Fujitsu Network Communications
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Rob Hughes
As 5G deployments increase and data demands skyrocket, optimizing overall power consumption becomes increasingly important to maximize the economic and environmental benefits of the Radio Access Network (RAN), which accounts for approximately 80% of the power consumption in a mobile network. By focusing on energy-efficient practices, particularly within the 5G RAN and leveraging Open RAN
Blake Hlavaty
This blog was adapted from the transcript of a video series. If you’d like to watch the videos, please see the link at the bottom of the post What’s the difference between non-real time vs. near-real time RAN Intelligent Controllers? The non-real time and near-real time RAN Intelligent Controllers are part of Open RAN architecture
Rob Hughes
Fujitsu’s evolution with AI-RAN The telecommunications industry is rapidly advancing the role of artificial intelligence (AI) in many aspects of Radio Access Networks (RAN). While 5G has delivered significant capacity and throughput improvements, it has yet to drive substantial new revenue to cover these investments. By combining AI with the low latency and high speed
Suyash Rai
Making SDN networks interoperable, flexible, and scalable As the telecommunications industry shifts towards open, programmable networks, the Telecom Infra Project (TIP) has become a major catalyst in driving the adoption of Software-Defined Networking (SDN) and network disaggregation. Under the TIP’s Mandatory Use Case Requirements for SDN Transport (MUST) initiative, compliance with open standards for Northbound
Nishant Tiwari
Open RAN security sets a new bar for telecom As the telecommunications industry evolves, the Open Radio Access Network (RAN) framework is being adopted as an innovative alternative to traditional, closed RAN systems. Open RAN promises enhanced flexibility, vendor-agnostic innovation, and lower costs. Yet one of the most critical considerations for any network architecture, open
Sharmila Arasu
For Tier 2 and 3 service providers, investing in the network edge is key to meeting demand for bandwidth and improving customer experience. Networks already carry vast amounts of traffic. But now that AI is becoming widely adopted throughout every industry, network operators must be ready for the next wave of data bandwidth growth. Sharmila
Richard Colter, Head of Marketing at Fujitsu Network Communications
Artificial intelligence and generative AI are everywhere, and their impact on every industrial sector is becoming more and more significant. Digital communications is no exception. AI is expected to have major effects on every part of the network. AI in networking has seemingly unlimited potential AI’s potential to deliver greater business value for network owners
Muhammad Sarwar
The benefits of closed-loop liquid cooling for optical networks With today’s hyperconnected lifestyle, data demand continues to escalate, further compounded by the rise of artificial intelligence (AI) across nearly every aspect of our daily lives. As the AI market heats up, so do the networks and data centers designed to support AI applications – literally.
Joe Krystofik
How is Fujitsu using Accelerated Root Cause Analysis for intelligent apps? What’s the difference between AI, ML, and Generative AI? Artificial Intelligence (AI) is the overarching technology space. And there are multiple dimensions within AI that use Machine Learning (ML) and Gen (Generative) AI. AI leverages technology to learn how humans learn and applies that
Joe Krystofik
AIOps, abbreviated from “AI for network operations,” is becoming the evolutionary juggernaut of network transformation. Variants of AI technologies promise broadly stated value-adds, such as reducing complexity and boosting operational efficiency, but in order to realize value, it’s essential to cut through the hype and focus on real, achievable benefits as balanced against the time,
Solyman Ashrafi
How can we build trust in the Open RAN ecosystem? As 5G demand continues to escalate worldwide, Mobile Network Operators (MNOs) are seeking ways to improve performance, speed new services to market, and increase agility, even as they cut operational costs. These demands are driving interest in virtualized and open Radio Access Network (RAN) architecture
Francois Moore
Baud rate in optical transceiver In a coherent transmission system, you control two parameters: the Quadrature Amplitude Modulation (QAM) and the moderate. However, the QAM is limited. As you increase your QAM density from Quadrature Phase Shift Keying (QPSK) to 8 QAM, then 16 QAM, and 32 QAM, you reduce the tolerance to noise, which
Maureen Bundy
Why do you need network modernization? A new article in Pipeline Magazine explores the evolving landscape of network infrastructure and the imperative for modernization driven by automation and optimization techniques. The article emphasizes the increasing complexity of modern networks, fueled by the increase of devices, applications, and data traffic. This complexity presents significant challenges for
Karthik Jeevanige
Capacity planning for high quality service on IP/MPLS networks A leading carrier in the Asia Pacific region faced significant challenges in managing the growing complexity of their IP/MPLS network. With the surge in demand from 5G services, cloud connectivity, and edge applications, the carrier needed to expand network capacity rapidly while maintaining high service quality.