Janette Stewart - Analysys Mason - Intro 5G Workshop

Welcome Introduction and Scene Setting Janette Stewart, Principal, Analysys Mason, Chair of SPF Cluster 1

bit.ly/UK_SPF | @UK_SPF | #UKSPF
Janette Stewart, Chairman of SPF Cluster 1
17th May 2016

bit.ly/UK_SPF | @UK_SPF | #UKSPF
The vision for 5G can be summarised as delivering ultra-dense,
virtualised networks delivering gigabit-speed wireless services
5G hyper dense, virtualised network
Macro/microcells
Ultra-dense/small cells Amorphous coverage
Core network

bit.ly/UK_SPF | @UK_SPF | #UKSPF
Summary of key points for today’s discussion
Spectrum/
regulation
DeploymentServices
5G
definition/vision
What are the key
regulatory
decisions needed
for 5G to launch
successfully –
spectrum (strong
global push on
mm-Wave),
different bands,
etc.?
What are the key
deployment
challenges –
capacity, coverage,
quality of service,
access to sites,
working across
industry sectors,
etc.?
What 5G services
will be important in
the UK. What
industries
will/should 5G
serve?
Is the definition of
5G suitable defined
and understood by
all UK
stakeholders?
Key issues
What are the key UK policy issues (NIC, EU telecoms framework review, etc.?)

The document discusses millimeter wave (mmWave) technology and its role in emerging 5G applications. It describes Blu-Wireless Technology's products and services, including system IP for gigabit mmWave communications licensed to semiconductor companies. It outlines Blu-Wireless' technology roadmap, including deploying the first volume license of their 1Gbps mesh technology in late 2017. The document also discusses how mmWave can enable multi-Gbps wireless broadband and backhaul networks to support 5G, and highlights a mmWave test bed in Bristol demonstrating Gbps speeds over 137m.

Simon Fletcher - Real Wireless - Enablers for 5G in Europe

This document summarizes a study on the socioeconomic benefits of 5G in Europe. It analyzed potential costs and benefits across different verticals like automotive, healthcare, and transport. It found that 5G deployment may cost €56 billion in Europe. Use cases like a motorway scenario requiring up to 200 Gbps showed insufficient spectrum below 6 GHz would be needed. Managing spectrum demand will require innovations in efficiency as well as frameworks for cross-industry cooperation and controlled sharing across bands.

Jonas Eneberg - Inmarsat - Satellite Role in 5G

Barry Lewis - Samsung - SPF Presentation

Stephen temple, 5GIC SPF Cluster 1 - 5G IC survey of network provider prefere...

Pablo Zurdo Santos - Avanti - SPF cluster 1 - 5 g workshop - 2017 june 8

Vodafone and Huawei conducted a successful 5G trial using 70 GHz spectrum, achieving download speeds of over 20 Gbps. This demonstrated the potential of high mmWave bands for delivering extremely high individual link performance for backhaul or in small, dense areas like stadiums. The vision is for a commercially and technically viable 5G/IMT-2020 ecosystem that utilizes a variety of spectrum bands, including low bands below 3.6 GHz for coverage, high mmWave bands above 66 GHz for very high data rates, and unlicensed bands for traffic offloading. Satellite networks can also complement terrestrial solutions by providing ubiquitous coverage.

Graham MacDonald - Intel - New Opportunities for the Band

- There is demand for access to more high-capacity 5GHz spectrum for Wi-Fi as mobile data usage continues to grow. However, different regions have different rules for different 5GHz sub-bands, limiting capabilities. - Intel proposes short, medium, and long term options including opening up 5725-5850MHz for Wi-Fi; reexamining DFS requirements; promoting use in 5850-5925MHz; removing indoor restrictions in 5150-5350MHz; and opening 5350-5470MHz to provide access to the whole 5150-5925MHz range. - Harmonization is important but regulations should increase flexibility, remove restrictions, and increase transmit power to enable innovation and meet growing

Chris Cheeseman BT - 5G Spectrum

This document discusses spectrum needs for 5G mobile networks. It notes that 5G will require a combination of existing licensed mobile spectrum bands as well as new bands, including millimeter wave bands above 20GHz, to deliver the enhanced capabilities of 5G. The document reviews candidate millimeter wave bands being studied by the ITU for global harmonization for 5G. It stresses the importance of securing a regulatory environment in Europe and nationally that incentivizes long-term investments and innovation in 5G networks and spectrum.

Three UK's view on 5G: 1) 5G will require new network architectures, including small cells and self-backhauling to support high capacity and connectivity of devices. 2) Significant amounts of high frequency spectrum above 30GHz will be essential for 5G to deliver multi-Gbps speeds but it faces propagation challenges. 3) 5G networks and devices will need to be automated, flexible and low cost to deploy in order to practically deliver on the goals of high availability, low latency and increased connectivity.

Guillaume Lebrun - Qualcomm - New Opportunities for the Band

5 GHz spectrum can enable new mobile experiences through higher bandwidth and more robust connectivity. It is well-suited for small cell deployments using technologies like LTE-U, LAA, MulteFire and Wi-Fi which can coexist to provide flexible access. These technologies combined with LTE in licensed spectrum can deliver seamless connectivity and continuity of services to consumers across various environments. Regulators are exploring how to open up additional 5 GHz spectrum for unlicensed use while protecting incumbent users.

Martyn Lee - Sky - Current Consumer Uses of the Band

1) Wireless data usage is growing massively due to increased use of smartphones, tablets, and streaming video. Cisco predicts monthly mobile traffic will surpass 15 exabytes by 2018. 2) Wi-Fi networks are projected to carry more traffic than cellular networks by 2018, with Wi-Fi traffic reaching 553 petabytes compared to 426 petabytes for cellular. 3) At peak times in locations like transport hubs, dense urban areas, and shopping centers, Wi-Fi networks are already constrained by available spectrum.

Edinburgh seminar 31/5/2018 Ian Corden Plum Consulting

UK 5G Strategy Overview

Khurram Qayam, MBA

Roundtable discussion notes for Innovate UK 5G competition

This document summarizes a competition by Innovate UK to fund projects developing innovative 5G applications and services. The competition aims to stimulate UK businesses to create uses of 5G's high connectivity. Projects can combine feasibility studies and research, must be business-led and collaborative, and range from £150,000 to £220,000 over 9-12 months. The deadline for applications is February 3, 2016. Projects should explore 5G uses in areas like IoT, immersive media, and critical services.

Cristina Data, Ofcom - INCA Full Fibre & 5G Seminar 12/7/17

This document discusses 5G and the work Ofcom is doing to support its development and rollout in the UK. It notes that mobile data traffic is expected to grow 7-fold by 2021, driving the need for 5G technologies. Ofcom has identified spectrum bands for 5G use in Europe and the UK, and plans to auction spectrum in the 2.3/3.4 GHz range this fall. It is also consulting on access to 26 GHz spectrum and further identifying bands for 5G rollout. The goal is to ensure sufficient spectrum is available to support 5G without inhibiting its deployment.

Henry Shennan - NIC - 5G Presentation

Janette Stewart - Analysys Mason - Summary on 5G Key Points

NXP Is Ready for 5G

NXP Admin

The document discusses the challenges and benefits of 5G cellular technology. It outlines key challenges such as increasing network capacity and data rates to support more smart devices, reducing equipment size and power consumption, and supporting multiple standards from 2G to 5G. The benefits highlighted are high speeds and capacity, faster data transmission, support for interactive multimedia and streaming video, improved reliability, quality and clarity over previous generations. 5G will enable broadcasting of data in gigabits per second and compete with computing platforms. It will support applications beyond mobile broadband like connected cars, Internet of Things, and massive machine type communications.

Yinan Qi - Samsung - Quantifying Bandwidth Requirements for Immersive 5G Expe...

Mark Collins CityFibre - INCA Full Fibre & 5G Seminar 12/7/17

CityFibre is expanding its full fibre infrastructure to reach 100 UK towns and cities by targeting over 1 million premises in 5-10 cities for fibre to the home (FTTH) rollout in 2018. This will provide ubiquitous gigabit broadband and fibre for emerging 5G networks. CityFibre acquired Entanet to combine the leading competitor to BT Wholesale with the leading competitor to BT Openreach, opening full fibre infrastructure to over 1,500 independent ISP partners. The UK government supports full fibre and 5G through £1.7 billion in funding and intends for FTTP coverage of 10 million premises by 2022.

Matthew Baker Nokia - 5G UK Spectrum Policy Forum

Airfast 3 RF Power Transistors Advance Cellular Infrastructure for Smart Cities

NXPSemiconductors

DWS16 - Mobile networks forum - David Gutierrez estevez_samsung_electronics

5G Network| What's Next| March 2019

paul young cpa, cga

This document summarizes key information about 5G networks including: - 5G will have much higher speeds and capacity than existing networks using technologies like OFDM and millimeter wave frequencies. - Issues facing 5G include signal obstruction from shorter wavelengths and lack of real-world testing data. - Major players developing 5G include Nokia, Samsung, Qualcomm, Intel, Huawei, Verizon and AT&T. - Canada has been conducting 5G trials and is well positioned for national 5G infrastructure by 2020, led by companies like Bell, Rogers and Telus. - Rural broadband provider Xplornet plans to invest in 5G-ready wireless services across Canada using 3500 MHz spectrum,

Digiworld Yearbook 2014 : the presentation from IDATE

Socioeconomic impacts of 5G in Europe

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.

DWS16 - Mobile networks forum - Frederic Pujol, IDATE DigiWorld

5G is expected to be commercially deployed starting in 2020, with some limited services possible in 2018. It will provide significantly higher data rates and lower latency compared to 4G. The first widespread 5G application may be fixed wireless access to homes and businesses. Key 5G technologies include network slicing, use of high-frequency millimeter wave spectrum, and support for critical low-latency services. Various industries like automotive, manufacturing, and energy are seen as promising verticals for 5G, but costs and specialized requirements may slow widespread adoption in some sectors. Harmonization of 5G standards and spectrum globally will be important to drive development and deployment.

CBRS

Tonex

The document provides an overview of 5G Citizens Band Radio Services (CBRS) network architecture, protocols, implementation and security. It discusses the role of CBRS in the telecom industry, who should learn about it, the three tiers of CBRS users, benefits of CBRS according to the FCC, learning opportunities, and 5G CBRS training courses. Tonex offers a two-day 5G CBRS training course covering topics such as 5G and CBRS overview, CBRS spectrum, key concepts, 5G service architecture, deployments, and hands-on implementation workshops.

Robert Cooper - Ofcom - Bands under study for 5G

The document discusses studies being conducted by various international and national bodies on frequency bands being considered for 5G technologies. The International Telecommunication Union is studying bands between 24.25-86 GHz, and will next meet in spring 2017. The UK supports identifying global bands for 5G and early harmonization of a pioneer band in Europe. Studies are focusing on bands including 3400-3800 MHz, which the UK plans to auction 150 MHz of and consider sharing arrangements for the remainder. Tests can be conducted under non-operational licenses after coordination to prevent interference.

Simon Pike, SPF - Creating a vision for uk leadership in 5G

What's hot

Erol Hepsaydir - Three - 5G View

Guillaume Lebrun - Qualcomm - New Opportunities for the Band

Martyn Lee - Sky - Current Consumer Uses of the Band

Edinburgh seminar 31/5/2018 Ian Corden Plum Consulting

UK 5G Strategy Overview

Khurram Qayam, MBA

Roundtable discussion notes for Innovate UK 5G competition

Cristina Data, Ofcom - INCA Full Fibre & 5G Seminar 12/7/17

Henry Shennan - NIC - 5G Presentation

Janette Stewart - Analysys Mason - Summary on 5G Key Points

NXP Is Ready for 5G

NXP Admin

Yinan Qi - Samsung - Quantifying Bandwidth Requirements for Immersive 5G Expe...

Mark Collins CityFibre - INCA Full Fibre & 5G Seminar 12/7/17

Matthew Baker Nokia - 5G UK Spectrum Policy Forum

Airfast 3 RF Power Transistors Advance Cellular Infrastructure for Smart Cities

NXPSemiconductors

DWS16 - Mobile networks forum - David Gutierrez estevez_samsung_electronics

5G Network| What's Next| March 2019

paul young cpa, cga

Digiworld Yearbook 2014 : the presentation from IDATE

Socioeconomic impacts of 5G in Europe

DWS16 - Mobile networks forum - Frederic Pujol, IDATE DigiWorld

CBRS

Tonex

What's hot (20)

Erol Hepsaydir - Three - 5G View

Guillaume Lebrun - Qualcomm - New Opportunities for the Band

Martyn Lee - Sky - Current Consumer Uses of the Band

Edinburgh seminar 31/5/2018 Ian Corden Plum Consulting

UK 5G Strategy Overview

Roundtable discussion notes for Innovate UK 5G competition

Cristina Data, Ofcom - INCA Full Fibre & 5G Seminar 12/7/17

Henry Shennan - NIC - 5G Presentation

Janette Stewart - Analysys Mason - Summary on 5G Key Points

NXP Is Ready for 5G

Yinan Qi - Samsung - Quantifying Bandwidth Requirements for Immersive 5G Expe...

Mark Collins CityFibre - INCA Full Fibre & 5G Seminar 12/7/17

Matthew Baker Nokia - 5G UK Spectrum Policy Forum

Airfast 3 RF Power Transistors Advance Cellular Infrastructure for Smart Cities

DWS16 - Mobile networks forum - David Gutierrez estevez_samsung_electronics

5G Network| What's Next| March 2019

Digiworld Yearbook 2014 : the presentation from IDATE

Socioeconomic impacts of 5G in Europe

DWS16 - Mobile networks forum - Frederic Pujol, IDATE DigiWorld

CBRS

Viewers also liked

Robert Cooper - Ofcom - Bands under study for 5G

Simon Pike, SPF - Creating a vision for uk leadership in 5G

Johnny Dixon - BT - spectrum aspects of the draft EECC - techUK 161125

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.

UK Spectrum Policy Forum - Janette Stewart, Analysys Mason - Methods of spect...

Chanel

majw21

Cluster 1 Update

UK Spectrum Policy Forum - Professor Rahim Tafazolli, University of Surrey: 5...

UK Spectrum Policy Forum – Richard Peckham, UK Space - The Case for Space

ETSI mWT ISG

UK Spectrum Policy Forum - Alan March and Andrew Lillywhite, Sennheiser UK Lt...

Space for Smarter Government Programme (SSGP)

Jim Norton - NICC Open Forum

The document discusses the rise of total mobility and predictions about the future of wireless communications. It covers: - The background of the Spectrum Policy Forum and its goals of advising the government on spectrum management. - How wireless technologies have progressed rapidly from early mobile phones to smartphones and the rise of the internet of things. - A prediction from 12 years ago that by 2010 people would be carrying small devices replacing laptops and using extensive network services, which largely came true. - The move towards "total mobility" where any service accessed through wired networks will eventually have a wireless final connection. - A vision that in 10 years, the terms "fixed" and "mobile" will be obsolete as

UK Spectrum Policy Forum - Rachel Clark, Ofcom - Spectrum Sharing

Viewers also liked (13)

Robert Cooper - Ofcom - Bands under study for 5G

Simon Pike, SPF - Creating a vision for uk leadership in 5G

Johnny Dixon - BT - spectrum aspects of the draft EECC - techUK 161125

UK Spectrum Policy Forum - Janette Stewart, Analysys Mason - Methods of spect...

Chanel

Cluster 1 Update

UK Spectrum Policy Forum - Professor Rahim Tafazolli, University of Surrey: 5...

UK Spectrum Policy Forum – Richard Peckham, UK Space - The Case for Space

ETSI mWT ISG

UK Spectrum Policy Forum - Alan March and Andrew Lillywhite, Sennheiser UK Lt...

Space for Smarter Government Programme (SSGP)

Jim Norton - NICC Open Forum

UK Spectrum Policy Forum - Rachel Clark, Ofcom - Spectrum Sharing

Similar to Janette Stewart - Analysys Mason - Intro 5G Workshop

5G Spectrum Recommendations White Paper

Sitha Sok

5G submission by Simon Pike to the NIC

Simon Pike

5G: The Nervous System of the Digital Society, Digital Economy and Silver Eco...

Dr. David Soldani

Defining Future 5G Networks (Summary)

Digital Catapult

Cluster 1 workshop on spectrum implications of IoT

5G’s Impact on Telecom Infrastructure 2019 report by Yole Développement

Yole Developpement

The Future with 5G

Musa Enderer

5 g enabling_tech_tm_perspective_keysight_nov2014_cpqd_workshop

CPqD

1. The document discusses enabling technologies for 5G networks, which aim to support exponentially growing demand for wireless data by achieving speeds of 10 Gbps, coverage in crowded areas, 1 msec latency, and connectivity for over 30 billion devices. 2. 5G proposals include using higher mmWave spectrum bands, new physical/MAC layer technologies, full duplex, and fiber and data bus upgrades to support 1000x capacity increases. However, meeting demands for performance, availability, cost efficiency, and energy efficiency will require multiple technical solutions. 3. Setting a 5G agenda involves many players, including governments, companies, universities, and standards bodies. While 2020 is the target date, consensus is needed to avoid fragmentation.

Janette Stewart, Analysys Mason - Objectives and Work Plan for SPF Cluster 1

The document outlines the objectives and agenda for a workshop on future UHF spectrum policy in the UK. The objective of Cluster 1 is to promote a joined up understanding of current and future spectrum needs across UK users, including requirements for audio PMSE, future mobile including IoT, and future broadcast. Key topics to be discussed at the workshop include how 5G will emerge in the UK, spectrum needs for 5G, views on European Commission proposals for long-term UHF spectrum use, and views on future 5GHz spectrum needs. The agenda focuses on gaining a better understanding of current and future UHF spectrum needs and informing UK government policy.

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

The 5 g wireless ecosystem

Market Reports Center

S G Niri 5G Summit-2017

Shahram G Niri

Mobintec Ltd is an independent telecommunications consulting firm founded in 2002 in the UK. The document discusses Mobintec's Managing Director Dr. Shahram G Niri's presentation on 5G at the 5G World Summit in 2017. The presentation addresses lessons learned from previous network transitions and outlines challenges for the transition to 5G, including spectrum availability and harmonization, unclear business cases for early 5G deployment, and the need for cooperation across industries. It argues that 5G will require rethinking business models, policies, regulations and a shift toward more open, virtualized, and shared network architectures and spectrum ownership models.

Cellular IoT deployment: Regulatory Spectrum Management challenges and actions

Raquel Martin-Zeegelaar

The document discusses regulatory spectrum management challenges and actions needed for cellular IoT deployment in Suriname. It notes that some frequency bands assigned for mobile coverage have technology restrictions, and the regulator lacks visibility into spectrum usage. It recommends incentivizing IoT within existing licensing frameworks, following international harmonization, conducting spectrum monitoring, studying IoT technical aspects, and setting up a working group to facilitate IoT innovation. Actions include making spectrum provisions for licensed and unlicensed IoT, preparing for deployment, and identifying future demand bands.

5G Pathways to the next Generation Final Project

Vusani Ramadzhia

5G will be defined by international standards bodies by 2020 and promises improved speeds of 20 times faster than 4G, lower latency, and higher spectral efficiency. 5G aims to support new services and business models through enhanced mobile broadband, massive IoT, and ultra-reliable low latency communications. Challenges to 5G deployment in developing countries include lack of spectrum, small cell infrastructure, backhaul connectivity, compatible devices, and regulatory frameworks. South African mobile operators are conducting 5G trials while regulators work on policies to facilitate a competitive 5G rollout.

5G note

Pei-Che Chang

Scws 2017 keynote

Small Cell Forum

This document provides a summary of a keynote presentation given at the SCWS conference in May 2017 about the growth of small cell networks. The summary discusses: 1) How small cell networks have grown significantly since 2007, with over 18 million small cells now deployed and a variety of use cases providing business value. 2) Projections indicate continued strong growth in outdoor small cells driven by network densification, as well as indoor small cell revenue reaching $1.8 billion by 2021. 3) The Small Cell Forum plays a key role in driving small cell adoption through initiatives like case studies, outreach campaigns, and work to lower deployment barriers.

Advanced RF SiP for Cellphones 2017 report from Yole Développement

Yole Developpement

This document is a sample report from Yole Développement titled "Advanced RF SiP for Cell Phones 2017" that discusses packaging technologies and market forecasts for 5G radio frequency system-in-package solutions for smartphones. The report covers topics such as the methodology used, an executive summary of key findings, market drivers and trends related to 5G packaging, disruptions and opportunities in the supply chain, and technology roadmaps and forecasts through 2022 for RF SiP wafers, units, and revenue. It also profiles major players and discusses emerging packaging platforms that could be used for 5G solutions.

Haig Sarkissian: The Economic Impact of Femtocells on the 4G LTE Business Case

Small Cell Forum

Femtocells can provide coverage and capacity for 4G LTE networks by functioning as very small cells deployed in large numbers. A case study of deploying femtocells in New York City found they could reduce total capital expenditures by 63% and network operating expenses by 45%, lowering the total cost of ownership by 58% over 10 years compared to a network using just macrocells and microcells. While femtocells provide significant cost savings, deploying the hundreds of thousands needed requires addressing challenges around network management and consumer adoption.

The 5G Wireless Ecosystem: 2015 - 2025 - Technologies, Applications, Vertical...

LeeSam111

UK Spectrum Policy Forum - Simon Pike, Vodafone - 5G UK vision update plenary...

Similar to Janette Stewart - Analysys Mason - Intro 5G Workshop (20)

5G Spectrum Recommendations White Paper

5G submission by Simon Pike to the NIC

5G: The Nervous System of the Digital Society, Digital Economy and Silver Eco...

Defining Future 5G Networks (Summary)

Cluster 1 workshop on spectrum implications of IoT

5G’s Impact on Telecom Infrastructure 2019 report by Yole Développement

The Future with 5G

5 g enabling_tech_tm_perspective_keysight_nov2014_cpqd_workshop

Janette Stewart, Analysys Mason - Objectives and Work Plan for SPF Cluster 1

IDATE DigiWorld - From LTE to 5G keypoints

The 5 g wireless ecosystem

S G Niri 5G Summit-2017

Cellular IoT deployment: Regulatory Spectrum Management challenges and actions

5G Pathways to the next Generation Final Project

5G note

Scws 2017 keynote

Advanced RF SiP for Cellphones 2017 report from Yole Développement

Haig Sarkissian: The Economic Impact of Femtocells on the 4G LTE Business Case

The 5G Wireless Ecosystem: 2015 - 2025 - Technologies, Applications, Vertical...

UK Spectrum Policy Forum - Simon Pike, Vodafone - 5G UK vision update plenary...

More from techUK

Abhaya Sumanasena - Real Wireless - Spectrum Options

Anil Shukla - QinetiQ - spectrum policy forum-framework_qinetiq_030518_intro_...

Paul Howland - DSTL - SPF EM risk framework presentation v2

Peter Curnow-Ford - SPF Cluster 2 - Spectrum Access Evolution

Stephen Temple - 5GIC - Dynamic Spectrum Expansion for 21 May SPF

Nigel King - UK WISPA - Flexible Spectrum Access

Tony lavender - Plum Consulting - Flexible Spectrum Access Methods

Cliff Mason - Ofcom - Spectrum Awards, Access and Sharing

Tony lavender - Plum Consulting - incorporating social value into spectrum al...

Philip bates - Analysys Mason - spectrum policy forum 29 march 2018

Enabling Dynamic Spectrum Management

Nominet has developed expertise in dynamic spectrum management (DSM) through leading Ofcom trials in the UK and has built a global platform for DSM. Their role includes operating the UK's first geo-location database for TV white space frequencies and deploying the first commercial network using DSM on the Isle of Arran. Nominet is also working with regulators worldwide on adopting DSM and has deployed TVWS networks in the US and is developing solutions for 3.5GHz frequencies in the US. DSM provides benefits such as efficient flexible access while protecting incumbent users from interference.

Spectrum Requirements for Utilities

This document discusses spectrum needs for utilities to enable smart grid developments. It covers the following key points: 1) Utilities need additional spectrum capabilities to support distribution automation, distributed energy resources, improved response efficiency, and customer communications as part of developing smart grids. 2) Critical smart grid communication components include teleprotection, SCADA, utility voice networks, and CCTV, which will require expanded coverage to medium voltage and low voltage layers. 3) The document establishes generic communication service requirements for utilities, including data rates, volumes, latency, and availability needs for various protection, monitoring, and control applications. 4) Examples are provided of spectrum approaches taken in other countries like the Netherlands and proposals in Ireland

406MHz - 430MHz Sharing and Trials

The document discusses the 406.1-430 MHz frequency range and updates from the UK Spectrum Policy Forum meeting. It notes there appears to be demand for spectrum from multiple industry players in this range due to the UK UHF2 band plan. It also mentions the potential for increased sharing between the private sector and Ministry of Defense, subject to technical studies. Ofcom is establishing a group to examine the nature of demand in this area and consider remaining process issues.

CMU Update Review

The Spectrum Central Management Unit (CMU) is responsible for delivering the UK's public sector spectrum release programme and improving strategic spectrum use across government. The CMU brings a commercial and policy perspective to managing spectrum. Its objectives are to release spectrum from public to private use to generate economic and financial value. Over 384MHz of spectrum has already been released or shared towards the programme's 2022 target of releasing 750MHz below 10GHz. Challenges include changing spectrum needs, pressure for more efficient use, and balancing commercial and departmental priorities. Relationships and evidence are key to progressing decisions on release or sharing.

Sharing Defence Managed Spectrum - MOD

This document provides an update on sharing defence managed spectrum and upcoming work. It discusses the UK government's target to release 500 MHz of public sector spectrum by 2020 and 750 MHz by 2022. The Ministry of Defence manages around two-thirds of public sector spectrum. Key bands of interest for potential sharing include 406.2-430 MHz, 1427-1452 MHz, 2300-2350 MHz, 4800-4900 MHz, 5725-5850 MHz, and 7900-8400 MHz. Feasibility studies using paper modelling have been conducted for bands in the 2.3GHz and 1.4GHz ranges but proving the modelling and impact of capability loss present challenges. Over the next six months,

India Secondment

This document summarizes a presentation given by Shefali Sharma on her secondment to the British Deputy High Commission in Bengaluru, India from July to October 2017. The objectives of the secondment were to assess opportunities for UK space exports and Indian investment in the UK space industry, identify barriers faced by UK companies, and provide recommendations. Key opportunities identified included commercial and science space missions, smart cities projects, and telemedicine. Barriers included ISRO dominance, lack of UK awareness, and the competitive and relationship-driven nature of the Indian market. The presentation concludes with contact details for Shefali Sharma and her point of contact at the Department for International Trade.

DIT Space FDI

The document discusses strategies for attracting foreign direct investment (FDI) to support the growth of the UK space industry. It outlines an aim to attract high value FDI to help grow the industry to £40 billion by 2030. The Department for International Trade (DIT) Space Team's strategy involves developing relationships with existing foreign space companies in the UK as well as identifying new potential investors. The DIT provides services to support both UK companies exporting and attracting investment into the UK space sector. A new vision targets attracting 20 new space FDI opportunities per year through 2021 with an estimated £3 billion in additional investment. Recommendations include high-level government engagement, marketing the UK as a hub for space innovation, developing

Space Trade Negotiations Priorities

This document discusses priorities for UK space exports and trade negotiations following Brexit. It notes that the UK space industry generates over £5 billion in exports annually, with top markets in Europe, North America, Asia Pacific, and the Middle East. Key barriers include restricted government procurement, commercial restrictions, weak IP enforcement, and regulatory barriers. The document identifies priority countries for new trade agreements, including the US, India, China, Japan, and countries in the Gulf. It outlines opportunities and barriers in these markets, and provides examples of provisions in existing EU trade deals to boost space sector access. Officials seek industry feedback on identified priorities and barriers.

Feedback from USA Workshop

The document summarizes feedback from a UK workshop focused on opportunities in the US space market. Attendees identified strengths like small satellites and deployable systems, but also weaknesses such as a limited domestic market and technical base. Barriers to the UK exporting more to the US included difficulty seeing requirements, lack of direct marketing, and integrated US companies. The conclusion was that a strategy was needed to develop exports to major US buyers through improved promotion, intelligence, cooperation and connecting with investors.

Amberhawk - Law Enforcement Parts of the Data Protection Bill