The document summarizes seminars that will take place at Mobile World Congress 2013. The United Kingdom Trade & Investment and ICT Knowledge Transfer Network will host a series of seminars on key topics such as RF material innovation, 5G wireless technologies, cyber security, and mobile health applications. Various UK organizations will participate in the seminars and exhibitions to promote British business, collaboration, innovation and investment opportunities. The seminars will allow attendees to learn about important mobile industry challenges and solutions from expert panelists.
Myths, Challenges and Advances in Power & Signal Distribution for Live Event ...Bob Vanden Burgt
The document discusses myths, challenges, and advances in power and signal distribution for live production over the past decade. Digital networking and power distribution requirements have changed substantially, presenting unique reliability and portability challenges with the tight integration of lighting, media, video, and audio in touring shows. The session will provide an overview of some transport protocols, network topologies, and more contemporary methods for distributing power and data in complex and changing production environments.
Nanotronix Co., Ltd. was established in 2000 in Seoul, Korea and focuses on testing and monitoring solutions for cable networks as well as VSAT satellite communication systems. It has launched products such as TDRs and OTDRs for cable fault detection and VSAT systems compliant with DVB-RCS standards. The company has grown significantly since inception and now employs 39 people with worldwide customers and a subsidiary in the United States.
Mr. oliver andre the hidden costs and benefits of the telecommunications sys...imadhammoud
This document provides an overview of an Alcatel-Lucent presentation about telecommunications systems for rail networks. The presentation contains 4 sections: 1) an introduction to Alcatel-Lucent, 2) making the right technology choices over time, 3) the added value of a new IP-based network, and 4) a conclusion. Case studies are also presented on Alcatel-Lucent's work with the Macau LRT project and Swedish Transport Administration.
This document presents an overview of Li-Fi technology. It discusses the history of Li-Fi, which began in the 1990s using LED lights to transmit data. Li-Fi was later developed by a team including Dr. Gordon Povey and Prof. Harald Haas at the University of Edinburgh. Li-Fi uses visible light communication (VLC) through white LED light bulbs to transmit data at extremely high speeds by varying the light intensity faster than the human eye can detect. The document outlines how Li-Fi works and its advantages over traditional Wi-Fi. It also discusses potential application areas for Li-Fi technology, such as in traffic lights, underwater, and public internet hotspots.
Ericsson presentation on the occasion of annual Infocom Green ICT Conference by the e-TEE (ICT Department of the National Technical Chamber (TEE) of Greece, delivered on April 10, 2013.
This document discusses how connected devices and the Internet of Things are ushering in a new wave of innovation. It provides examples of how physical products, cities, and supply chains can become smarter through instrumentation, interconnectivity, and intelligence. Technologies like RFID tags and sensors are embedding computation into everyday physical objects and generating data that can provide new insights to improve efficiency and sustainability. The future will be defined by smarter products, services, processes, and cities.
Li-Fi is a technology that uses light from LED bulbs to transmit data wirelessly. It works by varying the intensity of light faster than what the human eye can detect, allowing binary codes to be transmitted. Li-Fi was pioneered in the 1990s but achieved higher speeds more recently. It provides an alternative to Wi-Fi as the radio spectrum becomes more congested, using visible light which has a much larger and unused spectrum than radio waves. Li-Fi has potential applications in places where Wi-Fi signals cannot reach or would interfere, such as on airplanes, underwater, or in hazardous environments.
This document discusses Li-Fi technology, which uses LED light bulbs to transmit data by varying the intensity of light faster than what the human eye can detect. Li-Fi was pioneered in the 1990s and demonstrated by Harald Haas in 2011. It provides several advantages over Wi-Fi such as higher speed potential and no interference with radio frequencies. Li-Fi works by encoding binary data in the on-off states of an LED and can achieve speeds of over 100 Mbps. Potential applications include use in planes, hospitals, and as public internet hotspots through street lamps. However, challenges include light not passing through solid objects and interference from other light sources.
Myths, Challenges and Advances in Power & Signal Distribution for Live Event ...Bob Vanden Burgt
The document discusses myths, challenges, and advances in power and signal distribution for live production over the past decade. Digital networking and power distribution requirements have changed substantially, presenting unique reliability and portability challenges with the tight integration of lighting, media, video, and audio in touring shows. The session will provide an overview of some transport protocols, network topologies, and more contemporary methods for distributing power and data in complex and changing production environments.
Nanotronix Co., Ltd. was established in 2000 in Seoul, Korea and focuses on testing and monitoring solutions for cable networks as well as VSAT satellite communication systems. It has launched products such as TDRs and OTDRs for cable fault detection and VSAT systems compliant with DVB-RCS standards. The company has grown significantly since inception and now employs 39 people with worldwide customers and a subsidiary in the United States.
Mr. oliver andre the hidden costs and benefits of the telecommunications sys...imadhammoud
This document provides an overview of an Alcatel-Lucent presentation about telecommunications systems for rail networks. The presentation contains 4 sections: 1) an introduction to Alcatel-Lucent, 2) making the right technology choices over time, 3) the added value of a new IP-based network, and 4) a conclusion. Case studies are also presented on Alcatel-Lucent's work with the Macau LRT project and Swedish Transport Administration.
This document presents an overview of Li-Fi technology. It discusses the history of Li-Fi, which began in the 1990s using LED lights to transmit data. Li-Fi was later developed by a team including Dr. Gordon Povey and Prof. Harald Haas at the University of Edinburgh. Li-Fi uses visible light communication (VLC) through white LED light bulbs to transmit data at extremely high speeds by varying the light intensity faster than the human eye can detect. The document outlines how Li-Fi works and its advantages over traditional Wi-Fi. It also discusses potential application areas for Li-Fi technology, such as in traffic lights, underwater, and public internet hotspots.
Ericsson presentation on the occasion of annual Infocom Green ICT Conference by the e-TEE (ICT Department of the National Technical Chamber (TEE) of Greece, delivered on April 10, 2013.
This document discusses how connected devices and the Internet of Things are ushering in a new wave of innovation. It provides examples of how physical products, cities, and supply chains can become smarter through instrumentation, interconnectivity, and intelligence. Technologies like RFID tags and sensors are embedding computation into everyday physical objects and generating data that can provide new insights to improve efficiency and sustainability. The future will be defined by smarter products, services, processes, and cities.
Li-Fi is a technology that uses light from LED bulbs to transmit data wirelessly. It works by varying the intensity of light faster than what the human eye can detect, allowing binary codes to be transmitted. Li-Fi was pioneered in the 1990s but achieved higher speeds more recently. It provides an alternative to Wi-Fi as the radio spectrum becomes more congested, using visible light which has a much larger and unused spectrum than radio waves. Li-Fi has potential applications in places where Wi-Fi signals cannot reach or would interfere, such as on airplanes, underwater, or in hazardous environments.
This document discusses Li-Fi technology, which uses LED light bulbs to transmit data by varying the intensity of light faster than what the human eye can detect. Li-Fi was pioneered in the 1990s and demonstrated by Harald Haas in 2011. It provides several advantages over Wi-Fi such as higher speed potential and no interference with radio frequencies. Li-Fi works by encoding binary data in the on-off states of an LED and can achieve speeds of over 100 Mbps. Potential applications include use in planes, hospitals, and as public internet hotspots through street lamps. However, challenges include light not passing through solid objects and interference from other light sources.
The document discusses smart and connected real estate and communities in Canada. It notes that there is over 500 million square feet of existing commercial real estate in Canada, with 169 million square feet in the Greater Toronto Area. Annual construction spending in Canada is $80 billion, employing over 7% of Canadians. The document advocates for using information and communication technologies like sensors, IP cameras, and building management systems to make buildings and communities more connected, efficient, and sustainable.
The document summarizes an upcoming conference on fiber optic technology called FTTx Summit Europe. The conference will be held from April 11-14, 2011 in London and will bring together operators, regulators, and communities to discuss:
1) Justifying the business case for deploying fiber networks and optimizing roll-out of next generation access (NGA) technologies while complying with regulatory frameworks.
2) Learning from case studies of fiber deployments by operators like Swisscom, Openreach, TeliaSonera, and OTE about building the business case.
3) Hearing from speakers like France Telecom on optimizing deployment of Gigabit PON (G-PON
This document discusses Li-Fi technology, which uses light from LED bulbs to transmit data wirelessly. It notes that current wireless data techniques use radio spectrum, which is becoming congested. Li-Fi transmits data through variations in light intensity too fast for the human eye to detect. The document outlines how Li-Fi works and its advantages over Wi-Fi, such as higher speeds, better security, and availability in places radio waves can't reach. It also discusses potential applications of Li-Fi and limitations that need to be addressed.
Li-Fi is a visible light communication system that uses LED light bulbs to transmit data wirelessly. It can transmit data at speeds up to 224 gigabits per second. While faster than Wi-Fi, Li-Fi has a shorter range and requires light bulbs to be on, as the signals cannot pass through walls. Li-Fi may be better suited than Wi-Fi for applications requiring high speeds and better security due to its limited range. Overall, the document compares the capabilities of the emerging Li-Fi technology to traditional Wi-Fi networks.
The document discusses how connected devices and the Internet of Things (IoT) are creating new opportunities for organizations to develop smarter products, services and processes. It notes that IoT will require new architectures to effectively design, deploy and manage complex IoT systems while ensuring security, availability and intelligence. Common elements of an IoT infrastructure are described including IoT access appliances, application gateways and end-to-end services. The document provides examples of how IoT can help enable smarter solutions for areas like buildings, utilities, transportation and more.
This document provides an overview of a briefing by James Sankar from AARNet to ACU about AARNet's core and value-added services. It discusses AARNet's role in providing network infrastructure and conferencing services to support research and education. It also covers trends in the market, such as investments in unified communications, mobile devices, and cloud services. Examples of AARNet's conferencing support for international research collaborations and events are presented. The briefing concludes by asking ACU about their vision, budget, and expectations to determine how AARNet can best support ACU's needs.
Cisco, Smart Connected Communities a TBIZ2011TechnologyBIZ
This document discusses Cisco's Smart + Connected Communities (S+CC) initiative and solutions. The key points are:
1) S+CC aims to connect cities and communities through networking technology to create opportunities for productivity, growth and innovation. It brings together partnerships, products, services and solutions to address these opportunities using the network as a platform.
2) S+CC changes how cities are designed, built, managed and renewed to achieve economic, social and environmental sustainability. The solutions are interconnected and include areas like smart work centers, public spaces, citizen services, security, energy and home services.
3) Examples are provided of S+CC implementations in various cities that improved services, reduced costs and
This document summarizes an agenda for a seminar on creating an agile technology strategy. The agenda includes presentations on strategic overviews, new and old technologies, connectivity, and new capabilities. It also includes time for questions and networking. The presentations will discuss TalkTalk's next generation network and how it can help customers transform and converge their voice and data services by migrating to the new network technologies.
The document discusses the technology of Li-Fi (Light Fidelity), which is a wireless optical networking technology that uses light-emitting diodes (LEDs) for data transmission. It provides an introduction to Li-Fi, describing its history and how it works by encoding data into light through varying the rate of LED flickers. The document outlines some key advantages of Li-Fi such as high speed, security, and lack of interference. It also discusses potential applications of Li-Fi technology in various sectors like education, healthcare, aviation and more.
The cost effective alternative to expensive on-site
telephone
equipment with their hidden costs of maintenance, upgrades and replacement.
A brand new
telephone system for a fixed monthly fee per user
(typically only
£10-15 per month).
In year savings can run into the hundreds of thousands of pounds.
Li-Fi uses visible light communication (VLC) to transmit data through illumination using LED lights. It was founded by Prof. Harald Haas at the University of Edinburgh and works by transmitting a digital 1 when the LED is on and a digital 0 when it is off. Li-Fi offers transmission speeds greater than 1 Gbps, which is faster than Wi-Fi, Bluetooth, and IrDA. However, it has limitations in that the light cannot penetrate objects and it requires direct line of sight between the transmitter and receiver. Potential applications of Li-Fi include traffic management systems, medical device networks, and in-flight passenger connectivity.
The document discusses BT's role in providing communications services for the 2012 London Olympics. It summarizes that BT will deliver the most advanced IP converged network ever for a summer Olympic games, with over 800 people supporting 80,000 connections across 94 venues. BT aims to minimize environmental impacts and maximize reuse of the network infrastructure. The services installed for the games will then become part of BT's national infrastructure and provide an economic legacy for communities and businesses in London and the UK.
the future of wifi.Light Fidelity or Li-Fi is a Visible Light Communications (VLC) system running wireless communications travelling at very high speeds. Li-Fi uses common household LED (light emitting diodes) lightbulbs to enable data transfer, boasting speeds of up to 224 gigabits per second
The UK government organizations ICT KTN, Cambridge Wireless, Mobile Monday London, the IET, BIS, and UKTI are partnering to promote UK companies at Mobile World Congress through a UKTI exhibition stand and a series of thought leadership seminars. Small UK companies selected through an ICT KTN competition will exhibit on the UKTI stand. The seminars will address key industry topics over the three days of MWC and require separate registration.
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 announces a comprehensive UK presence at the 2012 Mobile World Congress in Barcelona from February 27th to March 1st. The UK Trade & Investment will have a prominent stand showcasing UK companies and their mobile solutions. They will also host a series of seminars on topics such as cyber security, mobile health applications, and mobile technologies for major events. The seminars are open to MWC attendees but registration is required. The document provides details on the seminar schedule and registration information.
5G for Marketing - Unlocking the Full PotentialKTN
UK5G Creative Industries Working Group in partnership with Imagination delivered an event entitled “5G for Marketing – unlocking the full potential” to explore the wealth of opportunities offered by 5G to the Marketing sector.
The high-bandwidth low-latency technologies promised by 5G will revolutionise the way we produce, consume and develop experiences and content.
Find out more: https://ktn-uk.co.uk/events/expression-of-interest-5g-for-marketing-unlocking-the-full-potential-london
This document summarizes the key aspects of 5G networks and the economics of 5G for telecommunications companies. It notes that 5G will enable broadband speeds over 1Gbps, ultra-low latency under 1ms, support for a massive increase in connected devices, and new types of broadcast-like and critical communications services. However, 5G networks will also pose substantial new capital and operating expenses for dense cell deployment and backbone upgrades. Most telcos may have difficulty achieving returns above their cost of capital from 5G investments initially, posing economic challenges.
The document discusses smart and connected real estate and communities in Canada. It notes that there is over 500 million square feet of existing commercial real estate in Canada, with 169 million square feet in the Greater Toronto Area. Annual construction spending in Canada is $80 billion, employing over 7% of Canadians. The document advocates for using information and communication technologies like sensors, IP cameras, and building management systems to make buildings and communities more connected, efficient, and sustainable.
The document summarizes an upcoming conference on fiber optic technology called FTTx Summit Europe. The conference will be held from April 11-14, 2011 in London and will bring together operators, regulators, and communities to discuss:
1) Justifying the business case for deploying fiber networks and optimizing roll-out of next generation access (NGA) technologies while complying with regulatory frameworks.
2) Learning from case studies of fiber deployments by operators like Swisscom, Openreach, TeliaSonera, and OTE about building the business case.
3) Hearing from speakers like France Telecom on optimizing deployment of Gigabit PON (G-PON
This document discusses Li-Fi technology, which uses light from LED bulbs to transmit data wirelessly. It notes that current wireless data techniques use radio spectrum, which is becoming congested. Li-Fi transmits data through variations in light intensity too fast for the human eye to detect. The document outlines how Li-Fi works and its advantages over Wi-Fi, such as higher speeds, better security, and availability in places radio waves can't reach. It also discusses potential applications of Li-Fi and limitations that need to be addressed.
Li-Fi is a visible light communication system that uses LED light bulbs to transmit data wirelessly. It can transmit data at speeds up to 224 gigabits per second. While faster than Wi-Fi, Li-Fi has a shorter range and requires light bulbs to be on, as the signals cannot pass through walls. Li-Fi may be better suited than Wi-Fi for applications requiring high speeds and better security due to its limited range. Overall, the document compares the capabilities of the emerging Li-Fi technology to traditional Wi-Fi networks.
The document discusses how connected devices and the Internet of Things (IoT) are creating new opportunities for organizations to develop smarter products, services and processes. It notes that IoT will require new architectures to effectively design, deploy and manage complex IoT systems while ensuring security, availability and intelligence. Common elements of an IoT infrastructure are described including IoT access appliances, application gateways and end-to-end services. The document provides examples of how IoT can help enable smarter solutions for areas like buildings, utilities, transportation and more.
This document provides an overview of a briefing by James Sankar from AARNet to ACU about AARNet's core and value-added services. It discusses AARNet's role in providing network infrastructure and conferencing services to support research and education. It also covers trends in the market, such as investments in unified communications, mobile devices, and cloud services. Examples of AARNet's conferencing support for international research collaborations and events are presented. The briefing concludes by asking ACU about their vision, budget, and expectations to determine how AARNet can best support ACU's needs.
Cisco, Smart Connected Communities a TBIZ2011TechnologyBIZ
This document discusses Cisco's Smart + Connected Communities (S+CC) initiative and solutions. The key points are:
1) S+CC aims to connect cities and communities through networking technology to create opportunities for productivity, growth and innovation. It brings together partnerships, products, services and solutions to address these opportunities using the network as a platform.
2) S+CC changes how cities are designed, built, managed and renewed to achieve economic, social and environmental sustainability. The solutions are interconnected and include areas like smart work centers, public spaces, citizen services, security, energy and home services.
3) Examples are provided of S+CC implementations in various cities that improved services, reduced costs and
This document summarizes an agenda for a seminar on creating an agile technology strategy. The agenda includes presentations on strategic overviews, new and old technologies, connectivity, and new capabilities. It also includes time for questions and networking. The presentations will discuss TalkTalk's next generation network and how it can help customers transform and converge their voice and data services by migrating to the new network technologies.
The document discusses the technology of Li-Fi (Light Fidelity), which is a wireless optical networking technology that uses light-emitting diodes (LEDs) for data transmission. It provides an introduction to Li-Fi, describing its history and how it works by encoding data into light through varying the rate of LED flickers. The document outlines some key advantages of Li-Fi such as high speed, security, and lack of interference. It also discusses potential applications of Li-Fi technology in various sectors like education, healthcare, aviation and more.
The cost effective alternative to expensive on-site
telephone
equipment with their hidden costs of maintenance, upgrades and replacement.
A brand new
telephone system for a fixed monthly fee per user
(typically only
£10-15 per month).
In year savings can run into the hundreds of thousands of pounds.
Li-Fi uses visible light communication (VLC) to transmit data through illumination using LED lights. It was founded by Prof. Harald Haas at the University of Edinburgh and works by transmitting a digital 1 when the LED is on and a digital 0 when it is off. Li-Fi offers transmission speeds greater than 1 Gbps, which is faster than Wi-Fi, Bluetooth, and IrDA. However, it has limitations in that the light cannot penetrate objects and it requires direct line of sight between the transmitter and receiver. Potential applications of Li-Fi include traffic management systems, medical device networks, and in-flight passenger connectivity.
The document discusses BT's role in providing communications services for the 2012 London Olympics. It summarizes that BT will deliver the most advanced IP converged network ever for a summer Olympic games, with over 800 people supporting 80,000 connections across 94 venues. BT aims to minimize environmental impacts and maximize reuse of the network infrastructure. The services installed for the games will then become part of BT's national infrastructure and provide an economic legacy for communities and businesses in London and the UK.
the future of wifi.Light Fidelity or Li-Fi is a Visible Light Communications (VLC) system running wireless communications travelling at very high speeds. Li-Fi uses common household LED (light emitting diodes) lightbulbs to enable data transfer, boasting speeds of up to 224 gigabits per second
The UK government organizations ICT KTN, Cambridge Wireless, Mobile Monday London, the IET, BIS, and UKTI are partnering to promote UK companies at Mobile World Congress through a UKTI exhibition stand and a series of thought leadership seminars. Small UK companies selected through an ICT KTN competition will exhibit on the UKTI stand. The seminars will address key industry topics over the three days of MWC and require separate registration.
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 announces a comprehensive UK presence at the 2012 Mobile World Congress in Barcelona from February 27th to March 1st. The UK Trade & Investment will have a prominent stand showcasing UK companies and their mobile solutions. They will also host a series of seminars on topics such as cyber security, mobile health applications, and mobile technologies for major events. The seminars are open to MWC attendees but registration is required. The document provides details on the seminar schedule and registration information.
5G for Marketing - Unlocking the Full PotentialKTN
UK5G Creative Industries Working Group in partnership with Imagination delivered an event entitled “5G for Marketing – unlocking the full potential” to explore the wealth of opportunities offered by 5G to the Marketing sector.
The high-bandwidth low-latency technologies promised by 5G will revolutionise the way we produce, consume and develop experiences and content.
Find out more: https://ktn-uk.co.uk/events/expression-of-interest-5g-for-marketing-unlocking-the-full-potential-london
This document summarizes the key aspects of 5G networks and the economics of 5G for telecommunications companies. It notes that 5G will enable broadband speeds over 1Gbps, ultra-low latency under 1ms, support for a massive increase in connected devices, and new types of broadcast-like and critical communications services. However, 5G networks will also pose substantial new capital and operating expenses for dense cell deployment and backbone upgrades. Most telcos may have difficulty achieving returns above their cost of capital from 5G investments initially, posing economic challenges.
My keynote address at the 2003 Spring VON conference, presented on April 1, 2003. I pointed to real 100/100 Mbps Internet connectivity (deployed in 1999-2000, in Ulmea Sweden) emphasizing this was only possible by getting control of local fiber away from the incumbent PTT.
AUDIO TRANSMISSION USING LIGHT FIDELITYIRJET Journal
This document discusses Li-Fi (Light Fidelity) technology for audio transmission using visible light communication. It begins with an abstract that introduces Li-Fi as the next generation network that can use light as a transmission medium. It then provides background on Li-Fi, including how it works and its advantages over Wi-Fi such as higher speed, security, and bandwidth. The document describes the hardware components needed for a Li-Fi audio transmission system and its working methodology. It discusses applications of Li-Fi and concludes that it can provide a cleaner, more secure wireless alternative to radio-based Wi-Fi networks.
What Fiber to the Home Can Do For Your CommunityMia Nickels
This document discusses the benefits of fiber to the home (FTTH) broadband networks. It argues that FTTH networks provide more reliable and higher bandwidth internet access that can boost economic growth and productivity. FTTH enables new applications and services in healthcare, education, entertainment and more. While FTTH has higher initial installation costs than existing copper networks, it has lower long-term operating costs and enables higher revenue opportunities. The document advocates that governments and communities consider FTTH networks as a key infrastructure investment for future economic and social development.
Convered Voice and Data (tIPicall and Exponential-e)Exponential_e
The document summarizes a meeting between representatives from Exponential-e, tIPicall, and Tata Communications to discuss converged voice and data services. Steve Harrington from tIPicall discusses how tIPicall has launched hosted and managed IP PBX, contact center, SIP trunking, and voice services. Alan Sawyer from Tata Communications then provides information about Tata Communications and its global network.
This document provides an agenda and speaker biographies for a techUK Satellite Applications & Services Conference in 2015. The conference aims to explore how satellite innovations are finding applications across sectors like transportation, healthcare, and more. It will discuss developments in satellite broadband, the role of satellite connectivity in IoT, and next-generation navigation and transport. The agenda outlines presentations and panels on these topics from experts in the space and technology sectors.
Li-fi is transmission of data through illumination by taking the fiber out of fiber optics by sending data through a LED light bulb that varies in intensity faster than the human eye can follow. Li-Fi is a wireless optical networking technology that uses light-emitting diodes (LEDs) for data transmission.
Li-Fi is designed to use LED light bulbs similar to those currently in use in many energy-conscious homes and offices. However, LiFi bulbs are outfitted with a chip that modulates the light imperceptibly for optical data transmission. LiFi data is transmitted by the LED bulbs and received by photoreceptors.
Information Technology in Global Trade - “Knowing You & Me, Know Where We Are!” Suhaimi Nordin
The document discusses Malaysia's readiness for e-commerce and the digital economy. It finds that while most Malaysian companies have basic IT capabilities like computers and internet access, fewer than half have adopted more advanced e-commerce capabilities as of 1999-2003, such as using email, developing digital customer/supplier databases, or online ordering. The document advocates increasing Malaysian companies' IT strategies, networks, and e-commerce skills to better compete globally in the digital economy.
This document discusses IBM's mobile solutions and the future of technology. It notes that (1) billions of devices are now connected, including phones, sensors, and RFID tags, and (2) data and traffic are growing exponentially, with internet traffic exceeding 1 zettabyte in 2011. (3) IBM is working on solutions to help analyze real-time multi-modal traffic and develop smarter products that are instrumented, interconnected, and intelligent to build a smarter planet and enable sustainability.
This presentation discusses establishing "Gigabit Cities" through building out fiber optic infrastructure to deliver gigabit internet speeds. It outlines plans to build a core dark fiber network in Peterborough, expand to full fiber to the premises (FTTP) and fiber to the home (FTTH) networks, and connect homes, businesses, mobile networks, and public sites. The goal is to stimulate economic growth through future-proof broadband access.
5G for Museums, Galleries and Heritage - unlocking the full potentialKTN
UK5G Creative Industries Working Group in partnership with the National Gallery delivered an event entitled “5G for Museums, Galleries and Heritage – unlocking the full potential” to explore the wealth of opportunities offered by 5G to the Arts and Heritage sector.
The high-bandwidth low-latency technologies promised by 5G will likely radically disrupt the sector both in the way the content is delivered and received. Thanks to 5G, immersive experiences will become more seamless and available not only to a groups of people at the same time but also to remote visitors. 5G will also impact how museums, galleries and other venues operate.
Find out more here: https://ktn-uk.co.uk/events/expression-of-interest-5g-for-museums-galleries-and-heritage-unlocking-the-full-potential-london
Dutco Tennant Prepares to Make an Impact at the MEE 2024 Exhibition.pptxDutco Tennant LLC
The highly-anticipated energy event of the Middle East is fast approaching and this time it is bringing over 1300 top-notch exhibitors in its global platform. Industry leading manufacturers, suppliers, professionals and more are all set to take the stage.
Dutco Tennant LLC, one of the prominent distributors of Middle East that is joining once again the MEE 2024 Exhibition. Coming along with their team and long-time lineup of partners, they are taking the spot in Hall 5, Booth D10 of Dubai World Trade Centre from 16 to 18 April 2024.
Partners Joining Dutco Tennant’s Showcase at MEE 2024
The significance of this Dubai Energy Exhibition is immense and all the joining exhibitors are aware of that fact. This is why Dutco Tennant has been bringing the best of their partners who are industry leaders in the energy sectors. Here are all the names that are joining them at this year’s event.
CTC Global
CTC Global is the innovator of composite core technology that specialises in offering innovative power grid solutions for utility companies across the globe. Its expertise lies in the manufacturing of state-of-the-art conductors that supports the overhead transmission power lines.
With its products and solutions, CTC Global aims to offer high-capacity, high-efficiency and resilient electrical innovations to empower grid systems.
Camlin Group
Camlin Group is the name associated with critical infrastructure optimisation. They are the providers of innovative and smart monitoring products aimed for making electricity networks more efficient, safer and resilient.
With a worldwide dominance, Camlin Group provides its offerings through its facilities in 17 cities across 21 countries. As a long-standing partner of Dutco Tennant, they are set to bring their top monitoring solutions dedicated for power grid systems.
PLP
PLP operates as the designer, manufacturer and supplier of cable anchoring and control hardware and systems for the power utilities around the world. It is a globally recognised company that has years of experience in the industry.
In collaboration with Dutco Tennant, they are coming with a range of transmission line fittings which are meant to enhance power grid systems.
Chardon Group
Chardon Group is a leading company that offers a diverse range of cable accessories for utility systems, even for the most demanding ones. With their very own in-house compounding capabilities, they promise on delivering quality assured products.
It is for this promise, they offer products and solutions that are not just tested in accredited laboratories but each material is tracked till the end stage.
Jauda-Koks
Founded in 1992, Jauda-Koks is a fast-evolving company that stands tall as one of the trusted providers of high-quality impregnated wooden poles. Over the years of their operation, Jauda-Koks has gone through many phases of changes and adaptations to make their products top-notch in every way possible.
Quintel has successfully tested its new SONWav antenna technology through simulations and trials with major North American carriers. The SONWav antenna uses elevation beamforming to increase LTE uplink throughput by up to 80% using standard base station antennas. This innovative solution makes it practical to deploy 4-branch receiver antennas for low spectrum bands in a compact form factor. SONWav allows a single antenna array to support multiple frequency bands simultaneously with high performance.
Quintel has completed ramping up production of its MultiServ Quadband 8 Port Antenna to meet demand. The antenna allows operators to combine four major North American frequency bands onto a single slim antenna using patented QTilt technology. Quintel has partnered with IEC Electronics for production to ensure flexibility in meeting customer volume needs. The antenna enhances network efficiency and quality of service while lowering costs and environmental impact.
Quintel 8 foot 8 port press release feb 2013Nick Walker
Quintel has released a new 8-foot, 8-port quadband slimline antenna for wireless networks in North America. The antenna allows operators to combine four frequency bands (700MHz, 850MHz, 1900MHz, 2100MHz) onto one antenna. Each band and polarization can be independently tilted. This will help operators upgrade existing cellular and PCS sites to support LTE in 700MHz and AWS bands using a single replacement antenna. The new antenna provides more flexibility and optimizes networks with lower costs.
Quintel 8 Port Press Release Feb2012 Final CopyNick Walker
Quintel has developed the world's first 8-Port/Quadband slimline antenna that allows operators to combine four major frequency bands in North America onto a single antenna. The antenna provides independent tilt control for each band and polarization, enabling applications like spatial diversity and high power PIM3 mitigation. It allows operators to optimize coverage and capacity while reducing infrastructure costs.
Quintel Multi Wav Press Release May 1 2012 CopyNick Walker
Quintel announces the world's first quadband passive antenna with adaptive uplink elevation beamsteering and independent downlink tilt. The antenna can provide uplink tilt per user and variable downlink tilt for 4 ports covering 1710-2170MHz as well as independent tilt for 2 ports of 700MHz and 2 ports of 850MHz bands. This allows existing sites to add 700MHz and 850MHz coverage using a single antenna replacement. The adaptive uplink beamsteering provides significant improvements in network performance without any base station changes. Quintel intends to introduce additional products providing benefits for low-band spectrum and future LTE-Advanced networks.
Quintel - David Barker CTO Base Station Antenna Evolution and RevolutionNick Walker
This document summarizes a presentation on evolving cellular network capacity challenges and potential solutions. It discusses:
1) The looming "capacity crunch" as data usage increases 50-500x by 2025, which will require more spectrum, more spectral efficient technologies, and denser networks.
2) How small cells are helping but macro layers still need to evolve. This includes utilizing more spectrum bands, advanced MIMO techniques like beamforming, and interference management methods like CoMP.
3) The evolution of LTE radio technologies over releases to improve spectral efficiency through higher order MIMO, beamforming, and multi-user MIMO techniques. Gains of up to 40% have been observed in simulations.
Quintel - David Barker CTO Base Station Antenna Evolution and Revolution
Mwc seminar flyer 2013 v12 (11 feb13 sr)
1. The ICT Knowledge Transfer Network (ICT KTN), Cambridge Wireless, Mobile Monday London, the
IET, Department for Business, Innovation & Skills (BIS) and UK Trade & Investment (UKTI) are
partnering to bring a comprehensive presence at this year’s Mobile World Congress. UKTI will have a
stand in a prominent position in Hall 7 stand E 100.
On the UKTI stand, SME companies, who have won a place through the ICT KTN Mobile World
Congress competition, will be represented to showcase a solution, service or product. The ICT KTN is
also working with partners to showcase leading UK companies / technology solutions.
In Hall 8.1 room 8.3, UK Trade & Investment (Technology Partnership Unit) and the ICT KTN will be
running a series of thought leadership seminars, addressing key conference themes and industry
challenges to help promote business, collaboration, innovation and investment opportunities. The
schedule is below, please click on session to register in advance and secure your seminar place:
Monday 25, February 2013 Tuesday 26, February 2013 Wednesday 27, February 2013
0915 0915 to
Networking and refreshments Networking and refreshments
to 0945 0945
Chair: Roger Belcher Chair: David Rogers Chair: Stuart Revell
(RTT) (BIS) (ICT KTN)
1030 0945 0945 to Mobile for health, assisted living
RF material, manufacturing and Cyber Security in the Mobile
to 1230 to 1200 1200 and fitness applications and
circuit innovation World
services
http://ictktnmwc1.eventbrite.co.uk/ http://ictktnmwc4.eventbrite.co.uk/ http://ictktnmwc7.eventbrite.co.uk/
1230 1200 1200 to
Networking & refreshments Networking & refreshments Networking & refreshments
to 1300 to 1300 1300
Chair: Mike Short Chair: Chris Bignell Chair: Geoff Varrall
(O2) (XL Comms) (Cambridge Wireless)
1300 1300 Smart UK competition finals - 1300 to
5G Innovation and the future of The Future of Spectrum usage
to 1515 to 1515 the UK's most innovative mobile 1515
wireless technologies workshop
company
http://ictktnmwc2.eventbrite.co.uk/ http://ictktnmwc5.eventbrite.co.uk/ http://ictktnmwc8.eventbrite.co.uk/
1515 1515 1515 to
Networking & refreshments Networking & refreshments Networking & refreshments
to 1545 to 1545 1545
Chair: Robin Duke-Woolley Chair: Simon Yarwood Chair: John Davis
(Beecham Research) (IET) (UKTI)
The connected world. Enabling
London 2012 publication launch
1545 future eco-systems leveraging 1545 1545 to
seminar - ICT Solutions to cover The evolution of mobile content
to 1800 big data, IoT and M2M for open to 1800 1800
major events, stadiums and high and applications
and secure new services and
density coverage
applications.
http://ictktnmwc3.eventbrite.co.uk/ http://ictktnmwc6.eventbrite.co.uk/ http://ictktnmwc9.eventbrite.co.uk/
1815 1800 1815 to
Networking & refreshments Networking & refreshments Networking & refreshments
to 1900 to 1900 1900
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2. The seminars are open to all MWC attendees, but places are limited. Please register in advance,
see specific sessions below to register prior to going to Mobile World Congress. For further
information on the ICT KTN and UKTI seminars, please contact: Stuart Revell
stuart.revell@ictktn.org.uk Mob +44 (0) 7836 512787
Please visit www.mobileworldcongress.com for further information on, travel, accommodation,
registration and passes for the main show. The UKTI and ICT KTN seminars will take place as
part of the main show in Hall 8 room 8.3 at Mobile World Congress and therefore you must have
registered for the main show and have a valid pass to attend. Where to find us:
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3. Seminar 1: RF material, manufacturing and circuit innovation
Date: Monday 25th February 2013 Time: 10:30 to 12:30 (10:00 for networking)
Much of the recent focus on materials and manufacturing innovation has been on graphene but in
practice RF designers now have access to a broad range of new materials and combinations of
materials that potentially yield useful performance gain and design flexibility. Two contemporary
examples are silicon on sapphire used in high throw switch paths and RF MEMS used in digital
capacitor and resonator and reactive component technology.
This session examines practical implementation options and the related impact on mobile broadband
user device performance.
Confirmed agenda and speakers:
Introduction from chair, Roger Belcher, RTT
UltraCMOS® for high performance switch paths and tuneable components, Rodd Novak,
Peregrine Semiconductor
RF MEMS for antenna impedance tuning and tuneable RF front-ends, Jeff Hilbert, Wispry
RF MEMS – MEMS based technology platform for high performance RF switching, Guillaume
d’Eyssautier, DelfMEMS
MEMS resonators – a new approach to oscillator design, Matthew Crowley, Sand9
RF MEMS –third generation performance benchmarks, Larry Morrell, Cavendish Kinetics
Open forum Q&A panel session with all speakers and audience
Secure your place by registering in advance: http://ictktnmwc1.eventbrite.co.uk/
The seminar will take place in Hall 8.1 (Hall 8 level 1) room 8.3 and therefore to access area you must
have valid pass to Mobile World Congress. A full conference pass is not required to attend this
seminar.
Promotional partners
4. Seminar 2: 5G Innovation and the future of wireless technology
Date: Monday 25th February 2013 Time: 13:00 to 15:15 (12:30 for networking)
The global telecommunications industry, valued at $2.1 trillion per annum, is already responsible for
6% of world GDP. Mobile communications data traffic is expected to increase 1,000 fold by 2020, by
which time there will be an estimated at least 50 billion Internet-capable devices. The growth in the
number of new applications running on the networks is accelerating, as ever more mobile devices
become the preferred route for Internet access. Such unprecedented data traffic growth requires the
urgent introduction of new 5G advanced technologies that maximise the use of the limited available
radio spectrum and provide for greener technologies and solutions.
The need for 5G disruptive innovation and standards will require unprecedented levels of collaboration
to achieve the continued growth of wireless technology adoption, spectrum usage and the next
generation of applications and services enabled through 5G
This session will examine approaches to 5G innovation and opportunities to collaborate:
Confirmed speakers:
Introduction from chair, Mike Short, O2 Telefonica
Rahim Tafazoli, University of Surrey
Simon Fletcher, COMNET / MVCE
Joe McGeehan, University of Bristol
Neil Crockett, CEO, Connected Digital Economy Catapult
Open forum Q&A panel session with all speakers and audience
Secure your place by registering in advance: http://ictktnmwc2.eventbrite.co.uk/
The seminar will take place in Hall 8.1 (Hall 8 level 1) room 8.3 and therefore to access area you must
have valid pass to Mobile World Congress. A full conference pass is not required to attend this
seminar.
Promotional partners
5. Seminar 3: The connected world. Enabling future eco-systems leveraging big data, IoT and
M2M for open and secure new services and applications.
Date: Monday 25th February 2013 Time: 15:45 to 18:00 (15:15 for networking)
It has been predicted that by 2020 there will be a rise from 6 billion (present day) to 50 billion digitally
identifiable, potentially linked, electronic devices on this planet. This proliferation of digitally identifiable
devices and the concurrent dramatic increase in pervasive data is creating disruptive opportunities and
possibilities.
This session will examine Machine to Machine (M2M) and Internet of Things (IoT) topologies, systems
and the challenges related to the sheer scale of connected objects and open data systems. It will also
cover cross cutting ICT challenges to enable future eco-systems and services that cross sectors /
markets such as Energy, Modern Built Environment, Assisted Living & Healthcare and Transportation.
Confirmed Speakers:
Introduction from chair, Robin Duke-Woolley, Beecham Research
Secure Tracking – GSM, GNSS, and beyond, Richard Carter, CEO, CCww
NFC / RFID enabling technology and payments, Neil Garner, CEO, Proxama
M2M Networking, Andrew Orrock, Arkessa
Service creation, IT integration and platform enablement, Gilli Coston, Logica
Internet of Things, connecting devices and apps to securely store and exchange data, Chad
Jones, VP Product Development, COSM
Wireless solutions matched to spectrum properties and application, Grant Notman, Head of Sales
& Marketing, Wood & Douglas
Open forum Q&A panel session with all speakers and audience
Secure your place by registering in advance: http://ictktnmwc3.eventbrite.co.uk/
The seminar will take place in Hall 8.1 (Hall 8 level 1) room 8.3 and therefore to access area you must
have valid pass to Mobile World Congress. A full conference pass is not required to attend this
seminar.
Promotional partners
6. Seminar 4: Cyber Security in the Mobile World
Date: Tuesday 26th February 2013 Time: 09:45 to 12:00 (09:15 for networking)
It is critical for all companies that they can do business in a safe way. 2012 saw major cyber-attacks
against multi-national companies, including mobile phone and telecoms companies. Open data, M2M,
small cells and other technologies are going to vastly increase the number of connected devices and
accessible data over the next few years, increasing the exposure of companies and individuals to a
cyber-attack. All of these rely on maintaining the security and stability of mobile networks. With the
continuing development of the “internet of things” it is vital that end users are secure.
This session will discuss what is meant by “Cyber Security” for mobile devices and networks, what the
future holds in terms of threats, how real those threats are and what security could be put in place to
secure technologies, businesses and customers.
Confirmed Speakers:
Introduction from chair, David Rogers, Mobile Technology, Cyber Security & Standards, BIS
James Moran, Security Director, GSM Association:
o “Securing subscribers from a global perspective, GSMA’s role in Cyber Security”
Mike Slinn, Managing Director, Rockshore:
o “BYOD: The security implications and the opportunity for carriers”
Charles Brookson, OCG Chairman, ETSI:
o “Cyber Security – Standards Activities”
Geoff Anderson, Chief Operations Officer, PixelPin:
o “Making security usable for devices: access control for everyone”
Philip Mills, CSIT
Anu Puhakainen, Ericsson.
Open forum Q&A panel session with all speakers and audience
Secure your place by registering in advance: http://ictktnmwc4.eventbrite.co.uk/
The seminar will take place in Hall 8.1 (Hall 8 level 1) room 8.3 and therefore to access area you must
have valid pass to Mobile World Congress. A full conference pass is not required to attend this
seminar.
Promotional partners
7. Seminar 5: Smart UK’s most innovative mobile company finals 2013
Date: Tuesday 26th February 2013 Time: 13:00 to 15:15 (12:00 for networking)
The UK has traditionally been a leader in the mobile industry. Global giants like Vodafone and ARM
are headquartered in the UK. The UK is also a hotbed of smaller, disruptive companies that can turn
the industry on its head.
The search is on for the UK’s Most Innovative Mobile Companies with great ideas that have the
potential to disrupt the mobile industry globally. It may be a new technology that can transform mobile
phones across the world or a new use of established technology that will change what people do on
their mobile phones. It may even be a new way of doing something in a simpler and more elegant
fashion.
At this session we have brought together a judging panel that are experts in the mobile industry to
make the decision about the UK’s Most Innovative Mobile Company. The finalists will present at this
event in a “pitch off” and the winner will be picked by the judges to be crowned UK’s Most Innovative
Mobile Company.
Secure your place by registering in advance: http://ictktnmwc5.eventbrite.co.uk/
The seminar will take place in Hall 8.1 (Hall 8 level 1) room 8.3 and therefore to access area you must
have valid pass to Mobile World Congress. A full conference pass is not required to attend this
seminar.
Promotional partners
8. Seminar 6: London 2012 publication launch seminar - ICT Solutions to cover major events,
stadiums and high density coverage
Date: Tuesday 26th February 2013 Time: 15:45 to 18:00 (12:30 for networking)
The London Olympics and Paralympics demonstrated the strength of the UK Information and
Communication Technologies (ICT) and technology supply chain sectors to deliver the most digitally
enabled Games ever, providing real time information, data, pictures, texts, phone calls and video
required for the Games.
These were the first ever social media Games – with www.London2012.com becoming one of the
most visited sports website in the world with 431 million visits, 109 million unique users, 15 million app
downloads and 4.73 billion page views. An estimated 4 billion spectators viewed the Games
worldwide.
At peak times, the network was carrying 60 gigabits of information a second, between 80 000
connections across 94 locations (four times the network capacity of the Beijing Games), setting the bar
for future Olympics and other major global sporting events. This seminar will explore lessons learned
from the Games and examine how these can be taken forward to future major projects.
Introduction from chair, Simon Yarwood, IET
London 2012 Technology overview, Gerry Pennell OBE, LOCOG
Fixed and Mobile Technology and Services, Name TBD, BT
Multi-platform delivery of real time content, Ben Ross, BBC
World Cup 2014, Marcus Coester, Presidente / CEO, AGDI Brazil.
Open forum Q&A panel session with all speakers and audience
Networking reception, sponsored by the IET, will follow seminar at 18:00.
Secure your place by registering in advance: http://ictktnmwc6.eventbrite.co.uk/
The seminar will take place in Hall 8.1 (Hall 8 level 1) room 8.3 and therefore to access area you must
have valid pass to Mobile World Congress. A full conference pass is not required to attend this
seminar.
Promotional partners
9. Seminar 7: Leveraging Mobile for health and fitness applications and services
Date: Wednesday 27th February 2013 Time: 09:45 to 12:00 (09:15 for networking)
One of the biggest challenges facing all countries is that of maintaining wellbeing, delivering care to
those with chronic long term conditions and supporting vulnerable people in society. 21st century
health and care services will increasingly rely on greater use of technology, delivering healthcare in a
clinical setting, in the home, at work and during leisure time.
The need for more intelligent systems, lower operational expenditure and deployment costs, is driving
new ways of thinking about how we create, use, and share data and information. This session will
explore several aspects of Healthcare and Fitness solutions. The speakers assembled will present
different parts of the eco-system and will investigate the key enablers, technologies and potential new
systems for the next generation of advance connected Health Platforms. Agenda and confirmed
Speakers:
Introduction from chair, Stuart Revell, ICT KTN
Leveraging technology to improve health and change behaviours, Kevin Auton, Aseptika Ltd.
Mobile human monitoring for real people in real environments, Ekta Sood, Clinical Director,
Hildalgo
Addressing the bridge between Health, Social and Consumer sectors, John Eaglesham, CEO,
Advanced Digital Institute (ADI)
Leveraging Mobile and care in the Cloud, John Griffiths, CEO, Care Integration Systems
Leveraging smartphone and image processing techniques to monitor skin health, Julian Hall,
Director, Skin Analytics Ltd
Open forum Q&A panel session with all speakers and audience
Secure your place by registering in advance: http://ictktnmwc7.eventbrite.co.uk/
The seminar will take place in Hall 8.1 (Hall 8 level 1) room 8.3 and therefore to access area you must
have valid pass to Mobile World Congress. A full conference pass is not required to attend this
seminar.
Promotional partners
10. Seminar 8: The Future of Spectrum usage workshop
Date: Wednesday 27th February 2013 Time: 13:00 to 15:15 (12:00 for networking)
Radio spectrum is essential for future Mobile services, in the UK alone an independent study, found spectrum
use was valued at £52 billion in 2011, an increase of 25% since a similar study was carried out in 2006. Mobile
accounted for nearly 60% of this value, with broadcasting 20%. Other sectors considered include the use of Wi-
Fi on mobiles, microwave links, satellite links and private mobile radio. The findings support worldwide plans to
release a significant amount spectrum to unlock growth and drive innovation in the economy.
Today’s communications landscape is founded on the release of licensed and licence-exempt spectrum for
communication devices. As demand has increased, the main users of large parts of the Spectrum have to
cooperate in coordinated “re-farming”, which involves rebuilding networks and re-equipping users with new
terminals or consumer devices. Often the new and old users suffer mutual interference at least for a period and
a large part of the coordination task is managing and solving interference problems, e.g. new licensees having
to supply filters or even replacing equipment to affected users.
This seminar will examine innovative approaches and new technologies to use Spectrum more efficiently and to
solve interference and co-existences in advance of spectrum re-farming.
Introduction from chair, Geoff Varrall, Cambridge Wireless
David Barker, Quintel,
Paul Egan, Neul
Iris Barcia, Keima
Simon Fletcher, NEC
Paul Evans, CEO, Sharedband
Open forum Q&A panel session with all speakers and audience
Secure your place by registering in advance: http://ictktnmwc8.eventbrite.co.uk/
The seminar will take place in Hall 8.1 (Hall 8 level 1) room 8.3 and therefore to access area you must
have valid pass to Mobile World Congress. A full conference pass is not required to attend this
seminar.
Promotional partners
11. Seminar 9: The evolution of mobile content and applications
Date: Wednesday 27th February 2013 Time: 15:45 to 18:00 (15:15 for networking)
Consumers and customers are increasingly demanding and expecting to engage with content and
brands through mobile. Retailers and brands are looking to develop mobile strategies to develop their
businesses and meet these demands and expectations.
In the last 2 years our gadgets can see us and are starting to semi-intelligently listen to us and
respond. Tablet usage has doubled in the last 12 months, and TVs are starting to be used
interactively. We’re using multiple devices simultaneously. Web and application enabled smart phones
are only the beginning.
This session will examine the technology and business opportunities to provide the capability to deliver
and manage evolving mobile content and applications. Each of the speakers will present case studies
and the speaking sessions will be followed by a panel Q&A to explore further opportunities in the
rapidly expanding market.
Introduction from chair, John Davies, UK Trade & Investment
James Rosewell, 51 Degrees
o The impact of evolving device capabilities
Emmanuel Carraud, MagicSolver Ltd
o Content discovery
Geoff McCormick, the Alloy
o Context is everything
Tom Blackie, Real VNC
o Automotive and mobile convergence
Matt Vidmar, Vision 247
o IPTV for multiple platforms
Sarah Quinn, On Device Research
o User satisfaction, the facts.
Open forum Q&A panel session with all speakers and audience
Secure your place by registering in advance: http://ictktnmwc9.eventbrite.co.uk/
The seminar will take place in Hall 8.1 (Hall 8 level 1) room 8.3 and therefore to access area you must
have valid pass to Mobile World Congress. A full conference pass is not required to attend this
seminar.
Promotional partners