** Europe and the Middle East and Africa have the highest number of operators delivering #FWAservices using LTE or 5G. ** More than 50% of tariffs for LTE FWA are based on data volume, with speed-based structures favoured by 19% of operators. The difference is less marked with #5GFWA. ** The average of the marketed maximum peak download speeds for #4G FWA was 178.6 Mbps, down from 180.5 Mbps in November 2023, based on data for 330 operators in May 2024. For 5G-based offerings, the average maximum peak download speed was 974 Mbps, down from 1,059 Mbps in November 2023 but still up from 875 Mbps in November 2022. The full data set from the global service provider research is available to GSA Associates and Members in Excel format. Download the summary report here: https://lnkd.in/eVKzzmp2 This study will be updated in December 2024. If you would like to share information about new FWA devices or service launches, please let us know at [email protected].

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neXt Curve's Leonard Lee is listening in on RCR Wireless News Open RAN Global Forum today. "In this 6th edition of the Open RAN Global Forum, our experts will delve into the latest intricacies of Open RAN. Has Open RAN achieved its initial goals or shifted its purpose? Our speakers will assess whether the technology is mature enough for large-scale deployments and to revive investments. Additionally, they will discuss the role Open RAN will play in 6G, focusing on energy-efficient, AI-driven and customizable technology." Event Topics 👉 Direct feedback from Tier 1 carriers on Open RAN deployments and perceived hurdles  👉 Current industry challenges and opportunities carriers are facing  👉 Innovation and progress of the RIC 👉 Discussions on the energy efficiency of Open RAN 👉 Leveraging Open RAN to develop new revenue streams 👉 Open RAN applications in public, macro networks versus private networks, rural environments  👉 Development and evolution of the Open RAN vendor ecosystem 👉 Progress in large scale deployments of Open RAN 👉 Examination of parity of performance and interoperability  👉 Digging into the true costs of Open RAN Make sure to follow us here on LinkedIn and hit that 🔔 at the top of Leonard's profile to be notified when I drop insights that matter from Open RAN Global Forum 2024. ⭐ Follow neXt Curve at www.next-curve.com ⭐ Subscribe to the neXt Curve newsletter here: https://bit.ly/3LbXVgZ ⭐ Subscribe to our reThink Podcast here: https://bit.ly/43mr2Hm Forbes Forbes Technology Council Bloomberg Telecom Infra Projecttelecomhall #openran #squidgame #6G #airan #generativeai

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As the RAN dominates mobile network energy use, operators face mounting pressure to balance costs, sustainability and performance. RCR Wireless News’ latest report explores how AI-driven optimization can reduce energy waste and unlock new possibilities. 🌱 Read now: https://hubs.ly/Q02_hn880 #RAN #energyefficiency #AI Nokia

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I enjoyed the discussion and insights from GSMA and others on Private 5G deployment use cases and what it takes to drive adoption.

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States need read this important report: Here is a subset: Why Requiring Unit-Level Connectivity Matters Addressing Digital Inequity and Connecting Unconnected Households For households living in multi-family and public housing, the inability to connect to reliable, affordable broadband is a significant barrier to fully participating in 21st-century society. Unserved and underserved MDUs often house some of the most vulnerable populations, including low-income families, older adults, and individuals with disabilities. The lack of connectivity exacerbates long-standing inequities in access to education, healthcare, job opportunities and training, and other vital assistance programs. By requiring eligible BEAD subgrantees to demonstrate how their proposals will ensure unit-level connectivity, state broadband offices can directly address the digital divide within these communities and achieve the objectives of the BEAD Program.  Without ensuring unit-level connectivity, you risk leaving thousands of households in your state without access. Ensuring that each unit has access to high-speed internet means providing these residents with the tools they need to participate fully in the digital economy and access remote learning, telehealth, and other essential online services. Unit-level connectivity requirements, either through direct fiber connections or managed Wi-Fi solutions, ensure that every residential end-user has access. This leads to more reliable and consistent internet performance, and the state ensures no home is left offline. Collaboration between eligible subgrantees will also be key to the successful BEAD-funded broadband deployment. States should encourage BEAD applicants, especially traditional Internet Service Providers (ISPs), to explore partnerships with managed service providers (MSPs) to reach individual residential units effectively. By leveraging the expertise of specialized providers, such as MSPs, states can ensure comprehensive coverage and competition in the marketplace.

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T-Mobile US strikes JV to build fibre footprint: T-Mobile pulled the trigger on a deal to form a joint venture (JV) with investor company EQT to acquire US-based FTTH provider Lumos Networks and expand beyond its mobile-based broadband service. T-Mobile will invest $950 million in the JV to acquire a 50 per cent equity stake when it closes, with the funds being used by Lumos for future fibre buildouts. The operator is slated to add an additional capital infusion of $500 million between 2027 and 2028. EQT Infrastructure VI is expected to be 35 per cent to 40 per cent invested in the JV. The companies stated the investments will enable Lumos to extend its fibre reach to 3.5 million homes by end 2028. The operator has dabbled in fibre-based broadband dating back to 2021 by partnering with providers who have open access networks. Through various partnerships, the operator has launched T-Mobile Fibre in parts of 16 markets. Lumos currently reaches more than 320,000 homes over 7,500 route miles with fibre-based internet and home Wi-Fi across three US states. “As the demand for reliable, low-latency connectivity rapidly increases, this deal is a scalable strategy for T-Mobile to take a significant step forward in expanding on our broadband success and continue shaking up competition in this space to bring even more value and choice to consumers,” stated T-Mobile CEO Mike Sievert. With the JV, T-Mobile could be in line to receive a portion of the $42.45 billion in government funding from the Broadband Equity Access and Deployment (BEAD) government programme to expand high-speed internet access across US states. When the transaction closes later this year or early 2025, Lumos will transition to a wholesale fibre company with T-Mobile as its primary tenant. The operator will take over Lumos’ customer relationships and use its brand to attract new customers. The companies stated the JV will focus on market identification and selection, network engineering and design, network deployment, and installations. T-Mobile rival AT&T struck a JV agreement with private equity firm BlackRock Alternatives in late 2022 to build out fibre beyond its traditional 21-state footprint. AT&T CEO John Stankey stated on the company’s Q1 earnings call yesterday (24 April) that fibre expansion remains one of its top priorities. The post T-Mobile US strikes JV to build fibre footprint appeared first on Mobile World Live. http://dlvr.it/T60s0W

Today, Calix unveiled groundbreaking capabilities for broadband service providers with the industry’s only on-demand optical network terminal (ONT) speed and latency testing. With the latest updates to the Calix Platform, BSPs can improve the subscriber experience with: ✔️ On-demand ONT-based speed and latency testing to quickly diagnose issues ✔️ Automated subscriber alarm reporting and high-value classification for higher CSAT ✔️ Multi-server capabilities enabling speed testing up to 10 Gbps for geo-diverse markets “Our platform enables BSPs to conduct every test needed- be it to secure funding, comply with FCC regulations, or now pinpoint and diagnose subscriber issues at the ONT with just one click,” emphasizes Shane Eleniak, chief product officer at Calix. Learn more about the full set of broadband service testing capabilities only available on the Calix Broadband Platform. 🔗https://ow.ly/Y9BO30sCCM5 #Broadband #Innovation

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Newest research report from O-RAN ALLIANCE's next Generation Research Group (nGRG) elaborates on service-based RAN for 6G network.   This research report analyzes the motivations and requirements for Service-based RAN, which include the customized needs of industry users, capacity exposure, the introduction of new capabilities (AI, sensing) for 6G, service-oriented network management/orchestration and business innovation. For the basic considerations of Service-based RAN, this report analyzes the principles to be followed, including modular service definition, service reusability, self-contained functional structuring, etc., and analyzes the different directions of service implementation from different architectural perspectives such as control plane, user plane, and service access interfaces. Finally, the challenges faced by Service-based RAN are analyzed, including the rationality of service definition, performance impact, UE impact, and interoperability.   All nGRG Research Reports are available on our website at: https://lnkd.in/drpQgE4s    nGRG is a research group within the O-RAN ALLIANCE that provides a forum to facilitate O-RAN related research for next generation Radio Access Networks. nGRG leverages industry and academic research to determine how O-RAN may evolve to support 6G and beyond, considering regional research, ITU-R, and 3GPP developments.   #ORANAlliance #ORAN #OpenRAN #nGRG #ORANnGRG #6G #6GRAN #6GORAN #telecoms #6Gresearch #research

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I'm checking out RCR Wireless News' Open RAN Global Forum this morning. Interesting discussion and an update on the state of Open RAN standard, ecosystem, and players. The Sean Kinney and the team at RCR Wireless have done a great job so far putting together a great agenda. One topic that keeps coming up is this angst about "single-vendor Open RAN". I think this is a nice way of saying O-RAN compliant incumbents. It's really Open RAN Squid Game, which Sean knows really well as we have had many conversations about this at a time when it sounded like a crazy notion. Yet, here we are. There has to be a better conversation on single-vendor Open RAN. At the moment, I don't think it is helpful as it is being seen as a bad thing instead of a necessary first step, which many operators are clearly realizing. I'll share my takes below. Lot's of great stuff being shared. Remember to follow neXt Curve for the tech and industry insights that matter at www.next-curve.com and here on LinkedIn. ⭐ Follow neXt Curve at www.next-curve.com ⭐ Subscribe to the neXt Curve newsletter here: https://bit.ly/3LbXVgZ ⭐ Subscribe to our reThink Podcast here: https://bit.ly/43mr2Hm Forbes Forbes Technology Council Bloomberg telecomhall #openran #squidgame #6G #airan #generativeai #singlevendor

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