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5G Technology 13 June 2025 - 4 October 2025

Huawei Mate X5 Ultimate 5G Shakes Up the Foldable Phone Wars

Huawei Mate X5 Ultimate 5G Shakes Up the Foldable Phone Wars

Huawei’s Mate X5 Ultimate 5G is a statement of the company’s resilience and innovation in the foldable arena. It closely resembles its predecessor in design androidheadlines.com, but skips the “X4” naming. Instead, Huawei jumped to X5 – a deliberate omission since the number 4 is considered bad luck in China androidheadlines.com. The Mate X5 sports an inward-folding design with two high-quality OLED screens: a flexible 7.85″ inner display and a 6.4″ outer cover display androidheadlines.com androidheadlines.com. Both panels support a smooth 120Hz refresh rate and ultra-high frequency 1440Hz PWM dimming for flicker-free viewing androidheadlines.com. The cover screen is a 3D curved OLED panel that, on the Collector’s/Ultimate edition, even features LTPO adaptive refresh for power efficiency huaweicentral.com. Under the hood, the Mate X5 Ultimate is powered by the Kirin 9000S – an octa-core chip fabricated in China, marking Huawei’s return to 5G capability on phones. This chip was shrouded in secrecy at launch, but reports indicate it uses a 7nm process and modern CPU cores with a custom Maleoon 910 GPU notebookcheck.net. In real-world terms, performance is flagship-grade; while it may not benchmark quite as high as Qualcomm’s latest, it delivers a snappy, high-end experience and crucially includes 5G connectivity
4 October 2025
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Why 5G Internet Providers Are Replacing Cable Faster Than You Think

Chemical Giant Celanese Goes All-In on Private 5G – A Game-Changer for Its Factories

Modern “smart” factories rely on endless sensors, robots and automated machinery. Experts note that today’s factories run on data and communication – not just assembly lines thefastmode.com thefastmode.com. But traditional Wi‑Fi or public cellular often falters indoors or around heavy equipment. As one analyst explains, Wi‑Fi can’t handle mobility and coverage in a giant metal plant; it suffers interference and dropped links rcrwireless.com thefastmode.com. In contrast, a private 5G network is a closed cellular system dedicated to one site. It delivers low-latency, high-capacity, reliable connectivity that can span large areas and penetrate tough environments thefastmode.com rcrwireless.com. For Celanese – which operates 25 plants worldwide rcrwireless.com – a robust network is crucial. NTT DATA notes that industrial plants have “signal gaps, interference and connectivity disruptions” that can halt production. The new private 5G aims to eliminate those gaps, giving every worker and machine seamless digital access us.nttdata.com. In short, the network provides the digital backbone for Celanese’s Industry 4.0 transformation us.nttdata.com computerweekly.com.
29 September 2025
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T‑Mobile’s Bold CEO Shake-Up: Srini Gopalan Takes Charge as Un-Carrier Battles for 5G Supremacy

T‑Mobile’s Bold CEO Shake-Up: Srini Gopalan Takes Charge as Un-Carrier Battles for 5G Supremacy

T-Mobile is undergoing a major leadership transition as it enters the final quarter of 2025. The company announced that Srinivasan “Srini” Gopalan, currently its Chief Operating Officer, will become the new CEO effective November 1, 2025, taking the reins from current chief executive Mike Sievert reuters.com. Sievert isn’t leaving the scene entirely – he has been appointed to a newly created role of Vice Chairman, where he will remain on the management team to advise on strategy, innovation, and talent development reuters.com. This move marks a carefully orchestrated succession plan, with T-Mobile signaling continuity in leadership as it strives to maintain its competitive edge. Company officials emphasized that the transition was “the result of a well-established succession planning process” led by Sievert and the board investing.com, suggesting there will be no sudden shifts in T-Mobile’s game plan. The leadership change comes at a pivotal time. T-Mobile has spent the past few years carving out a strong position in a hyper-competitive wireless industry, and the new CEO will be tasked with keeping that momentum. As the “Un-carrier”, T-Mobile prides itself on defying industry conventions – from abolishing contracts years ago to bundling perks like free streaming subscriptions – and Gopalan is
22 September 2025
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Bridging 5G and Space: Inside France 2030’s End-to-End NTN Pilot With Dual LEO Satellites

Bridging 5G and Space: Inside France 2030’s End-to-End NTN Pilot With Dual LEO Satellites

The push to bridge 5G and space is rapidly becoming a strategic priority for France and Europe. By integrating non-terrestrial networks – essentially satellite communication links – into terrestrial 5G infrastructure, operators hope to achieve truly global connectivity. Under the France 2030 investment plan, an ambitious end-to-end NTN pilot has been launched, leveraging dual low-Earth orbit satellites to extend 5G coverage far beyond the reach of cell towers. Recent demonstrations under this program have showcased how a 5G signal can be beamed from Earth to orbit and back, seamlessly connecting devices in remote areas via satellite reuters.com ericsson.com. This report delves into France’s national objectives for 5G-space convergence, the latest updates on the pilot project, insights from industry experts, and the broader implications for global telecom and space-based internet services. Launched in 2021 as a €30 billion investment blueprint, France 2030 seeks to transform key sectors of the economy and secure French technological sovereignty by the end of the decade latribune.fr. One of its ten flagship objectives is to “play our role in new space adventures”, underlining the country’s commitment to New Space innovation and satellite-enabled services latribune.fr. Within this framework, extending 5G coverage via satellites has emerged as a
26 June 2025
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Hungary’s Digital Lifeline: How Fiber, 5G, and Satellites Are Rewiring the Nation

Hungary’s Digital Lifeline: How Fiber, 5G, and Satellites Are Rewiring the Nation

Hungary’s internet landscape has transformed dramatically in recent years. Once defined by slow DSL connections and patchy rural coverage, the country is now pushing the boundaries with nationwide fiber-optic networks, expansive 4G/5G mobile broadband, and even satellite internet options. This report provides a comprehensive overview of internet access in Hungary – spanning fixed broadband, mobile internet developments, emerging satellite services, key providers and market dynamics, pricing trends, rural connectivity challenges, user speed experiences, government initiatives, and how Hungary compares with its European peers. With digital infrastructure recognized as a “digital lifeline” for economic growth and social inclusion, Hungary’s journey offers insight into both its achievements and the remaining gaps to bridge. Fixed broadband in Hungary is widely available and increasingly dominated by high-speed technologies. As of late 2023, over 97% of Hungarian households have access to state-of-the-art wired broadband networks Budapesttimes. This includes extensive fiber-to-the-home coverage and upgraded cable systems, reflecting a successful push to modernize the country’s internet infrastructure. The government’s “Superfast Internet Programme” – backed by EU funds – was instrumental in extending broadband to underserved areas. Thanks to this program, by 2020 at least 30 Mbps service reached over 95% of households, fulfilling an EU Digital Agenda
13 June 2025
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