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Showing Spectrum reports. View all reports
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ITU World: Forward Thinking for Spectrum – 5G Technology Aspects
Forward Thinking for Spectrum - Getting Ready for 5G - Nokia Presentation: 5G Technology Aspects This presentation was given by Nokia at the ITU Telecom World event on Wednesday, November 16, 2016, 9:30 AM - 11:00 AM, Jupiter 10 The first commercial 5G deployments may still be a few years away but what happens between now and 2020 will determine the success of the technology, as well as the many sectors of the economy that depend on broadband infrastructure. Alignment on spectrum from an early stage on deploying 5G globally will be equally important. During this workshop,…Read more -
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Spectrum Used in 537 Commercially Launched LTE and LTE-Advanced Networks
Chart produced by GSA confirming the main spectrum bands which are currently used in 537 commercially launched LTE and LTE-Advanced networks worldwide. Source of data: GSA Evolution to LTE report published October 26, 2016 1800 MHz (b3) is the most widely used contiguous band in 4G/LTE commercially launched systems deployments worldwide. The second most popular contiguous band is 800 MHz (b20), followed closely by 2.6 GHz (b7) then AWS (b4). Band 40 is the most commonly used spectrum for LTE TDD deployments. This chart may be downloaded as a JPEG or PDF file. © 2016…Read more -
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GSA 5G Spectrum Report
This is the latest 5G Executive report from GSA focusing on the Spectrum issues and requirements to meet the increasing demands from a variety of different mobile broadband and narrowband use cases. While LTE-Advanced and LTE-Advanced Pro will meet some of these requirements, 5G and new spectrum bands will be needed to support what is expected to be a massive demand for capacity, connectivity and coverage. The GSA 5G Executive report is supported by the GSA Executive Members - Ericsson, Intel, Huawei, Nokia and Qualcomm. ©2016 Global mobile Suppliers AssociationRead more -
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October Spectrum Blog
Shifting from traditional TV to media content over mobile broadband The worldwide market penetration of smartphone subscriptions was around 3.2 billion[1] at the end of year 2015. Subsequently, consumers of mobile broadband services in many countries expect to have access to media content and personal data stored in the cloud, including comprehensive music collections, personal pictures and videos as well as on-demand video programs. Virtually unlimited media content is available while at home, at places of work, when commuting by car or by public transportation, on vacation, typically anywhere, anytime. The days when families shared a common single user equipment (UE) device, the living room television set for example, are now long gone; new music and video delivery platforms are changing the whole media experience by offering advanced and easy-to-use media services. Media companies provide qualified music or video content suggestions to their consumers based on individual preferences and behaviour enabling the use and sharing of personal play lists. Consumers have access to media content from companies such as Netflix, YouTube and Spotify and few would deny the attractiveness of these offerings and the impact on consumers’ behaviour. Smartphone devices with high resolution screens and high quality earphones and headphones are driving a high level user experience while revolutionizing consumption behaviour. Measurements[2] in a selected number of commercial mobile broadband networks in Asia, Europe and the Americas show that, regardless of device type, video is the largest contributor to traffic volumes. YouTube usually dominates video traffic and accounts for 40 % to 55 % share in overall traffic volume in most mobile networks and for 50 % to 70 % of overall video traffic in almost all measured networks, regardless of terminal type. In markets where Netflix has launched services, its share can reach 10 % to 20 % of total mobile video traffic. The content provided by these new media companies is made available for different end user devices including smartphones and tablets. These mobile devices become always connected and media companies are able to stay in touch with and support the needs of consumers of all ages to provide ever more personalized services and targeted entertainment – and of course advertising. Studies[3] are tracking the total time spent on watching television and video content. Teenagers for instance are increasing the time spent watching video content, (roughly as much time as other age groups), while their device preference is gradually shifting from the traditional television set to smartphones. This shift towards smart devices can be observed across all age groups although it is most clearly apparent with teenagers. Between 2011 and 2015 teenagers increased their “web-television” and video consumption on smartphones by 85 % and nearly halved their time spent viewing on a traditional television set. Older generations are slower to change. For example, 30 to 35-year-olds spent 4 hours more than teenagers in front of the traditional television set in 2011 and still did so in 2015. To meet the new media trends described above, work on solutions has been concentrated on finding more spectrum for mobile broadband networks in the so-called TV UHF band (470 – 694/698 MHz). Initially the focus has been on the 700 MHz frequency band (694/698 – 790 MHz), now identified for International Mobile Telecommunications (IMT) globally for LTE technology. Various countries and regions globally are now looking towards the future and more efficient utilization of the 470 – 694/698 MHz frequency range. While accounting for local circumstances, administrations together with telecom and media ecosystem stakeholders are looking at the options to find additional suitable spectrum for mobile broadband in this range. Step-by-step approaches are being considered to ensure that frequencies between 470 – 694/698 MHz can still be used for terrestrial television while gradually being phased out - at a pace that follows the fading interest from “traditional television” viewers. [1] Ericsson Mobility Report, June 2016, https://www.ericsson.com/res/docs/2016/ericsson-mobility-report-2016.pdf [2] Measurements do not include Wi-Fi traffic [3] Source: Ericsson ConsumerLab, TV and Media (2011, 2015) This blog is written by the GSA Spectrum Group. If you have any comments or questions please email info@gsacom.com.Read more -
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Read moreGlobal spectrum situations for 5G and positioning by countries
Internationally there is a growing activity to deliver early 5G trials as well as early commercial service, in some cases…
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Social and economic values of 5G RF spectrum
Social and economic values of radio frequency spectrum for fifth generation (5G) mobile systems The continuing mobile broadband subscriptions and traffic uptakes are clearly powered by the evolution of mobile infrastructure; infrastructure that is providing ever enhancing area coverage and the increasing capability to exchange data while responding to the consumers’ appetite for more capable smart devices, thrilling services and engaging applications. Mobile broadband networks are providing ubiquitous access to advanced data and information based services, an increasing array of multimedia applications and the corresponding educational and social benefits. All of which is increasingly attractive to consumers,…Read more -
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GSA Spectrum Group objectives
GSA Spectrum Group objectives, the important role of international spectrum allocations for fifth generation (5G) mobile systems One of the key objectives of the GSA Spectrum Group is to aggregate information from a diverse range of radio frequency spectrum uses and to share it to increase the industry awareness for the convenience of the policy makers and regulators, as well as for the colleagues in all interested industries, such as for power line, transport, manufacturing, automotive, travel industries, etcetera. The Spectrum Group is addressing both shorter-term and longer-term developments of radiocommunication technologies, services and applications…Read more -
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Spectrum Used in 521 Commercially Launched LTE and LTE-Advanced Networks
Spectrum Used in 521 Commercially Launched LTE and LTE-Advanced Networks Chart produced by GSA confirming the main spectrum bands which are currently used in 521 commercially launched LTE and LTE-Advanced networks worldwide. Source of data: GSA Evolution to LTE report published July 28, 2016 1800 MHz (b3) is the most widely used contiguous band in 4G/LTE commercially launched systems deployments worldwide. The second most popular contiguous band is 2.6 GHz (b7), followed closely by 800 MHz (b20) then AWS (b4) Band 40 is the most commonly used spectrum for LTE TDD deployments. This chart may…Read more -
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GSA response to the Ofcom call for input to 3.8 GHz – 4.2 GHz band
GSA response to the Ofcom call for input “3.8 GHz to 4.2 GHz band: Opportunities for Innovation” The GSA Spectrum Group responded to the Ofcom call for input to the3.8 GHz to 4.2 GHz band. Overview: The GSA Spectrum Group considers the band 3400-4200 MHz to be a key element in the development of 5G, and for the support of wide coverage enhanced Mobile Broadband, massive machine connectivity and critical and real time communications for high reliability or extremely low latency applications. The GSA Spectrum Group considers the availability of 400 MHz of additional spectrum adjacent to…Read more -
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5G Roundtable: Mobile IoT/MTC 5G Spectrum Needs-Intel
GSA hosted a 5G Round Table on the 28th June 2016 sponsored by Huawei and Intel. This presentation from Resa Arefi at Intel considered 5G and areas of growth and spectrum needs for IoT. ©2016 Intel. This presentation is published on the GSA web site with the express permission of the author. Intel is an Executive Member of GSARead more -
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5G Roundtable: Thinking about spectrum for 5G-Innovation Observatory
GSA hosted a 5G Round Table on the 28th June 2016 sponsored by Huawei and Intel. This presentation from Innovation Observatory looked at spectrum issues around 5G. ©2016 Inovation Observatory. This presentation is published on the GSA web site with the express permission of the author. Innovation Observator is a research partner of GSARead more -
5G Spectrum Vision, Characteristics and Requirements
5G Spectrum Vision, Characteristics and Requirements Workshop on Collaboration in Asia for Spectrum for 5G Tuesday 28th June 2016, The workshop on spectrum collaboration in Asia for 5G was Co-Hosted by GSA, GSMA and GTI and was attended by those in government and regulatory positions as well as operators and vendors aligning on 5G services and products. Asia, as a region, has been very active in promoting 5G technology. Both Korea and Japan announced their intention to showcase 5G in the upcoming Olympic events during 2018 and 2020 respectively. Alignment from an early stage on deploying 5G globally…Read more -
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Spectrum valuation – addressing challenges and identifying trends
Spectrum valuation – addressing challenges and identifying trends GSA Spectrum Group Presentation at: Forum Europe the 11th annual European spectrum management conference, 22-23 June 2016 Breakout session 2, 2016-06-22 at 15:40 – 17:00 ©2016 Global mobile Suppliers AssociationRead more -
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Read moreSpectrum Sharing: Licensed Shared Access (LSA) and Spectrum Access Systems (SAS): Intel
Spectrum Sharing: Licensed Shared Access (LSA) and Spectrum Access Systems (SAS) Please log in to download this report. This Intel…
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ITU Presentation on preparation for CPM19-2, RA-19 and WRC-19
Preparations for CPM19-2, RA-19 and WRC-19 Presentation given by Philippe, Aubineau Counsellor,, ITU-R Study Groups, Radiocommunication Bureau, ITU The presentation covers the WRC Cycle and the overview of the preparations for the WRC Cycle. There is an overview of the RA-15 and WRC-15 cycle and the outcomes as well as follow up actions. The main focus of the presentation is the steps towards WRC-19, the preparatory work and identification of responsible ITU-R groups and the activity over the coming months. © ITU 2016 The material is made available on the GSA web site with the…Read more -
