NTT DOCOMO Tests D-Wave's Quantum to Optimize Mobile Traffic

NTT DOCOMO has implemented quantum optimization from D-Wave Quantum Inc. that has significantly improved mobile network performance. 

Through a pilot project using D-Wave’s annealing quantum computing technology, DOCOMO successfully reduced congestion at base stations by decreasing paging signals during peak usage by 15%. This enhancement allows more terminals to connect during high call volumes, potentially reducing the need for additional infrastructure investment as network demands grow.

The pilot, conducted in specific regions of Japan, demonstrated the efficiency of quantum computing compared to classical methods. D-Wave’s hybrid quantum solver completed complex optimization tasks in just 40 seconds, compared to 27 hours required by traditional solvers. Based on these results, DOCOMO plans to deploy the quantum solution across its Japanese branch offices and explore further applications of quantum optimization in other business areas.

• NTT DOCOMO and D-Wave’s quantum optimization reduced network signal congestion by 15%.
• The quantum solution completed tasks significantly faster than traditional methods, improving network efficiency.
• DOCOMO plans to deploy the technology across Japan and explore further applications in other sectors.

“With D-Wave’s hybrid quantum technology, we aim to set a new standard in the telecommunications industry for operational performance,” said Takatoshi Okagawa, director of research and development strategy at NTT DOCOMO.

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Juniper Unveils AI-Native Acceleration Blueprint

 Juniper Networks unveiled a Blueprint for AI-Native Acceleration designed to streamline and accelerate the adoption of its AI-Native Networking Platform. The initiative includes a suite of new training courses, trial offers, flexible purchasing options, and innovative support services to help enterprises realize the benefits of AI-driven networking. By leveraging this blueprint, Juniper aims to reduce deployment times by up to nine times, enabling faster time-to-value for customers across campus, branch, data center, and wide-area networking (WAN) environments.

The AI-Native Networking Platform from Juniper is engineered to utilize AIOps for optimized network performance. The company cites benefits such as up to 85% reduction in operational expenses (OPEX) and up to 90% fewer network trouble tickets. The Blueprint for AI-Native Acceleration provides a structured approach for enterprises to learn, try, buy, design, deploy, and operate Juniper’s solutions for AI-driven networking.

• Juniper Networks introduces a Blueprint for AI-Native Acceleration to facilitate faster adoption of AI-driven networking.

• The initiative includes free training courses, trial offers, and flexible purchasing options for enterprises.

• The AI-Native Networking Platform promises significant reductions in OPEX and network trouble tickets.

• New AI Care Services and Juniper Validated Designs (JVDs) are part of the support framework.

“Our innovative, proven, and dynamic solutions are the centerpiece that enables the successful enterprise adoption of AI-Native Networking. Juniper’s new Blueprint for AI-Native Acceleration perfectly complements our industry-leading portfolio with a package to guide CIOs and their teams through the journey,” said Jeff Aaron, GVP Product Marketing, Juniper Networks.

Check out our #AI in Networking report and more videos here: https://ngi.fyi/ainetwork24yt

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Mitsubishi Electric Samples 200Gbps PIN-PD Chip for 800 Gbps and 1.6Tbps

Mitsubishi Electric will begin shipping samples in October of its new 200Gbps PIN-photodiode (PD) chip for use in next-generation optical transceivers to support 800Gbps and 1.6Tbps.

The addition of the new receiver chip to Mitsubishi Electric's optical device lineup will enable existing devices capable of transmitting at 800Gbps/1.6Tbps to newly receive optical data at these same speeds, thereby expanding the communication capacity of optical transceivers, including for high-speed, high-capacity communication in data centers.

The upcoming introduction of the 200Gbps PIN-PD chip for optical reception follows Mitsubishi Electric's launch of a mass-produced chip for optical transmission, the 200Gbps (112Gbaud four-level pulse-amplitude modulation [PAM4]) electro-absorption modulator laser diode (EML), in April this year. 

The newly announced PD chip was developed by minimizing the photoelectric conversion area within a chip structure that integrates backside illumination* and a convex lens.

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ESMC Breaks Ground on €10 Billion Semiconductor Fab in Dresden

ESMC, a joint venture between TSMC, Robert Bosch GmbH, Infineon Technologies AG, and NXP Semiconductors N.V., has officially begun the initial phase of land preparation for its first semiconductor fab in Dresden, Germany. The groundbreaking ceremony, held on August 20, 2024, marked a significant milestone in the establishment of the EU’s first FinFET-capable pure-play foundry. The event was attended by prominent figures including European Commission President Ursula von der Leyen and German Chancellor Olaf Scholz.

The new facility is expected to produce 40,000 300mm wafers per month using TSMC’s advanced 28/22 nanometer planar CMOS and 16/12 nanometer FinFET process technologies. This €10 billion investment, supported by the European Union and the German government, will not only enhance Europe’s semiconductor manufacturing capabilities but also create around 2,000 high-tech jobs and stimulate numerous indirect jobs across the EU supply chain. The fab will be built with a focus on sustainability, aiming for energy-efficient construction and LEED certification.

Key Points:

• ESMC, a joint venture by TSMC, Bosch, Infineon, and NXP, breaks ground on a semiconductor fab in Dresden, Germany.
• The facility will produce 40,000 300mm wafers per month using advanced FinFET technology.
• The project represents a €10 billion investment with significant support from the EU and German government.
• The new fab is expected to create 2,000 direct jobs and numerous indirect jobs in the EU.
• Established in 2023, European Semiconductor Manufacturing Company (ESMC) is a joint venture between TSMC, Bosch, Infineon and NXP to establish an advanced semiconductor fab in Dresden, Saxony, Germany.
• ESMC will be the first and so far, only pure play foundry to establish a sustainable mass production with FinFET capability on EU soil.
• Construction of the first ESMC fab is set to begin by the end of 2024.
• The joint venture is 70% owned by TSMC, with Bosch, Infineon, and NXP each holding 10% equity stake.
• ESMC will initially focus on 28/22 nanometer planar CMOS and 16/12 nanometer FinFET process technology.
• It will develop technology variants with a special focus on innovative differentiating technologies like automotive applications, embedded flash, RRAM, MRAM, Radio
• Frequency (RF) and other non-volatile memories.

ESMC will operate the fab according to TSMC’s foundry business model, ensuringopenness to customers beyond partners Bosch, Infineon and NXP.

“Together with our partners, Bosch, Infineon, and NXP, we are building our Dresden facility to meet the semiconductor needs of the rapidly growing European automotive and industrial sectors,” said TSMC Chairman & CEO C.C. Wei.

“The construction of another semiconductor manufacturing facility in Dresden by ESMC constitutes a major success for the region,” said Infineon Technologies AG CEO Jochen Hanebeck.

“Today marks a historic milestone for the German and European microelectronics industry,” said NXP President and CEO Kurt Sievers.

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Zayo Expands Middle-Mile in Dallas with $28M ARPA Funding

 Zayo has secured $27.8 million in funding from the American Rescue Plan Act (ARPA) to expand its middle-mile network infrastructure across Dallas County, Texas. This project aims to bridge the digital divide by providing reliable and affordable internet access to approximately 24,000 households that currently lack home internet. The investment will enhance the region’s digital infrastructure, enabling local internet service providers (ISPs) to extend high-speed connectivity to underserved areas, fostering economic growth and innovation.

 

The project involves the construction and upgrade of over 60 miles of middle-mile fiber network across Dallas County, focusing on up to 10 priority zip codes identified through a needs assessment. Additionally, Zayo is partnering with Texas-based nonprofit Compudopt to provide technology access and education to under-resourced youth. Zayo’s $150,000 investment will fund the distribution of 300 laptops with two years of tech support and warranties, benefiting approximately 1,500 individuals in Dallas County.

• Zayo receives $27.8 million from ARPA to expand middle-mile fiber infrastructure in Dallas County.

• The project will improve internet access for around 24,000 households lacking connectivity.

• Over 60 miles of new and upgraded fiber network will be built across Dallas County.

• Zayo partners with Compudopt to distribute 300 laptops and provide digital literacy education.

• The initiative aims to support economic growth and digital equity in underserved communities.

“Zayo’s work with Dallas County is a game-changer for local communities, particularly those currently without access to reliable internet. By enabling local ISPs to provide competitive services, we’re not only making internet connectivity more accessible and affordable for Dallas County residents but also opening doors for local communities to take advantage of enhanced broadband access,” said Brian Daniels, Chief Sales Officer at Zayo.

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FCC Reauthorizes Globalstar’s HIBLEO-4 Constellation for 15 Years

Globalstar has received a 15-year license extension from the U.S. Federal Communications Commission (FCC) for its HIBLEO-4 satellite constellation. This reauthorization allows Globalstar to continue its exclusive operations in the Big LEO Band and deploy up to 26 replacement satellites, ensuring the company’s ability to meet growing demand for its satellite and communications solutions globally.

Key Points:

• FCC grants a 15-year extension for Globalstar’s HIBLEO-4 satellite constellation license.

• The extension includes authorization to operate up to 26 replacement satellites.

• Globalstar continues exclusive operations in the Big LEO Band.

• The reauthorization supports Globalstar’s mission to provide critical mobile satellite connectivity and lifesaving technology worldwide.

“Achieving this milestone is imperative to Globalstar to enable us to complete our mission of providing critical mobile satellite connectivity and lifesaving technology worldwide,” said Dr. Paul E. Jacobs, CEO of Globalstar.

• In September 2022, Apple confirmed that its  iPhone 14 models feature an "Emergency SOS via satellite" capability delivered via Globalstar's constellation of LEO satellites, which cover approximately 80% of the Earth's surface.Designed for emergency communications when out of cellular or Wi-Fi range, the iPhone 14 user must have a clear view of the sky. Texting can take from seconds to several minutes. Messages are relayed from earth-to-ground stations to the nearest emergency...

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Bhutan Telecom Enhances Network with Ciena’s Coherent Routing

 Bhutan Telecomis deploying Ciena’s coherent routing solutions to address increasing traffic demands and improve network performance. With the integration of Ciena’s 5164, 8110, and 8114 routers, Bhutan Telecom aims to enhance the customer experience as the nation shifts towards advanced technologies like edge cloud applications. This deployment is expected to simplify the network infrastructure and meet the growing bandwidth needs across the country.

• Bhutan Telecom is deploying Ciena’s 5164, 8110, and 8114 routers to enhance network performance.
• The deployment aims to meet rising bandwidth demands and support new technologies like edge cloud applications.
• Ciena’s routers are tailored for Bhutan’s unique environmental conditions, helping reduce latency and improve service quality.
• This network upgrade aligns with Bhutan Telecom’s goal to transform the nation into a digital society.

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Arrcus: Four Use Cases for AI in Networking

How can AI and ML revolutionize network operations?

Sanjay Kumar, VP of Products and Marketing from Arrcus gives several examples:

- AI/ML enables anomaly detection, providing recommendations and closed-loop remediation for unusual network patterns

- Advanced technologies enhance root cause analysis, capacity planning, and network design based on traffic demands

- AI/ML improves security posture by detecting unusual patterns in real-time and automates network operations, reducing costs

https://youtu.be/D5TxpkaZuqM

Want to be involved our video series? Contact info@nextgeninfra.io

Check out our #AI in Networking report and more videos here: https://ngi.fyi/ainetwork24yt

AvidThink analysts Archana Khetan and Roy Chua discussed their findings in the report: "Pipe Dreams and AI Realities: Networking's Midlife Crisis" on a recent fireside chat. Watch the recording: https://youtu.be/YdC_tXzCRvg

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Spirent: AI and Automation Unlock Network Operations

How can AI help improve network operations?

Steve Douglas, Head of Market Strategy from Spirent discusses the following in this video:

- AI is moving from tactical implementations to a strategic focus, unifying its use across network lifecycles and processes

- The combination of analytics, automation, and AI (both predictive and generative) is unlocking AI's true potential in networks

- Digital twin technology is emerging as a critical governance tool to test AI inferences and optimizations in a safe, emulated environment

Want to be involved our video series? Contact info@nextgeninfra.io

https://youtu.be/cE0yyrWivOQ

Check out our #AI in Networking report and more videos here: https://ngi.fyi/ainetwork24yt

AvidThink analysts Archana Khetan and Roy Chua discussed their findings in the report: "Pipe Dreams and AI Realities: Networking's Midlife Crisis" on a recent fireside chat. Watch the recording: https://youtu.be/YdC_tXzCRvg

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