The B4RN Project provides fiber internet access to rural communities through a not-for-profit community benefit society model. Local communities fund the infrastructure by purchasing shares and volunteering labor. B4RN designs and builds a fiber network for each parish that reaches every property with symmetrical 1Gbps speeds. The fiber backbone connects parishes through leased dark fiber and B4RN's own switching infrastructure, providing redundancy. So far B4RN has built networks for 75 parishes across 2000 square kilometers, connecting 3800 properties at a cost of around £700 per property.
The document summarizes several UK government broadband initiatives:
1. The Superfast Broadband program invested £1.7 billion to extend broadband coverage to 95% of UK premises by 2017, reaching over 4.5 million premises. Additional funding may cover up to 2% more.
2. The Better Broadband Scheme provides subsidies up to £350 for broadband access below 2Mbps, supporting over 10,000 premises since 2016.
3. The 5G Testbeds & Trials Programme aims to establish 5G deployment conditions and foster the UK 5G ecosystem, with initial funding for 3 university test networks.
4. Other programs include the Universal Service Obligation for 10Mbps broadband by 2020,
The Central Superfast Broadband Project is a partnership between four local authorities aiming to deliver superfast broadband coverage to 100% of the area. They have secured over £17 million in funding to deliver projects bringing superfast speeds to over 57,000 premises. A new £3.48 million tender is being launched to address the remaining 12,000 premises without access. The tender process will begin in March 2017 seeking innovative solutions to maximize coverage of reliable, scalable, and upgradable networks meeting customer needs through partnership and ensuring value for money.
The document discusses strategies for connecting rural and remote areas to broadband networks, including pushing fiber infrastructure as far as possible, optimizing available fiber access, having a committed rollout plan, and creating a vehicle for coordinated interventions. It also presents an approach to lotting areas for the main intervention, starting with large urban areas and progressing to very remote rural areas.
Superfast Cornwall was a £132 million partnership that brought fibre broadband to 100% of the region, with 80% fibre coverage. This transformed the rural economy, connecting over 10,000 businesses and creating 4,000 new jobs. An evaluation found the programme increased GDP by £186 million already and was on track to boost it by over £250 million by mid-2016, all from just £53.5 million in EU funds. The success demonstrates that public-private partnerships are an essential model for deploying broadband in rural and less commercially viable areas.
Rural broadband access is essential for rural economic growth but is often inadequate due to market failures. Current UK rural broadband initiatives are fragmented and complex, driving inefficiency. A new holistic policy framework is needed that sets clear objectives, recognizes regional differences, is demand-driven, considers a range of technologies, and removes uncertainty to better support rural broadband infrastructure rollout.
The document discusses fiber connectivity in Europe and the UK. It provides rankings showing where the UK falls compared to other European countries in terms of fiber deployment and adoption. The UK lags behind many other European nations, with only 12 out of 31 countries having fiber penetration rates above 20%. The document also discusses the costs of deploying fiber networks across Europe, policies to drive fiber investment, and the socioeconomic benefits of fiber connectivity.
Phase 1 of the Connecting Devon and Somerset project is 80% complete, having brought fiber connectivity to over 1100 communities and 262,000 premises, with 221,000 able to access speeds up to 80 mbps. 56,000 premises have signed up for the superfast broadband provided through the project. A contract was awarded to improve broadband for 5,800 premises in Dartmoor and Exmoor by the end of 2016. A new procurement process is underway to bring connectivity to the remainder of the region through a technology neutral approach.
The B4RN Project provides fiber internet access to rural communities through a not-for-profit community benefit society model. Local communities fund the infrastructure by purchasing shares and volunteering labor. B4RN designs and builds a fiber network for each parish that reaches every property with symmetrical 1Gbps speeds. The fiber backbone connects parishes through leased dark fiber and B4RN's own switching infrastructure, providing redundancy. So far B4RN has built networks for 75 parishes across 2000 square kilometers, connecting 3800 properties at a cost of around £700 per property.
The document summarizes several UK government broadband initiatives:
1. The Superfast Broadband program invested £1.7 billion to extend broadband coverage to 95% of UK premises by 2017, reaching over 4.5 million premises. Additional funding may cover up to 2% more.
2. The Better Broadband Scheme provides subsidies up to £350 for broadband access below 2Mbps, supporting over 10,000 premises since 2016.
3. The 5G Testbeds & Trials Programme aims to establish 5G deployment conditions and foster the UK 5G ecosystem, with initial funding for 3 university test networks.
4. Other programs include the Universal Service Obligation for 10Mbps broadband by 2020,
The Central Superfast Broadband Project is a partnership between four local authorities aiming to deliver superfast broadband coverage to 100% of the area. They have secured over £17 million in funding to deliver projects bringing superfast speeds to over 57,000 premises. A new £3.48 million tender is being launched to address the remaining 12,000 premises without access. The tender process will begin in March 2017 seeking innovative solutions to maximize coverage of reliable, scalable, and upgradable networks meeting customer needs through partnership and ensuring value for money.
The document discusses strategies for connecting rural and remote areas to broadband networks, including pushing fiber infrastructure as far as possible, optimizing available fiber access, having a committed rollout plan, and creating a vehicle for coordinated interventions. It also presents an approach to lotting areas for the main intervention, starting with large urban areas and progressing to very remote rural areas.
Superfast Cornwall was a £132 million partnership that brought fibre broadband to 100% of the region, with 80% fibre coverage. This transformed the rural economy, connecting over 10,000 businesses and creating 4,000 new jobs. An evaluation found the programme increased GDP by £186 million already and was on track to boost it by over £250 million by mid-2016, all from just £53.5 million in EU funds. The success demonstrates that public-private partnerships are an essential model for deploying broadband in rural and less commercially viable areas.
Rural broadband access is essential for rural economic growth but is often inadequate due to market failures. Current UK rural broadband initiatives are fragmented and complex, driving inefficiency. A new holistic policy framework is needed that sets clear objectives, recognizes regional differences, is demand-driven, considers a range of technologies, and removes uncertainty to better support rural broadband infrastructure rollout.
The document discusses fiber connectivity in Europe and the UK. It provides rankings showing where the UK falls compared to other European countries in terms of fiber deployment and adoption. The UK lags behind many other European nations, with only 12 out of 31 countries having fiber penetration rates above 20%. The document also discusses the costs of deploying fiber networks across Europe, policies to drive fiber investment, and the socioeconomic benefits of fiber connectivity.
Phase 1 of the Connecting Devon and Somerset project is 80% complete, having brought fiber connectivity to over 1100 communities and 262,000 premises, with 221,000 able to access speeds up to 80 mbps. 56,000 premises have signed up for the superfast broadband provided through the project. A contract was awarded to improve broadband for 5,800 premises in Dartmoor and Exmoor by the end of 2016. A new procurement process is underway to bring connectivity to the remainder of the region through a technology neutral approach.
This document provides an overview of the requirements for demonstrating compliance with State aid rules for broadband projects receiving public funding in the UK. It discusses the key definitions around Next Generation Access (NGA) networks and the technical assessment process used by BDUK to evaluate proposals. The technical assessment considers factors like network design, speed capabilities, wholesale access terms. Evidence must be quantitative and supported by references. Templates and guidance are available online to help suppliers complete the assessment.
This document summarizes CityFibre's plans to build full fiber infrastructure in UK cities to support 5G and gigabit internet access. CityFibre currently serves 42 cities and plans to reach 100 towns and cities by building fiber spine networks, with the goal of passing 5 million premises by 2025. They will offer wholesale fiber services to internet providers to deliver fiber-to-the-home. CityFibre's network will provide backhaul fiber for 5G small cells and they see synergies between 5G wireless and fiber infrastructure buildout. Their approach involves working with local authorities and public sector anchor tenants to efficiently deploy full fiber networks.
DWS16 - Future networks forum - Gabrielle Gauthey, Groupe Caisse des dépotsIDATE DigiWorld
The document discusses various government initiatives to promote gigabit broadband access around the world. It notes that the gigabit race is more prevalent in countries where local and national authorities are directly involved, with the objective of ensuring powerful infrastructure coverage. Private sector players offering 1 Gbps plans do so to enhance their image as innovators. Gigabit access is available in certain areas of countries like New Zealand, Canada, USA, parts of Europe and Asia, while broader populations in Latin America and the Middle East only have basic broadband access.
1) Airband provides high-speed broadband to rural areas using fixed wireless microwave technology, offering speeds between 30Mbps to 1Gbps.
2) As a smaller independent ISP, Airband is able to focus on serving communities neglected by larger providers and offer more specialized and personal customer service.
3) Airband aims to provide superfast broadband to 6,000 properties across Dartmoor and Exmoor not reached by traditional fiber solutions, with completion of the project scheduled for June 2016.
Digital infrastructure will be critical for the UK's economy in the 21st century as the digital economy currently represents 12.4% of GDP. However, without further investment the UK risks falling behind internationally, as it currently ranks 9th out of 18 countries for 4G and 17th out of 19 countries for full fiber broadband. Key issues that need to be addressed include how to best invest in ultrafast and 5G networks, how to achieve universal broadband provision beyond the minimum standard, how regulation will work outside the EU, and how to build resilience into smart systems from the beginning.
Gigaclear is a privately funded telecom company that builds fiber optic broadband networks in rural communities, offering speeds from 50-5000 Mbps. They have won multiple government contracts to build networks covering over 24,000 homes. Fiber to the premises (FTTP) technology provides better speeds and reliability than fiber to the cabinet (FTTC). Customers can stream and download content, work from home, use smart devices, and run businesses more effectively with ultrafast broadband. Case studies demonstrate the benefits for both residential and business users.
BDUK has delivered broadband access to over 4 million UK premises to date through Phases 1 and 2 and is expected to reach 5 million total premises. BDUK funding of £1.7 billion has expanded coverage from 45% to over 95% of UK premises. Additional premises will be covered through commercial rollout, BDUK contracts, and regulatory measures. BDUK provides support to suppliers and outlines an indicative procurement pipeline for upcoming broadband expansion projects.
The document discusses lessons learned from broadband network development in Scandinavia. It notes that 71% of Swedish households and businesses have access to minimum 100Mbps broadband, with fiber emerging as the dominant technology. Key lessons include: fiber is a long-term infrastructure investment that requires securing a first-mover advantage; operational efficiency is crucial for long-term success, requiring achieving operational excellence and keeping ongoing expenses low; and an ecosystem with multiple players each focusing on their strengths is effective.
This document discusses using satellite internet to provide broadband access to rural and remote areas not served by traditional providers. It notes that satellite can reach the "final 5%" not covered by other technologies. The company, Satellite Internet, is piloting a 25 Mbps satellite service through the BDUK program to test serving areas with 100% broadband coverage. It outlines service plans for the pilot and compares costs to other subsidy schemes. The document also discusses satellite internet capabilities now and in the future as the technology continues to advance.
The document summarizes two UK government digital infrastructure programs: the Local Full Fibre Networks Programme and the 5G Testbeds and Trials Programme. The Local Full Fibre Networks Programme aims to stimulate commercial investment in full fibre networks through a £200m challenge fund for local projects. The first wave of projects will test four delivery mechanisms. The 5G Testbeds and Trials Programme aims to help deploy 5G and establish UK leadership in 5G through test networks and business projects, with an initial £16m for university networks and £25m competition.
The CDS Programme aims to deliver broadband infrastructure to rural communities in Devon and Somerset. The objectives are to deliver business growth, support social needs, and enable public sector transformation. The ITT will seek bids to deliver at least 95% next generation access coverage by 2017, and 100% coverage by 2020. Successful bidders will be expected to jointly develop a communications plan and contribute to demand stimulation activities. Evaluation will consider both coverage and value for money.
The document describes Magdalene and MGroup Services, which provide infrastructure services and network operations for regulated utilities, transport, telecom and data companies. It offers multi-year framework agreements and services including maintenance, repair, installation and more. The challenges of operating alternative networks are also discussed, including varied technologies, commercial issues, and the need for 24/7 support across multiple technologies and vendors. Magdalene's vision is to support alternative networks through its 24/7 carrier class managed services while leveraging existing infrastructure and alignment with wholesale service levels.
DWS16 - Future networks forum - Luis Alveirinho, Portugal TelecomIDATE DigiWorld
Portugal Telecom has committed to investing 500 million euros by 2020 to expand its fiber optic network to reach over 5.3 million homes passed, achieving over 90% fiber penetration of Portuguese households. This fiber strategy aligns with the European Commission's goals of universal broadband availability and increasing internet speeds. Portugal Telecom has been a leader in fiber deployment since 2007 and now has over 3 million homes passed with fiber. Investing in fiber is key to developing new services and innovations while future-proofing the network for higher speeds like gigabit connectivity.
1. Openreach announced strengthened governance and operational changes to become more transparent and accountable, including establishing a new board with a majority of independent members and rebranding to remove references to BT.
2. Openreach outlined strategies to deliver improved customer service, exceed the UK government's broadband targets, and extend its ultrafast broadband rollout to reach more homes and businesses.
3. Openreach discussed collaborating with stakeholders like government, regulators, and service providers to address challenges and opportunities in maintaining the UK's digital economy through continued network investment.
The document discusses the UK government's SuperConnected Cities Programme which invests up to £150 million to improve broadband access in 22 major cities. It provides broadband connection vouchers of up to £3,000 for small and medium enterprises to cover installation costs. Over 5,500 vouchers have been issued since the programme was re-launched in September 2014. The programme aims to issue 10,000 vouchers by March 2015 and has been extended until March 2016 with additional £40 million funding.
The document discusses satellite internet's role in achieving universal service obligations (USO) by providing broadband access to remote areas. It notes that satellite internet can currently provide a minimum of 2Mbps speeds about anywhere, meeting the USO definition. However, the scope and definition of a USO, such as what download speeds and data allowances are required, have cost implications and may require public subsidies for remote installations. New high throughput satellite technologies provide more bandwidth and data at lower costs, making satellite internet a viable solution to deliver essential broadband services to low population density and remote areas as part of a USO.
Hyperoptic and Gigaclear gave presentations at an INCA conference on building gigabit Britain one year on from their initial focus. Hyperoptic has connected 400,000 homes in 28 UK cities to fiber with 1 Gbps internet speeds, and plans to connect 2 million homes by 2022 and 5 million by 2025 through retrofitting and new builds. They received £100 million in debt funding from Soros' QSP fund and management. Gigaclear supports the goal of a gigabit Britain and made recommendations including setting a national gigabit strategy, removing barriers to fiber deployment, encouraging fiber investment, ensuring efficient use of public funds, having accurate advertising of internet technologies, and prioritizing fiber
DWS16 - Future Networks forum - Anna Krzyzanowska European CommissionIDATE DigiWorld
The document discusses the European Union's goals for a Gigabit society by 2025, including providing extremely high connectivity (gigabit speeds) to socio-economic drivers and digitally intensive enterprises, access to connectivity offering at least 100 Mbps download speeds to all households across Europe, and uninterrupted 5G coverage in all urban areas and along major transport paths by 2020. These objectives will be achieved through modernizing telecoms rules, providing free public WiFi access across Europe, and coordinating a 2020 timeline for 5G commercialization. Funding may come from the European Fund for Strategic Investments, European Structural and Investment Funds, and Connecting Europe Broadband Fund.
This document discusses promoting broadband infrastructure investment in the UK. It recognizes the importance of fixed and mobile connectivity. The regulator's job is to encourage competition to drive investment. The document discusses Ofcom's interventions like duct and pole access to encourage fiber deployment by multiple providers and lower costs. Illustrations show duct access could cut costs by 50% and reduce payback periods. Recent investments by providers in fiber are promising signs the regulator's actions are having the intended effects.
PIA is part of Openreach's DPA program that allows communication providers (CPs) to use Openreach's physical infrastructure like ducts and poles to facilitate fiber network rollouts. Using PIA can reduce capital expenditures per premise by 25-60% while allowing for faster and less disruptive deployments with higher yields. PIA is estimated to provide around 70% availability across the UK. While PIA products and pricing are well advanced, some ambiguities remain such as draft caps proposed for enablement work of £4-6k per kilometer. CPs can select contractors to complete enablement work or work directly with Openreach. Openreach reference offers are due by end of 2017 with a complete PIA
1) The Local Full Fibre Networks Programme aims to stimulate investment in full fibre connectivity for homes, businesses, and 5G masts in the UK. It has provided £290 million in funding through various mechanisms.
2) The funding mechanisms include a challenge fund that provided £95 million to 13 projects, public sector building upgrades, asset reuse agreements, and broadband vouchers.
3) Future phases include a project pipeline (formerly called "Wave 3") to provide additional funding on a competitive basis to local areas with strategic plans that meet national objectives.
This document provides an overview of the requirements for demonstrating compliance with State aid rules for broadband projects receiving public funding in the UK. It discusses the key definitions around Next Generation Access (NGA) networks and the technical assessment process used by BDUK to evaluate proposals. The technical assessment considers factors like network design, speed capabilities, wholesale access terms. Evidence must be quantitative and supported by references. Templates and guidance are available online to help suppliers complete the assessment.
This document summarizes CityFibre's plans to build full fiber infrastructure in UK cities to support 5G and gigabit internet access. CityFibre currently serves 42 cities and plans to reach 100 towns and cities by building fiber spine networks, with the goal of passing 5 million premises by 2025. They will offer wholesale fiber services to internet providers to deliver fiber-to-the-home. CityFibre's network will provide backhaul fiber for 5G small cells and they see synergies between 5G wireless and fiber infrastructure buildout. Their approach involves working with local authorities and public sector anchor tenants to efficiently deploy full fiber networks.
DWS16 - Future networks forum - Gabrielle Gauthey, Groupe Caisse des dépotsIDATE DigiWorld
The document discusses various government initiatives to promote gigabit broadband access around the world. It notes that the gigabit race is more prevalent in countries where local and national authorities are directly involved, with the objective of ensuring powerful infrastructure coverage. Private sector players offering 1 Gbps plans do so to enhance their image as innovators. Gigabit access is available in certain areas of countries like New Zealand, Canada, USA, parts of Europe and Asia, while broader populations in Latin America and the Middle East only have basic broadband access.
1) Airband provides high-speed broadband to rural areas using fixed wireless microwave technology, offering speeds between 30Mbps to 1Gbps.
2) As a smaller independent ISP, Airband is able to focus on serving communities neglected by larger providers and offer more specialized and personal customer service.
3) Airband aims to provide superfast broadband to 6,000 properties across Dartmoor and Exmoor not reached by traditional fiber solutions, with completion of the project scheduled for June 2016.
Digital infrastructure will be critical for the UK's economy in the 21st century as the digital economy currently represents 12.4% of GDP. However, without further investment the UK risks falling behind internationally, as it currently ranks 9th out of 18 countries for 4G and 17th out of 19 countries for full fiber broadband. Key issues that need to be addressed include how to best invest in ultrafast and 5G networks, how to achieve universal broadband provision beyond the minimum standard, how regulation will work outside the EU, and how to build resilience into smart systems from the beginning.
Gigaclear is a privately funded telecom company that builds fiber optic broadband networks in rural communities, offering speeds from 50-5000 Mbps. They have won multiple government contracts to build networks covering over 24,000 homes. Fiber to the premises (FTTP) technology provides better speeds and reliability than fiber to the cabinet (FTTC). Customers can stream and download content, work from home, use smart devices, and run businesses more effectively with ultrafast broadband. Case studies demonstrate the benefits for both residential and business users.
BDUK has delivered broadband access to over 4 million UK premises to date through Phases 1 and 2 and is expected to reach 5 million total premises. BDUK funding of £1.7 billion has expanded coverage from 45% to over 95% of UK premises. Additional premises will be covered through commercial rollout, BDUK contracts, and regulatory measures. BDUK provides support to suppliers and outlines an indicative procurement pipeline for upcoming broadband expansion projects.
The document discusses lessons learned from broadband network development in Scandinavia. It notes that 71% of Swedish households and businesses have access to minimum 100Mbps broadband, with fiber emerging as the dominant technology. Key lessons include: fiber is a long-term infrastructure investment that requires securing a first-mover advantage; operational efficiency is crucial for long-term success, requiring achieving operational excellence and keeping ongoing expenses low; and an ecosystem with multiple players each focusing on their strengths is effective.
This document discusses using satellite internet to provide broadband access to rural and remote areas not served by traditional providers. It notes that satellite can reach the "final 5%" not covered by other technologies. The company, Satellite Internet, is piloting a 25 Mbps satellite service through the BDUK program to test serving areas with 100% broadband coverage. It outlines service plans for the pilot and compares costs to other subsidy schemes. The document also discusses satellite internet capabilities now and in the future as the technology continues to advance.
The document summarizes two UK government digital infrastructure programs: the Local Full Fibre Networks Programme and the 5G Testbeds and Trials Programme. The Local Full Fibre Networks Programme aims to stimulate commercial investment in full fibre networks through a £200m challenge fund for local projects. The first wave of projects will test four delivery mechanisms. The 5G Testbeds and Trials Programme aims to help deploy 5G and establish UK leadership in 5G through test networks and business projects, with an initial £16m for university networks and £25m competition.
The CDS Programme aims to deliver broadband infrastructure to rural communities in Devon and Somerset. The objectives are to deliver business growth, support social needs, and enable public sector transformation. The ITT will seek bids to deliver at least 95% next generation access coverage by 2017, and 100% coverage by 2020. Successful bidders will be expected to jointly develop a communications plan and contribute to demand stimulation activities. Evaluation will consider both coverage and value for money.
The document describes Magdalene and MGroup Services, which provide infrastructure services and network operations for regulated utilities, transport, telecom and data companies. It offers multi-year framework agreements and services including maintenance, repair, installation and more. The challenges of operating alternative networks are also discussed, including varied technologies, commercial issues, and the need for 24/7 support across multiple technologies and vendors. Magdalene's vision is to support alternative networks through its 24/7 carrier class managed services while leveraging existing infrastructure and alignment with wholesale service levels.
DWS16 - Future networks forum - Luis Alveirinho, Portugal TelecomIDATE DigiWorld
Portugal Telecom has committed to investing 500 million euros by 2020 to expand its fiber optic network to reach over 5.3 million homes passed, achieving over 90% fiber penetration of Portuguese households. This fiber strategy aligns with the European Commission's goals of universal broadband availability and increasing internet speeds. Portugal Telecom has been a leader in fiber deployment since 2007 and now has over 3 million homes passed with fiber. Investing in fiber is key to developing new services and innovations while future-proofing the network for higher speeds like gigabit connectivity.
1. Openreach announced strengthened governance and operational changes to become more transparent and accountable, including establishing a new board with a majority of independent members and rebranding to remove references to BT.
2. Openreach outlined strategies to deliver improved customer service, exceed the UK government's broadband targets, and extend its ultrafast broadband rollout to reach more homes and businesses.
3. Openreach discussed collaborating with stakeholders like government, regulators, and service providers to address challenges and opportunities in maintaining the UK's digital economy through continued network investment.
The document discusses the UK government's SuperConnected Cities Programme which invests up to £150 million to improve broadband access in 22 major cities. It provides broadband connection vouchers of up to £3,000 for small and medium enterprises to cover installation costs. Over 5,500 vouchers have been issued since the programme was re-launched in September 2014. The programme aims to issue 10,000 vouchers by March 2015 and has been extended until March 2016 with additional £40 million funding.
The document discusses satellite internet's role in achieving universal service obligations (USO) by providing broadband access to remote areas. It notes that satellite internet can currently provide a minimum of 2Mbps speeds about anywhere, meeting the USO definition. However, the scope and definition of a USO, such as what download speeds and data allowances are required, have cost implications and may require public subsidies for remote installations. New high throughput satellite technologies provide more bandwidth and data at lower costs, making satellite internet a viable solution to deliver essential broadband services to low population density and remote areas as part of a USO.
Hyperoptic and Gigaclear gave presentations at an INCA conference on building gigabit Britain one year on from their initial focus. Hyperoptic has connected 400,000 homes in 28 UK cities to fiber with 1 Gbps internet speeds, and plans to connect 2 million homes by 2022 and 5 million by 2025 through retrofitting and new builds. They received £100 million in debt funding from Soros' QSP fund and management. Gigaclear supports the goal of a gigabit Britain and made recommendations including setting a national gigabit strategy, removing barriers to fiber deployment, encouraging fiber investment, ensuring efficient use of public funds, having accurate advertising of internet technologies, and prioritizing fiber
DWS16 - Future Networks forum - Anna Krzyzanowska European CommissionIDATE DigiWorld
The document discusses the European Union's goals for a Gigabit society by 2025, including providing extremely high connectivity (gigabit speeds) to socio-economic drivers and digitally intensive enterprises, access to connectivity offering at least 100 Mbps download speeds to all households across Europe, and uninterrupted 5G coverage in all urban areas and along major transport paths by 2020. These objectives will be achieved through modernizing telecoms rules, providing free public WiFi access across Europe, and coordinating a 2020 timeline for 5G commercialization. Funding may come from the European Fund for Strategic Investments, European Structural and Investment Funds, and Connecting Europe Broadband Fund.
This document discusses promoting broadband infrastructure investment in the UK. It recognizes the importance of fixed and mobile connectivity. The regulator's job is to encourage competition to drive investment. The document discusses Ofcom's interventions like duct and pole access to encourage fiber deployment by multiple providers and lower costs. Illustrations show duct access could cut costs by 50% and reduce payback periods. Recent investments by providers in fiber are promising signs the regulator's actions are having the intended effects.
PIA is part of Openreach's DPA program that allows communication providers (CPs) to use Openreach's physical infrastructure like ducts and poles to facilitate fiber network rollouts. Using PIA can reduce capital expenditures per premise by 25-60% while allowing for faster and less disruptive deployments with higher yields. PIA is estimated to provide around 70% availability across the UK. While PIA products and pricing are well advanced, some ambiguities remain such as draft caps proposed for enablement work of £4-6k per kilometer. CPs can select contractors to complete enablement work or work directly with Openreach. Openreach reference offers are due by end of 2017 with a complete PIA
1) The Local Full Fibre Networks Programme aims to stimulate investment in full fibre connectivity for homes, businesses, and 5G masts in the UK. It has provided £290 million in funding through various mechanisms.
2) The funding mechanisms include a challenge fund that provided £95 million to 13 projects, public sector building upgrades, asset reuse agreements, and broadband vouchers.
3) Future phases include a project pipeline (formerly called "Wave 3") to provide additional funding on a competitive basis to local areas with strategic plans that meet national objectives.
The rural areas of Shropshire and Herefordshire have connectivity problems due to their sparse populations and remote locations. Incumbent providers favor more profitable urban areas, leaving many rural communities with poor broadband and mobile coverage. The Herefordshire Community Networks CIC is addressing this issue by building fiber networks in hard to reach rural communities like Dewsall/Callow. Through a combination of community shares and public funding, they are able to install fiber networks at a lower cost than incumbent providers and achieve higher subscriber rates. Their model demonstrates that with local champions and alternative funding approaches, world-class connectivity can be achieved even in remote rural areas.
The Koochiching Technology Initiative aims to expand broadband access in Koochiching County through partnerships with existing providers. A community survey found that 65% of businesses believe poor internet puts them at a competitive disadvantage while 61% would not pay more for better internet. The plan identifies five areas of need totaling 1,493 unserved locations that could be reached by developing fiber builds partnering with an existing cable operator in one area and cooperative broadband provider in four other areas. The estimated total cost is $6.3 million to connect 747 customers at an average of $8,533 per customer.
The document summarizes presentations from the Herefordshire Broadband Summit. It discusses various rural broadband projects in the UK, including one in Rutland that deployed fiber broadband to remote areas. It also discusses allpay's efforts to provide broadband access to more rural communities in Herefordshire using church towers. BT discusses its next generation access plans to bring fiber to two-thirds of UK premises by 2015 and potential partnership models for rural broadband rollout.
The document outlines the UK government's 2015-2017 agenda to expand broadband access:
1. Reach 95% superfast broadband coverage by 2017 and develop options to expand beyond 95%
2. Ensure universal access to minimum 2Mbps broadband by end of 2015
3. Invest £40 million in 50 cities to provide broadband vouchers for small and medium businesses
HCC Superfast Broadband Business Support Workshops 2014Glenn Peacey
Hampshire Superfast Broadband Business Support Workshop programme - February to March 2014
28 January - Basingstoke
4 February - Liphook
5 February - 1000 Lakeside, Portsmouth
12 February - Brockenhurst
18 February - Winchester Guildhall
28 February - Andover
5 March - Tech Hub, Eastleigh
What challenges does Rural broadband face in the UK?
A manufacturer´s perspective. Emtelle have supported B4RN and delivered the blown fibre to the shareholders. Write info@emtelle.com for more info
What are the challenges for Rural Broadband? Here is a manufacturer´s perspective. Emtelle has supported B4RN for years -supplying blown fibre to rural areas. Contact info@emtelle.com for more info. On twitter you can also search for #ftthshowtell
What are the challenges for Rural Broadband. Here is a manufacturer´s perspective from Emtelle. Get in touch info@emtelle.com. Check www.emtelle.com for more info
Broadway Partners with Enterprise PE have launched the Rural Broadband EIS Fund as a tax efficient way to invest in the delivery of superfast broadband projects in the UK
Fastershire is a partnership between Herefordshire and Gloucestershire Councils that aims to deliver next generation broadband (NGA) to rural areas that have not been commercially viable for providers to reach. The £35 million project will deploy fiber optic and other technologies to deliver minimum speeds of 2Mbps to 100% of eligible premises by 2016, with 90% receiving fiber to the cabinet or premises. The summary provides key details about the timeline, rollout plan, and support available to businesses.
This document summarizes a study on closing gaps in access to information and communication technologies (ICTs) in Kenya. It finds that while 94.4% of the population has access to 2G voice services, 5.6% (2.66 million people) remain unserved, with some areas having no coverage. Access to 3G data services reaches 78% of the population but only 17% of the land area. The document proposes two priority projects for the 2016/17 fiscal year to close these gaps: 1) Expanding voice infrastructure to 214 sub-locations to cover an estimated 693,000 people at a cost of $22.6 million. 2) Connecting 1,000 secondary schools and other institutions to
Dean Creamer, Deputy Director, Broadband Delivery UK (BDUK)Lucia Garcia
The document discusses the objectives and progress of Broadband Delivery UK (BDUK) in improving broadband connectivity across the UK. Key points include:
1) BDUK's goals to provide superfast broadband to 90% of UK premises by early 2016 and 95% by late 2017, as well as universal standard broadband.
2) An update that BDUK has connected over 4 million additional premises so far, bringing the total to over 25.8 million with superfast broadband.
3) BDUK is continuing efforts to reach and exceed the 95% target through ongoing contracts and new procurements to serve unserved areas.
1) The BDUK programme has expanded superfast broadband coverage to nearly 90% of UK homes and businesses, up from 45% in 2010, and aims to reach 95% by December 2017.
2) To date, BDUK has added over 3.8 million superfast broadband premises and aims to reach 4 million by spring/early summer 2016.
3) Pilot projects testing new broadband delivery models in hard to reach areas found that alternative providers can cost-effectively provide reliable superfast speeds using various technologies, and that communities can support broadband expansion.
FTTH Deployment in Ireland: Eir's experiences (workshop FTTH EU Conference 2016)Comsof
Ireland is an interesting market to focus on, as FTTH deployment in Ireland involves different players, varying types of population densities and different architectures and deployment methods. The very competitive market structure in some parts of the country is countered by government involvement to improve the infrastructure for rural areas. Eir’s Senior Access Strategist, David Renehan will explain how they handle all these difficulties and will highlight their learnings from the project, while experts from Comsof and GE dive into specific issues in the planning and deployment process.
This is the presentation from a workshop at the FTTH EU Conference 2016 titled "Learning from Real life cases - key success factors during preparation of a FTTH rollout" organized by iMinds, GE and FiberPlanIT.
The Lancashire Superfast Broadband program aims to expand broadband access across Lancashire. Through collaboration with various partners, the program has provided fiber broadband access to over 137,000 premises so far. The Superfast Lancashire extension program will invest up to £7.34 million to connect an additional 12,000 rural premises by 2018. Challenges for the future include managing increased broadband usage and the potential impacts of Brexit on funding resources to connect the remaining 1% of premises.
Varied forms of public sector involvement in broadband: Australia and New Zea...IDATE DigiWorld
Fernando Beltran, Senior Lecturer, University of Auckland
Fernando Beltrán (f.beltran@auckland.ac.nz) is a Senior Lecturer with the Department of Information Systems and Operations Management of The University of Auckland Business School. He received a B.E. in Electrical Engineering from Universidad de Los Andes in Bogotá, Colombia, and a Ph.D. in Applied Mathematics from State University of New York at Stony Brook, USA.
His research interests include the economics of service competition in open-access Next-Generation platforms, the digital dividend, and the efficient sharing and allocation of radio spectrum. He has pioneered the application of agent-based computational methods to simulate and analyse new conditions of competition and regulation in Next-Generation networks and the consumer’s fibre uptake problem in the context of national broadband deployments.
An academic visitor to the US FCC, CITI Columbia University Business School, EECS Department of UC Berkeley, INRIA Rennes, France, and UPC Barcelona, Spain, he has consulted for various government agencies and telecommunications operators in New Zealand, Colombia, Uruguay and the United States.
This presentation discusses options for the City of College Station to provide broadband internet access to underserved citizens. It outlines 3 options: 1) partnering with an internet service provider who would manage services, 2) having the city manage services directly, or 3) partnering with a new provider to lay fiber. Considerations for each option include management of contracts, support, funding sources, sustainability, and technology/digital literacy limitations. Next steps proposed are for city council direction and further exploration of options, costs, partnerships and rollout plans to address the digital divide in the community.
Similar to Fastershire Programme Rural Gigabit Future: Herefordshire & Gloucestershire 30/04/2019 (20)
Esri is a global company with 140 offices in 67 countries employing 20,000 professionals that generates $1.4 billion in revenue annually and serves over 350,000 clients worldwide. Richard Stevenson is the Telecoms Commercial Lead at Esri UK and will be presenting on leveraging ArcGIS for open source/business support systems integration to maximize business value and impact.
Mapping, standards, and switching are essential topics for effective network design and operations. Mapping provides a single version of geographic data for public assets which enables better network design with lower costs. Adopting common standards facilitates clearer communication and allows for competition. Establishing standard switching processes makes deployment easier for customers and provides opportunities for industry to deliver more widespread, faster, and cost-effective broadband coverage.
This document discusses Sweden's fibre market and provides advice for companies preparing to enter the wholesale fibre market. It notes that Sweden has high fibre connectivity, with 3 out of 4 households having access to 100+ Mbps and 8 out of 10 having fibre access. It recommends starting wholesale operations from the beginning to facilitate the transition and standardizing operations to attract and serve large service providers. It also stresses the importance of providing tools to service providers and customers to ensure a seamless customer journey.
The document contains testimonials from customers of GeoPal praising features of their mobile data collection solution like configurable forms, offline functionality, and API integration. It also summarizes benefits like replacing paperwork, streamlining subcontractor management, and providing transparency and improved decision making through reports and insights. One customer quotes saving 120 man days on a project through digital transformation with GeoPal.
This document discusses fibre tooling innovations from Fibre Tooling Innovations, including modular work platforms called Polemate and Pitmate for installing telecommunication equipment on poles or in pits. It also describes an upcoming fibre installation gun called the F.I.G. for blowing fibre to homes or premises up to 500 meters in distance. Additional upcoming products include an expanded range of overhead and underground products to support physical infrastructure access and a new tester for identifying fibre in microducts without cutting the duct.
The document discusses Obelisk's services for fixed line and mobile telecommunications infrastructure, including design, build, and maintenance. It provides details on their fiber to the home (FTTH) project where they have passed 40,000 homes to date and have 50,000 additional homes in build. The document outlines their design, survey, and build process for fiber networks and notes design is done to cost with a fixed price model. It discusses timescales, methodologies, and requirements for successful projects.
This document summarizes a presentation about elastic network capacity given by Matt Burley of ECI Telecom. It discusses how technological advances and trends like video streaming, cloud services, 5G, and the Internet of Things are driving an exponential need for more network bandwidth. This has led to a new era for telecommunications networks that require integrated networks that can efficiently provide dynamic capacity where and when it is needed. The presentation argues that organizations able to make their networks agile and elastic through converged transport and multi-service capabilities will be best positioned to adapt and invent the future.
The document discusses strategies for faster fibre deployment, including blown fibre ducting to lay high fibre count cables, aerial deployment from poles, using connectorised optical distribution networks to minimize splicing, and pre-configured connectorised solutions. It also covers approaches for multi-dwelling units of different scales, such as blowing fibre ducts, home-run connections, and decentralized administration models depending on the size of the MDU. MDUs can be served from local street cabinets rather than dedicated cables from central offices.
This document discusses fiber access networks and provides an overview of various components used in fiber optic networks including central offices, data centers, multiport terminals, closures/cabinets, rack mount hardware, WDM devices, multiports, drop assemblies, convergence cassettes, drop cables, hardened connectorised terminals, long span drop cable, OptiTap field installable connectors, BPEO terminals, micro point of entry, low profile wall plates, clear fibre track, clear track pathway, clear track point of entry box, and clear track hallway micromodule. The document emphasizes maximizing fiber use with WDM, enabling 5G wireless densification with convergence, speeding up and de-skilling network rollout with
1. Sumitomo Electric Industries presented on ribbon fiber technologies and how they can save time and space during fiber optic cable installation and maintenance. Ribbon fibers allow for quicker splicing since multiple fibers can be spliced at once and they take up less space in conduits than loose tube cables.
2. Installing high fiber count ribbon cables requires less conduit space and fewer installation passes compared to overlaying multiple loose tube cables. This saves on installation costs and construction challenges.
3. Sumitomo's pliable Freeform ribbon fibers are thinner than conventional ribbons, allowing for higher fiber density cables that maximize use of existing conduit infrastructure. The ribbons are also compatible with loose tube cables and provide quick splicing and recovery.
1) Regulators are starting to acknowledge that more innovative approaches to spectrum access are needed as exclusive use by mobile network operators limits utilization and investment.
2) Countries are experimenting with different spectrum sharing models between 3.4-3.8GHz to enable new local 5G networks for industrial and business use.
3) Dynamic spectrum sharing could allow a smooth transition between 4G and 5G networks using the same spectrum bands, reducing upgrade costs for mobile operators.
RADWIN provides several wireless solutions for building robust networks, including:
1) A 60GHz Terragraph mesh solution that can interconnect multiple fiber points-of-presence to increase network capacity and overcome typical millimeter wave limitations with range up to 3.6Gbps per user.
2) A hybrid solution combining 60GHz, sub-6GHz, and TV white space technologies to provide high-capacity, reliable service in different deployment scenarios.
3) A 5GHz point-to-multipoint JET PRO solution for enterprises and residents offering up to 750Mbps capacity per base station.
This document discusses Flomatik's Opportunity Analysis tool which helps communication service providers (CSPs) design scalable networks. The tool provides a high-level, data-driven view of feasibility for building networks in given areas. It outputs key metrics to help CSPs make informed, low-risk decisions around network investments and priorities. The tool consolidates multiple data sources into a single database and runs GIS algorithms to illuminate architecture, cost, and risk insights for CSPs. Reports can be generated within 2 weeks and help CSPs minimize risk, support investment decisions, and inform network build-out strategies.
Esri is a global company with 140 offices employing 20,000 professionals worldwide. They generate $1.4 billion in revenue and serve over 350,000 clients across various industries including commercial, defense, utilities, transport, telecommunications, government, public safety, and infrastructure. Location intelligence platforms for telecoms are valued at $3.3 billion by 2023 according to market research, and Esri's ArcGIS system empowers organizations through data management, analytics, and focused business solutions.
Local bodies have invested in broadband infrastructure for decades and see it as a top priority, though not an essential service. They want to extend fiber coverage to support economic growth but face challenges in accessing funding, establishing digital strategies, securing project resources, and navigating public procurement. Suppliers also struggle with local body processes that can be slow and complex, as well as barriers to deployment. Both sides would benefit from stronger strategic alignment and partnerships to more effectively deliver gigabit connectivity across Britain.
The document discusses the challenges facing Bournemouth, a city in the UK, including increasing costs and demands on services due to population growth and aging, while resources are decreasing. It proposes a "Smart Place Vision" to use technology and data to improve services delivery through collaboration. Key challenges are lack of broadband connectivity and future data costs. The document suggests tackling these challenges by partnering with industry, academics, and other public sector organizations, and by aggregating demand to attract more investment in broadband infrastructure that could open new opportunities and revenue streams to help fund services.
Digital twin cities enabled by technologies like 5G, AI, and new materials will become a reality. Industries are entering a cycle of digitization and facing huge digital opportunities. ICT systems will play more important roles in businesses, from driving efficiency to participating in decision-making. VR and AR are reshaping user experience and promoting upgrades in computing, display, and networks. "Connectivity + Computing + Cloud" is the core engine that will power the intelligent society.
- The document discusses an agenda that includes not operating as usual, demand versus supply, and constraints and initiatives.
- It notes that nomadic crews, geographic preferences, contractor demands, remuneration, alternative industry transfers, growing your own talent, and local capacity to cope will be discussed.
- The summary restates that the agenda will cover not being business as usual, demand versus supply, and constraints and initiatives.
The document outlines Fastershire's broadband strategy, listing the top local council areas in England for full fibre coverage, with East Riding of Yorkshire topping the list at 39.6%. It also notes that through Fastershire's £70 million public subsidy and 9 major contracts between 2012-2022, 145,000 premises in the region now have access to superfast broadband for the first time, with numbers projected to rise to 199,000 by 2022, 101,000 of which will have access to full fibre.
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2. • Partnership - Herefordshire & Gloucestershire Councils (Est. 2011)
• Conduit for Public funding to overcome the market’s failure to
provide superfast broadband
• Monitor Market Failure
• Raise Public Funding
• Invest in Solutions
• Comply with State Aid
• Manage Suppliers
• Also focused on encouraging adoption & greater exploitation
Fastershire Background
4. Full Fibre credentials
• Led the way with full fibre steering BT away from the low
hanging fruit
• Herefordshire already 13% Full Fibre after phase 1
• 1st BDUK project to contract with Gigaclear
• 1st BDUK project to contract with Airband to deliver their
Hybrid Rural Optic solution
• Our Grant Scheme predates the GBVS
• On Target for 50% & 30% of rural
connections in H & G being
Full Fibre by 2021
1 East Riding of Yorkshire 38.70%
2 Cornwall 36.10%
3 Cotswold District 29.10%
4 Rutland 19.60%
5 Fenland District 19.10%
6 Tewkesbury District 18.10%
7 South Northamptonshire District 15.60%
8 Daventry District 15.60%
9 Bassetlaw District 15.00%
10 County of Herefordshire 13.90%
Top 10 rural authorities by FF access March 2019
Source: Thinkbroadband.com
5. Case Study
Bromyard Brigsty Ward
• All 3 of our major suppliers have
actively delivered FTTP within the
ward
• Much of the ward can be typified as
the ‘Outside’
• Closest towns are Bromyard (5 miles)
and Tenbury Wells (12 miles) with
the County Town of Hereford 25
miles away from the centre of the
ward
6. How Rural
LSOA Bromyard Downs
E1014001
IMD Geographical
Barriers to Services
223rd out of 32,844
IMD Access to
Housing & Services
29th out of 32,844
LSOA Bredensapey
E1014000
IMD Geographical
Barriers to Services
73rd out of 32,844
IMD Access to
Housing & Services
33rd out of 32,844
Rural Urban Classification ONS Rural Village & Disbursed
Premise density 20.7 per Km2*
*Excluding the edge of Bromyard
7. BT FTTP
Gigaclear
Airband
FTTP On Demand
BT FTTC >30Mbps
BT FTTC >10Mbps
STD
Suppliers working and
operating cheek by jowl –
Need for collaboration with
traffic management, to avoid
overbuild and to increase
deployment efficiency
8. How did we get here?
• Being ambitious, taking calculated risks & often ignoring the
received wisdom
• Harnessing funding outside BDUK
• Designing procurements that encourage competition and
attract the right supplier for the geography at hand
• Focusing the efforts of suppliers where the need is most acute
• Working hard to understand the data
• Avoiding overlap and ensuring the maximum benefit of the
subsidy (sweating the contracts)
• Placating the highways authority
9. The BDUK approach
Hubs & Vouchers
Focused on Rural Schools
and Surgeries.
Likely to have limited
applications in areas that
really are on ‘the outside’
Editor's Notes
Fastershire is a Partnership between Herefordshire & Gloucestershire Councils which was established in 2011 and receives funding from BDUK (central government).
Conduit for Public funding to overcome market failure to provide superfast broadband
We are also focused on encouraging the adoption and exploitation of broadband.
We therefore run a number of programmes to promote digital inclusion and provide help to businesses to make the most of their connectivity.