Mme Toledano Arcep FTTH Network DigiWorld Summit 2011 IDATE

Population Density And The Potential For Making A Profit: Assessing The WiMAX Opportunity In Metropolitan And Rural Areas Of Russia And The CIS

The Brazilian government recognizes the importance of adopting IPv6 and is taking several steps to promote its implementation. It is studying how to deploy IPv6 within government networks and services. The Ministry of Telecommunications is working with other agencies through a partnership to establish policies for IPv6 adoption, and many government sectors are involved. Anatel is also examining how to require IPv6 compatibility for certification of new equipment, including customer premises equipment.

Mobile transport networks must evolve to support the new capabilities and requirements of 5G networks, including speeds of 10Gbps and beyond, low latency, and support for new applications. 5G will introduce new radio access network architectures and functional splits that distribute baseband processing, placing new demands on fronthaul transport between radio heads and centralized baseband units. Emerging solutions include packetized fronthaul interfaces like eCPRI that reduce bandwidth needs compared to traditional CPRI, as well as time-sensitive networking approaches to meet low latency requirements. Mobile transport networks must also concurrently support both 4G and 5G networks during the transition to 5G, posing integration challenges over the coming years.

This paper, highlights the vast unused telecom network capacity set aside for Mobile Virtual Network Operators #MVNO in Thailand, due to reluctance from the mobile network operators, AIS, Dtac and True, to accept these on their networks. The introduction of MVNOs in Thailand six years ago has not succeeded in laying the foundation to ensure innovation, the achievement of the broader industry and national economic objectives. The MVNOs has been tethered with the legacy infrastructure and thinking behind the conventional mobile operator services. However, there are lessons to be learned, and first lesson is - a new approach is needed. Therefore, we suggest a few additions to the National Broadcasting and Telecommunications Commission’s (NBTC) notification regarding network capacity and obligations for Mobile Virtual Network Operators (MVNO) in Thailand. We also propose a one-stop shop, who acts as an enabler for the digital economy, MVNO / M2M / IoT service providers, e.g. matching the demand, with the supply of unused MVNO capacity from the telecom operators, and thereby creating a win/win for all stakeholders in the ecosystem. ¹ MVNO Definition: http://www.yozzo.com/mvno-wiki/mvno-definition ² The History of MVNO | http://www.yozzo.com/mvno-wiki/the-history-of-mvno | August 2016 | Yozzo.com ³ Why MVNOs in Thailand have failed: http://www.yozzo.com/news-and-information/mvno-mobile-operator-s/why-mvnos-in-thailand-have-failed

The document discusses several topics related to multimedia content delivery and broadband networks, including: 1) Traditional broadcasters are facing competition from telecom companies in delivering multimedia content via IPTV and mobile networks. 2) Regulatory approaches to broadband differ between the EU and US. The EU takes a more regulated approach while the US market is less regulated. 3) Significant investments estimated at 250-300 billion euros will be needed to deploy next generation access (NGA) broadband networks in Europe. Public-private partnerships are seen as important to help achieve broadband goals.

This document provides an overview of mobile backhaul, which refers to the transport network connecting mobile network core and radio access networks. It discusses key challenges for mobile backhaul including evolving LTE and 5G technologies, subscriber and data traffic growth, stringent latency requirements, and network densification. The document also outlines different technology choices for mobile backhaul, including copper lines, fiber optics, microwave radios, and satellite. Copper lines were commonly used for earlier generation networks but do not scale well to support increasing bandwidth demands, while fiber, microwave, and satellite are better suited for current and future needs.

This report provides a positive outlook on the European cable sector. It cites several favorable trends supporting cable operators' positive operational and financial outlook, including rising internet usage and demand for high bandwidth applications. Cable networks have technological advantages over copper networks that allow them to offer higher internet speeds. This helps cable operators attract customers with bundled services. The report expects cash flow growth for cable operators as capex declines and operating leverage increases profits. However, it also notes potential risks from shareholder actions like releveraging or M&A activity.

BT has concerns about several provisions in the EECC regarding spectrum management. Specifically: 1) spectrum legislation should set clear principles rather than detailed regulations; 2) provisions on withdrawing rights and enforcing efficient use could conflict with existing UK licenses and drive wrong behaviors; 3) excessive ongoing fees could inhibit network investments; 4) licensing rules should not be mixed with network sharing or access provisions; and 5) mandating third-party Wi-Fi access would risk investments and intrude on contracts.

While most analysts call for speeds of 100 Mbps to enable multiple streams of HDTV, Wayne says that's shortsighted. This 2006 presentation helps justify fiber-to-the-home and gigabit speeds with examples of applications that need that performance.

UPDATE 8 version 2.4 Final (December, 2015) Winners of 1800MHz and 900 MHz bidding Thailand’s National Broadcasting and Telecommunications Commission (NBTC) has finally been able to set a timetable for the country's 4G spectrum auctions, after the cabinet gave the green light to proceed with the auctions plans. The NBTC expects to issue 4G licenses for the 1800 MHz spectrum and the 900 MHz spectrum. UPDATE 7 version 2.2 (October, 2015) MobileLTE may join the 900 MHz bidding UPDATE 6 version 2.1 (September 22, 2015) 900 MHz auction timeline and minimum bidding price UPDATE 5 Version 1.6 (June 24, 2015) The telecom committee of NBTC approved adding a maximum spectrum cap of 60 MHz for each operator in Thailand on June 23, 2015. The cap applies to telecom frequencies including those either under concessions or the license system and covers frequencies ranging from 470 MHz - 2600 MHz UPDATE 4 Version 1.5 (May 15 2015) Agreement reached between CAT TELECOM and DTAC whereas 5 MHz unused bandwidth from DTAC could be added to the auction giving it a total of 30 MHz divided into two slots of 15 MHz. However the regulator has rejected that proposal. UPDATE 3 Version 1.4 (24 April, 2015) Most common frequencies used worldwide for 4G/LTE International spectrum usage LTE FDD and LTE TDD device support Smartphone support example UPDATE 2: April 22, 2015. Version 1.3: MCOT has agreed to return its unused 60 MHz of bandwidth out of 144 MHz on the 2600 MHz spectrum. The state-run broadcaster will receive THB 100 million in compensation. UPDATED April 16, 2015 Version 1.2

This document discusses the convergence of wired and wireless services delivery in access and home networks. It proposes using radio-over-fiber (RoF) to deliver mobile communication signals over optical access networks, as RoF can be implemented as an overlay without impacting existing bandwidth. For home networks, it suggests using femtocells which are mini base stations connected to broadband access to provide indoor wireless coverage.

This document summarizes a study on the socioeconomic impacts of 5G in Europe. It discusses how 5G could maximize benefits by 2025 through improved verticals like automotive, healthcare, transport and utilities. It estimates 5G deployment costs at €56 billion and analyzes spectrum requirements, finding that spectrum sharing could help meet needs but quantities above 6 GHz like 24 GHz may be needed. It also covers policy, regulatory, and economic considerations around 5G spectrum identification, timing of releases, and business models.