DWS15 - Future networks forum - Virtualisation - eBlink - Alain Rolland

Wimax technology

Pavan Kumar

This document summarizes a technical seminar presentation on WiMAX technology. It includes sections on operating topologies like point-to-point and point-to-multipoint, architecture, methodology using QualNet, a SWOT analysis comparing 4G and WiMAX, definitions of wireless technology classifications. It also outlines the introduction and approval of WiMAX standards, speed and range of up to 50km at 75Mbps, benefits of providing high-speed broadband to rural areas as an alternative to wired networks, and concludes with a thank you.

Influencing factors on your FTTx architecture - FTTH Europe Conference 2018 w...

Overview of internal and external factors that impact the network architecture An operator chooses how to deploy its FTTH network. This is determined by the corporate strategy and is influenced by external market and regional factors. In this presentation we zoom in on these factors and strategic choices and examine the cost impact and practical implications of different architectures. We also look into real-life implementations from eir (Ireland) and Guifi-net (Spain).

Plan for all, build for 5G. Strategies for designing a heterogeneous fiber ne...

Tunable DWDM PON at WDM PON Forum Workshop

This document summarizes a presentation on tunable dense wavelength division multiplexing passive optical network (DWDM PON) technologies. It discusses the challenges of current passive WDM networks and how tunable DWDM PON can address these by allowing dynamic wavelength tuning. It describes how tunable DWDM PON uses a centralized wavelength control system to tune low-cost tunable transceivers at the optical network units to specific wavelengths allocated by the optical line terminal, enabling high-capacity transparent services over a large number of wavelengths to multiple users.

Millimeter Wave mobile communications for 5g cellular

raghubraghu

Connecting End Customer Devices Without Limits

Ciena Overview

Szen Chew

Ciena is a network specialist company that helps its customers create more intelligent infrastructure networks through strategic technologies and consultation. It focuses on the converged optical Ethernet market and helps customers save costs through platform convergence while also helping them grow revenue through customized network implementations. Ciena has over 4,300 employees, 1,000+ customers in over 60 countries, and holds leadership positions in key network areas such as transport, switching, automation, and services.

Evaluating efficiency of multi layer switching in future optical transport ne...

Anuj Malik

The document discusses the benefits of multi-layer switching and super-channel switching in future optical transport networks. Multi-layer switching combines the advantages of digital and optical switching to provide capital expenditure and operational expenditure benefits as bandwidth growth increases. Super-channel switching offers significant operational expenditure benefits through fewer components, faster deployment times, and additional network capacity compared to 100G switching architectures.

5g wireless systems

Amar

This document provides an overview of 5G wireless systems. It discusses the evolution of wireless technologies from 1G to 5G, comparing key aspects like bandwidth and deployment dates. The vision of 5G is described as creating a "real wireless world" without limitations by integrating different networks. Features of 5G include high resolution, large data broadcasting in gigabytes, and remote management. Key concepts involve using IPv6, a unified global standard, and technologies like cognitive radio. Major challenges of 5G implementation are also mentioned.

PMC_DIGI_G4_infographic

Sarah Kuchka

Heterogeneous Network (Hetnet)

Ali Shoaee

Heterogeneous networks use a mix of different cellular technologies and base station types to improve network capacity and coverage, especially in crowded areas. This includes macro base stations covering large areas, indoor pico base stations handling 70% of traffic, and micro and small cells to further improve coverage. By 2020, there will be over 50 billion connected devices relying on networks employing heterogeneous strategies to optimize the mobile experience.

Passive infrastructure of FTTH networks: an overview

Luc De Heyn

Noma-5G technology

gouthami3616

This document discusses 5G technology and Non-Orthogonal Multiple Access (NOMA). It provides an overview of 5G, describing how 5G will enable higher data rates and bandwidth. NOMA is introduced as an emerging technology for 5G that uses power multiplexing to serve multiple users on the same time and frequency resources, providing higher spectral efficiency and lower latency compared to previous orthogonal multiple access techniques. The advantages of NOMA include higher throughput, massive connectivity, lower latency and improved quality of service. Potential applications discussed include supporting increased device connectivity for areas like the Internet of Things.

Nation Road Telecommunication Service - wireless Solution Trial.

Gabriel E Ozique

This document discusses how Fluor Corporation, a large engineering firm, is studying using wireless roadside technology to enhance highway communications. It outlines Fluor's background and size. It then discusses potential frequency bands that could be used for wireless networks on highways, including 5.4GHz, 5.8GHz and 70/80GHz, and considerations for microwave line-of-sight links. Conceptual designs show how wireless could provide backhaul for roadside devices like CCTV cameras. Wireless would be more economical than wired solutions and could help add sensors for monitoring. In conclusion, wireless could enhance existing infrastructure in a rapidly deployed and low-cost way while maintaining security.

Ericsson 5 g platform

Optical and mobile networks: friends or foes?

Optical Networks

LTE LATAM 2015 - Base Station Virtualization: Advantages and Challenges

Alberto Boaventura

This document discusses the advantages and challenges of base station virtualization. Key advantages include improved capacity and coverage through centralized coordination of resources using technologies like Coordinated Multi-Point (CoMP) and enhanced Inter-Cell Interference Coordination (e-ICIC), which can increase system capacity up to 30 times. A centralized architecture is also well-suited for handling non-uniform traffic loads through dynamic load balancing across baseband units. However, challenges include requirements for additional spectrum, new infrastructure investments, interference mitigation techniques, and ensuring backhaul network capacity scales with increasing cell densities.

Next Level Communication with 5G Networking

Amphenol ICC

What's hot

Radio Technologies for 5G using an Advanced Photonic Infrastructure for Dense...

ssk

Seminar on optical networks

vani gupta

5G and FTTH: The Value of Convergence

Wimax technology

Pavan Kumar

Influencing factors on your FTTx architecture - FTTH Europe Conference 2018 w...

Plan for all, build for 5G. Strategies for designing a heterogeneous fiber ne...

Tunable DWDM PON at WDM PON Forum Workshop

Millimeter Wave mobile communications for 5g cellular

raghubraghu

Connecting End Customer Devices Without Limits

Ciena Overview

Szen Chew

Evaluating efficiency of multi layer switching in future optical transport ne...

Anuj Malik

5g wireless systems

Amar

PMC_DIGI_G4_infographic

Sarah Kuchka

Heterogeneous Network (Hetnet)

Ali Shoaee

Passive infrastructure of FTTH networks: an overview

Luc De Heyn

Noma-5G technology

gouthami3616

Nation Road Telecommunication Service - wireless Solution Trial.

Gabriel E Ozique

Ericsson 5 g platform

Optical and mobile networks: friends or foes?

Optical Networks

What's hot (20)

Radio Technologies for 5G using an Advanced Photonic Infrastructure for Dense...

Seminar on optical networks

5G and FTTH: The Value of Convergence

Wimax technology

Influencing factors on your FTTx architecture - FTTH Europe Conference 2018 w...

Plan for all, build for 5G. Strategies for designing a heterogeneous fiber ne...

Tunable DWDM PON at WDM PON Forum Workshop

Millimeter Wave mobile communications for 5g cellular

Connecting End Customer Devices Without Limits

Ciena Overview

Evaluating efficiency of multi layer switching in future optical transport ne...

5g wireless systems

PMC_DIGI_G4_infographic

Heterogeneous Network (Hetnet)

Passive infrastructure of FTTH networks: an overview

Noma-5G technology

Nation Road Telecommunication Service - wireless Solution Trial.

Ericsson 5 g platform

Optical and mobile networks: friends or foes?

Optical Networks

Similar to DWS15 - Future networks forum - Virtualisation - eBlink - Alain Rolland

LTE LATAM 2015 - Base Station Virtualization: Advantages and Challenges

Alberto Boaventura

Next Level Communication with 5G Networking

Amphenol ICC

C ran-field-trail-exfo cstudy060-v2_en

Saurabh Verma

1) A Tier 1 mobile network operator conducted a field trial of a passive centralized-RAN (C-RAN) architecture to evaluate performance, costs, and challenges. 2) Initial fiber inspection using EXFO's probe found most connectors were dirty, increasing optical loss. After cleaning, optical time domain reflectometry characterized the fiber span and found a missing connection. 3) Using real-time OTDR and a visual fault locator, technicians identified and corrected the missing connection and mislabeled fiber within the span. Characterization then verified the full fiber path with reduced optical losses.

Sub10 white paper replace nokia metro hopper

Advantec Distribution

This white paper discusses using 60GHz wireless backhaul to address increasing mobile data demand in dense urban areas. It describes trends in mobile network architecture including replacing old base stations with higher capacity ones, increasing base station density, and adding small cells. 60GHz technology provides benefits for these "metro cell" deployments, including high bandwidth, low interference between links due to oxygen absorption, and small form factor equipment suitable for placement on street furniture. A case study examines replacing an existing Nokia microwave radio product with a new 60GHz solution to backhaul increased traffic from new small cells and base stations.

Sub10 white paper replace nokia metro hopper

Advantec Distribution

This white paper discusses using 60GHz wireless backhaul to address increasing mobile data demand in dense urban areas. It notes that service providers are deploying more small cells and traditional base stations to boost capacity. However, this requires efficient backhaul solutions, as fiber may not reach all locations. 60GHz technology is presented as an optimal solution through its high bandwidth, small form factors suitable for street furniture mounting, and lack of interference between short-range links. A case study describes replacing aging Nokia microwave radios with a new 60GHz system for interference-free small cell backhaul.

EBlink leading fronthaul solutions - 2016

sylvain Lamblot

This document discusses fronthaul solutions and wireless fronthaul applications. It summarizes EBlink's fronthaul products including the FrontLink 58 wireless fronthaul solution, which can transmit up to 7.5 Gbps over 5.8 GHz frequencies. The document also outlines various wireless fronthaul use cases for indoor and outdoor network densification as well as EBlink's roadmap and role in evolving fronthaul standards towards 5G.

White Paper: Evolving Technolgies for Mobile Front and Backhauling

Susmita Adhikari Joshi

4G & Beyond – Changes and Challenges

CPqD

The Optical Reboot: Radical Changes in Service Provider Transport Networks

Infinera

1) The document discusses how service provider transport networks are undergoing radical changes as traditional networks are no longer sustainable. 2) Optical network choices have long-term cost impacts, and total cost of ownership is impacted by technology and network architecture. 3) The optical network is at an inflection point, driven by innovations like flexible grid, flexible coherent modulation, multi-carrier superchannels, and photonic integrated circuits. This enables scaling of optical layer capacity to terabits.

5G: Why Wait? - 5G Observatory 2016

Daniel Sproats

5G: Why Wait? - 5G Observatory 2016

1 a vision on the evolution to 5 g networks

CPqD

1. The document discusses the drivers and challenges for evolving mobile networks to 5G, which aims to significantly increase network performance and capacity to meet growing data demands. 2. Key challenges for 5G include supporting over 1000x capacity increase through small cells, carrier aggregation, advanced radio interfaces, and heterogeneous networks. More spectrum will also be needed to achieve multi-Gbps speeds. 3. Rural connectivity remains a challenge that 5G aims to address through technologies like LTE operating at 450MHz for wider coverage areas. Ubiquitous services could become a reality with 5G but further work is still needed to support applications such as machine-to-machine communications and public safety.

Gsc20 session6 5_g_chih_ieee

Abdisalam A. Mohamed

This document discusses the development of 5G networks and next generation fronthaul interface (NGFI). It summarizes: 1) CMCC has established a green communication research center in 2011 to conduct 5G key technology research, with a focus on rethinking fundamentals like Shannon's theory and signaling. 2) 5G will require new capabilities like immersive experience, seamlessness, tactility and ultra reliability. It will utilize technologies like user-centric RAN, network slicing, and flexible function splits between BBU and RRU. 3) Fronthaul interfaces pose bandwidth challenges for C-RAN deployments. NGFI aims to address this through decoupling antenna and non-ant

TechShanghai2016 - RF Front-End Module Roadmap and Handset Architecture Chall...

Hardway Hou

This document discusses challenges for future mmWave technology in mobile devices and potential solutions. It begins by reviewing increasing complexity in current RF front-end modules driven by the adoption of new cellular standards and frequency bands. It then discusses the need for integrated mmWave front-end and transceiver modules to support 5G, including requirements for high performance, low-loss backend-of-line technology, and accurate RF modeling. The document argues that RF SOI is well suited to meet these needs through transistor stacking, reduced parasitics, and demonstrated high performance at mmWave frequencies in power amplifiers, switches, and low-noise amplifiers.

Wireless Technology Evolution - UC Irvine/DASpedia Seminar - John K Bramfeld

John K. Bramfeld

This presentation (Jan 2016) addressed the current state of in-building technologies like DAS, C-RAN, and small cells, and what future changes to the LTE RAN would impact them most. Using 5G as a benchmark to evaluate, how might things like heterogeneity, digital and wireless fronthaul, CPRI, higher orders of distributed MIMO, millimeter wave, DUDe, CoMP, and macro-pico tiering impact these very dynamic in-building network architectures in terms of performance and viability.

IoT Connectivity: The Technical & Potential

Andri Yadi

Setting off the 5G Advanced evolution with 3GPP Release 18

Qualcomm Research

In December 2021, 3GPP has reached a consensus on the scope of 5G NR Release 18. This is a significant milestone marking the beginning of 5G Advanced — the second wave of wireless innovations that will fulfill the 5G vision. Release 18 will build on the solid foundation set by Releases 15, 16, and 17, and it sets the longer-term evolution direction of 5G and beyond. This release will encompass a wide range of new and enhancement projects, ranging from improved MIMO and application of AI/ML-enabled air interface to extended reality optimizations and broader IoT support.

Suman Jlt

Shahab Shahid

The document summarizes the hybrid wireless-optical broadband-access network (WOBAN) architecture. It discusses how WOBAN combines the benefits of wireless and optical networks by using an optical network like a passive optical network (PON) at the back end connected to wireless base stations. This saves on network deployment costs compared to fully wired networks. The document then reviews challenges for WOBAN including algorithms for network setup and placement of optical network units, examining the network's routing properties, and designing fault-tolerant behavior. It provides context on industry efforts to deploy related broadband access solutions and municipal mesh networks.

Examining the Role of SDN and NFV in the Move Towards LTE-A and 5th Generation

Alberto Boaventura

This document discusses the roles of SDN and NFV in enabling 5G/LTE-A networks. SDN and NFV can help address challenges of increasing traffic capacity demands through network functions virtualization and software-defined control of network resources. This allows dynamic allocation of resources through network slicing and virtualization. SDN control can also help with interference avoidance through coordination of resources across virtual base stations in a centralized RAN architecture. Overall, SDN and NFV provide mechanisms for elastic, on-demand provisioning of network capacity needed to support the high traffic demands of evolving 5G technologies.

BluWireless: Millimetre Wave Technology for Gigabit Wireless Infrastructure

techUK

Similar to DWS15 - Future networks forum - Virtualisation - eBlink - Alain Rolland (20)

LTE LATAM 2015 - Base Station Virtualization: Advantages and Challenges

Next Level Communication with 5G Networking

C ran-field-trail-exfo cstudy060-v2_en

Sub10 white paper replace nokia metro hopper

EBlink leading fronthaul solutions - 2016

White Paper: Evolving Technolgies for Mobile Front and Backhauling

4G & Beyond – Changes and Challenges

The Optical Reboot: Radical Changes in Service Provider Transport Networks

5G: Why Wait? - 5G Observatory 2016

1 a vision on the evolution to 5 g networks

Gsc20 session6 5_g_chih_ieee

TechShanghai2016 - RF Front-End Module Roadmap and Handset Architecture Chall...

Wireless Technology Evolution - UC Irvine/DASpedia Seminar - John K Bramfeld

IoT Connectivity: The Technical & Potential

Setting off the 5G Advanced evolution with 3GPP Release 18

Suman Jlt

Examining the Role of SDN and NFV in the Move Towards LTE-A and 5th Generation

BluWireless: Millimetre Wave Technology for Gigabit Wireless Infrastructure

More from IDATE DigiWorld

DWS19 Seminaire Healthcare William Rolland SNITEM

DWS19 Séminaire Healthcare William Rolland SNITEM

DWS19 Séminaire Healthcare Pascale Sauvage ASIP

DWSPR19 Séminaire E-Santé 180419 - Alexandra MESNER - WiStim

DWSPR19 Séminaire E-Santé 180419 - Innovation Stories - Jean-François GAUDY -...

DWSPR19 170419 Séminaire Maison connectee - Les enjeux du foyer - Malo DEPINC...

DWSPR19 Sessions plenieres 17042019 - 5G - Thierry BOISNON - Nokia

- Telco market opportunities and new value creation - 5G is a giant leap powered by a set of new technologies - 5G is a giant leap - mandatory to make the 4th industrial revolution happen - 5G market traction - the market is accelerating - Nokia Bell Labs' Future X Vision set the direction for 3GPP's 5G architecture - Nokia 5G commercial references in key markets - Nokia speed of innovation with the wider 5G ecosystem -

DWSPR19 Sessions plenieres 17042019 - Arrivee de la 5G : Much ado about nothi...

DWSPR19 Sessions plenieres 17042019 - IA : quelle posture ethique et technolo...

DWSPR19 Sessions plenieres 17042019 - Enjeux anthropologiques et strategique...

DWSPR19 18042019 - Smart Ageing - Pauline MORNET - IDATE DigiWorld

DWSPR19 18042019 Philippe BAUDOUIN et Anne CAUSSE - Cohésion territoriale et ...

DWSPR19 18042019 Cohesion territoriale et digital - Pierre-Michel ATTALI - ID...

IDATE DigiWorld - Autonomous Cars Antoine Klifa

IDATE DigiWorld - From LTE to 5G keypoints

Key points • From mobile voice to mobile everywhere7 1. LTE global success • LTE subscriptionsdistribution (Q4 2017 –Q4 2021)9 • Breakdown of mobile customers by country and technology, end-20169 • China Mobile LTE capexand LTE coverage10 • Outdoor LTE coverage10 • ≥ 500 Mbps LTE-Advanced networks launched11 • MNOs ranking by subscriber numbers, end-June 201712 • Subscriber numbers in leading countries12 • 5G usage scenarios13 • 5G Performance Objectives14 2. 5G • 5G timeline16 • 5G subscribers by region in 202517 • 5G subscribers forecasts17 • 5G widespread technology enablers18 • Three scenarions for 5G monetisation, MNO’s view19 3. More spectrum for LTE upgrades and 5G • IMT bands, below 6 GHz22 • IMT bands, above 6 GHz23 • Potential5G bands worldwidein the 20-45 GHz range24 • Price of premium licences/spectrum per MHz per pop., for 10 years25 • Price of 700 MHz licences/spectrum per MHz per pop., for 10 years25

DWS17 - Plenary session: Big strategic Bets - Andres LINDLAD - Accenture

This document discusses how telecommunications companies need to transform their businesses to adapt to new digital disruptors and changing customer demands. It suggests that telcos embrace new service models, partner across open ecosystems, leverage their network and customer experience strengths, and place intelligence at the core of their business to engage customers and drive new service growth. The document encourages telcos to make the decision now to adopt a future-focused mindset.

DWS17 - Plenary Session : Technological Bets - Vincent BONNEAU - IDATE Digiworld

This document discusses innovation trends from 2015-2025 based on an upcoming report from IDATE DigiWorld. It finds that the top digital innovations of 2015-2020 included mobile, cloud, big data, and digital interfaces/infrastructure. The report predicts a major shift in the top innovations of 2020-2025 to artificial intelligence, robots, and the Internet of Things. It also identifies mainstream technologies like mobile and social networks, usual suspects still emerging like connected cars and industry 4.0, and wild cards with unclear timelines like blockchain, e-health and energy storage. The report suggests innovation is transitioning from digital to "phygital" by integrating physical and digital. It questions what emerging technologies like quantum computing may

DWS17 - Keynote - Sebastien SORIANO - Arcep

DWS17 - Smart Mobility seminar - Samuel ROPERT - IDATE Digiworld

The document discusses the future of transportation, focusing on autonomous cars and smart mobility. It summarizes that over the next 15-16 years, car design will evolve significantly with electronics and autonomous capabilities, and fully autonomous cars may be possible within 15 years. However, mass adoption of autonomous vehicles still faces challenges related to safety, technology reliability, security, cost, infrastructure requirements, legal issues, and consumer acceptance.

DWS17 - Investment and digital infrastructure seminar - Roland MONTAGNE - ID...