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Nokia and Rohde & Schwarz collaborate on AI-powered 6G receiver to cut costs, accelerate time to market
Globenewswire· 2025-11-03 14:00
Core Insights - Nokia and Rohde & Schwarz have developed an AI-powered 6G radio receiver aimed at addressing coverage limitations in 6G networks [1][3] - The collaboration focuses on enhancing uplink distance and coverage, allowing operators to deploy 6G over existing 5G infrastructures, thus reducing costs and accelerating market entry [2][9] Technology Development - The AI receiver has shown uplink distance improvements of 10% to 25% compared to current technologies, tested under real-world conditions [4] - The technology utilizes machine learning to identify and compensate for signal distortion, significantly enhancing 6G uplink coverage [9] Industry Impact - The partnership between Nokia and Rohde & Schwarz is positioned to shape the future of 6G technology, leveraging over 90 years of experience in test and measurement [5][10] - The proof-of-concept receiver will be showcased at the Brooklyn 6G Summit on November 6, 2025, highlighting the advancements in AI-driven wireless technology [2][9]
Nvidia Just Made a Game-Changing Move
Yahoo Finance· 2025-11-01 22:15
Core Insights - Nvidia has established dominance in the AI data center market, primarily due to its powerful GPUs, which are essential for both model training and inference [1][4] - The company anticipates significant revenue growth, projecting half a trillion dollars in revenue over the next fiscal year, driven by demand for its Blackwell system and the upcoming Rubin platform [2][4] - Nvidia's recent partnership with Nokia positions it to tap into the $3 trillion telecommunications industry, enhancing its role in daily technology applications [6][7] Revenue Growth - Nvidia's total revenue reached a record $130 billion in the latest fiscal year, a substantial increase from approximately $27 billion two years prior, fueled by strong demand for its AI chips in data centers [4][8] - The ongoing ramp-up in data center operations is expected to sustain this revenue momentum [4] Competitive Landscape - While Nvidia leads the market with its high-performance GPUs, competitors like Advanced Micro Devices and customers such as Amazon also offer AI chips, which could pose a risk to Nvidia's market share [5] - Despite concerns about potential market share loss due to the high cost of Nvidia's chips, the company's commitment to innovation may mitigate this risk [5] New Product Development - Nvidia has introduced the Aerial Radio Network Computer (ARC), a programmable computer designed for wireless communication and AI processing, which will serve as a base station for Nokia's transition to 6G technology [7] - This development could significantly enhance the speed and quality of mobile communications, further solidifying Nvidia's role in the telecommunications sector [7]
NVIDIA and Nokia to Pioneer the AI Platform for 6G — Powering America’s Return to Telecommunications Leadership
Globenewswire· 2025-10-28 16:29
Core Insights - NVIDIA and Nokia have announced a strategic partnership to develop AI-native RAN products, with NVIDIA investing $1 billion in Nokia at a subscription price of $6.01 per share [2][3][17] - The partnership aims to address the rapidly growing AI-RAN market, projected to exceed $200 billion by 2030, and marks the beginning of the AI-native wireless era [3][9] - T-Mobile U.S. will collaborate with Nokia and NVIDIA to test AI-RAN technologies, with trials expected to begin in 2026 [5][19] Investment and Financials - NVIDIA's investment in Nokia is subject to customary closing conditions and aims to accelerate AI-RAN innovation [2][12] - The partnership is expected to enhance Nokia's RAN portfolio by embedding NVIDIA's ARC-Pro platform, facilitating a seamless transition from 5G to 6G networks [10][12] Technological Advancements - The introduction of NVIDIA's Aerial RAN Computer Pro (ARC-Pro) will enable telcos to upgrade from 5G-Advanced to 6G through software updates [10][12] - The collaboration will support the development of AI-native devices and applications, enhancing performance and efficiency for future generative and agentic AI applications [6][9] Market Opportunities - The partnership is positioned to support the explosive growth in mobile AI traffic, with significant improvements in network experiences for consumers [8][9] - Nokia's unique anyRAN approach will simplify the introduction of the ARC-Pro platform, establishing a software-defined RAN evolution [13][15] Collaborative Efforts - Dell Technologies will provide PowerEdge servers to support the new AI-RAN solution, ensuring scalability and smooth upgrades from 5G to 6G [14][17] - The partnership will also explore AI networking solutions, including data center switching and the application of Nokia's telemetry on NVIDIA AI infrastructure [20]
Nokia and Kongsberg sign agreement to advance defense communications with 5G technology
Seeking Alpha· 2025-09-11 09:27
Group 1 - Nokia and Kongsberg Defence & Aerospace signed a memorandum of understanding (MoU) to collaborate on tactical communications solutions for the defense sector [1] - The agreement emphasizes the development of deployable 5G solutions for field operations [1] - The collaboration will also explore future technologies such as 6G to enhance situational awareness and military readiness [1]
Pros (PRO) Conference Transcript
2025-08-11 19:05
Summary of American Tower Conference Call Company Overview - **Company**: American Tower Corporation - **Event**: KeyBank Technology Leadership Forum - **Date**: August 11, 2025 Key Points Industry and Company Strategy - American Tower is transitioning from a passive tower business to a more technical role, focusing on data centers and satellite investments [4][5] - The acquisition of CoreSite in 2021 is a significant part of the capital plan, emphasizing the convergence of satellite and terrestrial networks [5][6] - The company is exploring "power as a service" in Africa, indicating a shift towards more integrated services [5] Data Centers and Edge Computing - The company is developing edge facilities, with a focus on the Raleigh data center, which aims to prove the concept of distributed computing [8][10] - Initial investments in small edge facilities did not meet expectations, leading to a reevaluation of strategies [12][13] - Power constraints in centralized locations are driving the need for distributed edge facilities, with Raleigh designed to accommodate modular power increments [14][15] AI and Technological Transformation - The company is in the early stages of AI adoption, focusing on improving productivity and harmonizing datasets from various acquisitions [27][28] - AI is seen as a game changer for operational efficiency, with a focus on orchestrating AI agents across use cases [30] Satellite and Tower Business - Investments in AST Space Mobile are viewed as complementary to the tower business, enhancing connectivity in underserved areas [32][34] - The company believes that towers will remain essential infrastructure, even with the rise of satellite technology [34][36] Spectrum Opportunities - The recent tax bill allows the FCC to auction spectrum, which is seen as a significant opportunity for American Tower [42][43] - Key spectrum bands of interest include upper C band and six gigahertz, which are crucial for future growth [46][48] - The company anticipates that the auction process will enhance capacity and drive new deployments [51][52] Future Outlook - The transition to 5G has been slower than expected, but the new tax incentives may accelerate carrier investments [56][57] - The integration of telecommunications and computing at the edge is expected to enhance user experiences and drive future growth [61] Additional Insights - The company is focusing on modular data center designs to meet the growing demand for power and efficiency [15][21] - There is a recognition of the need for shared resources in the community to support local tech companies [24] - The potential for AI to transform business operations is acknowledged, with ongoing efforts to leverage AI for better decision-making [28][30]