Special Event delivered by CW: ‘Wirelessly Connecting the Internet of Things’

Brought to you by Cambridge Wireless

Two recent Cambridge Wireless events from the Connected Devices and Mobile Broadband SIGs have highlighted the potential difficulties and costs of using cellular to connect billions of “things” to the Internet in future.

Registration for this event is now closed.

About the event

On the 19th June 2014, a specially arranged Cambridge Wireless event - ‘Wirelessly Connecting the Internet of Things’ - will take place in Melbourn Science Park, Cambridge. This will bring together members of an industry working group set up by Vodafone to present the background and the key features of new system proposals, with additional inputs from silicon vendors, system integrators and the view from the “Internet of Things” enterprise community. This engaging event will see participants from Vodafone, Ericsson, Nokia Systems and Networks, Huawei, Neul and TTP.

GSM is widely used today for millions of devices, as its costs are relatively low, but mobile broadband technologies such as 3G and LTE are more expensive, may have worse coverage, and take too much power for “things” that may have to work for years on small batteries. Though many “things” may be connected using short range wireless, many more will be beyond the reach of systems like Bluetooth, Wi-Fi or Zigbee.  The ideal system would just “be there” in the background, supporting very low cost terminals that can run for years on small batteries and easy to use for application developers.

A group of industry players, including network and device suppliers, operators and academics, brought together by Vodafone, has been looking at the problem of supporting the “Internet of Things” for the past year and has recently published a White Paper outlining the options. These include further new features in LTE that would be defined through 3GPP or an alternative “clean slate” cellular standard defined specifically to meet the needs of the IoT. Any future system will need to connect “things” that don’t have large amounts of data to communicate; can be in hard-to-reach locations such as manholes, meter closets, and in very isolated locations; and need to operate for years on small batteries. The purpose of this paper is to share across the industry a vision of how a low-cost m2m solution could be developed, either as an integrated part of or a complement to the evolution of current cellular technology. This would allow operators to provide connectivity for all sorts of devices in the future in the mass Internet of Things (IoT) market.

You can download the White Paper here, and also brief summaries of the LTE Based and Clean Slate proposals.

Among our outstanding speakers for this event are:

  • David Lister, R&D Manager, Vodafone
  • Johan Bergman, System Manager, Ericsson
  • Amitava Ghosh, Head of North American Radio Systems research, Nokia
  • Weilang Zhang, Project Manager, Huawei
  • Robert Young, Co-Founder VP Systems & Silicon, Neul
  • Robin Heydon, Fellow, Global Standards, CSR
  • John Roe, Technology Planning Lead, Accenture Mobility
  • Dr Antony Rix, Senior Consultant, TTP Group

Sponsored by TTP plc

TTP is an independent technology company where scientists and engineers collaborate to invent, design and develop new products and technologies.

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Sponsored by Rohde and Schwarz

Rohde & Schwarz is one of the world's leading manufacturers of information and communications technology products for professional users.

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Agenda

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The information supplied below may be subject to change before the event.

12:30

Registration & Networking over Buffet Lunch

13:30

Introduction by the Chairman, John Haine of u-blox UK

13:35

Welcome from the host, Richard Walker, Head of Communications & Wireless, TTP

13:40

Welcome from the joint sponsor, Steven Edwards of Rohde & Schwarz UK

13:45

Future IoT Connectivity Requirements: the Mobile Operator Perspective; David Lister, R&D Manager, Vodafone

Availability of spectrum and infrastructure are prerequisites for delivering wide-area IoT connectivity.
Mobile Operators have the required assets, but are the cellular based technologies the best approach
for delivering ubiquitous coverage, to very low-cost, low-power devices? What new technology set
might an operator require?

14:05

Q&A

14:10

Meeting the Requirements Through Evolution of LTE Through Release 12 & 13; Johan Bergman, System Manager, Ericsson and Amitava Ghosh, NAM Radio Systems Research, Nokia

LTE is being evolved to meet the future IoT connectivity requirements. LTE Rel-12 enables cheaper
devices with lower power consumption compared to earlier releases, and further evolution steps with
respect to lower device cost than Rel-12, enhanced coverage and enhanced battery life are envisioned
in LTE Rel-13.

14:30

Q&A

14:35

Characteristics of a Possible ‘Clean Slate’ New Air Interface; Weiliang Zhang, System Architect, Huawei and Robert Young, VP, Systems & Silicon, Neul

There is a huge opportunity for Mobile Network Operators to exploit the emerging IoT market. This talk makes a brief introduction to clean-slate radio access technology, which offers substantial benefits:
1. IoT network can be deployed in a very small bandwidth (DL: 180 kHz, UL: 180kHz)
2. Optimized for ultra-low terminal module cost (< $5)
3. Optimised for very long terminal battery life (> 10 years)
4. Extended coverage compared with existing cellular (20 dB enhancement)
5. Reuse existing cellular network equipment, such antenna, remote radio head, etc.

14:55

Q&A

15:00

The Silicon Vendor’s View; Robin Heydon, Fellow, Global Standards, CSR

To enable any wireless technology requires the support of the silicon vendors, but what do they need, apart from good standards and huge volumes? Where will silicon process technology take those wireless things and what other design issues need to be considered?

15:20

Q&A

15:25

Five minute pitch from Nick Appleyard, Head of Digital, Technology Strategy Board

15:30

Coffee/Tea and Networking

16:00

Driving the Next Wave of Industrial Revolution – A System Integrator viewpoint; John Roe, Technology Planning Lead at Accenture Digital

The Industrial Internet is the integration of complex machinery, sensors, software and communications. What is happening in this emerging and rapidly growing space, what are the business drivers and what will the eventual ecosystem look like?”

16:20

Q&A

16:25

Opportunities for Transformative Growth - an Entrepreneur's Viewpoint; Antony Rix, Senior Consultant, Communications & Wireless, TTP

End users and developers increasingly get the concept of the Internet of Everything, but from the early days of M2M we have struggled against practical challenges. What are the key issues, and how can they be overcome? What types of application could today's proposals unlock to enable new industries
to grow?

16:45

Q&A

16:50

Open Forum with all the Speakers, chaired by John Haine of u-blox

17:30

Fill in Evaluation Forms and Event Closes

Speakers

Amitava Ghosh - NAM Radio Systems Research, Independent

John Haine - Visiting Professor, University of Bristol (Communication Systems & Networks Research Group)

John Haine has spent his career in the electronics and communications industry, working for large corporations and with four Cambridge start-ups. His technical background includes R&D in radio circuitry and microwave circuit theory; and the design of novel radio systems for cordless telephony, mobile data, fixed wireless access and IoT communications. He has led standardisation activities in mobile data and FWA in ETSI, and contributed to WiMax in IEEE. At various times he has been involved in and led fund-raising and M&A activities. In 1999 he joined TTP Communications working on research, technology strategy and M&A; and after the company’s acquisition by Motorola became Director of Technology Strategy in Motorola Mobile Devices. After leaving Motorola he was CTO Enterprise Systems with ip.access, a manufacturer of GSM picocells and 3G femtocells. In early 2010 he joined Cognovo, which was acquired by u-blox AG in 2012. He led u-blox' involvement in 3GPP NB-IoT standardisation and the company's initial development of the first modules for trials and demonstrations. Now retired from u-blox he is an Honorary Professor in Electronic and Electrical Engineering at Bristol University, where he chairs the SWAN Prosperity Partnership Project external advisory board . He was founder chair and is Board Member Emeritus of the IoT Security Foundation. He served on the CW Board chaired the Editorial Board of the CW Journal.  John has a first degree from Birmingham (1971) and a PhD from Leeds (1977) universities, and is a Life Member of the IEEE.

Robin Heydon - Senior Director, Technology, Qualcomm Technologies International

David Lister - Research Manager, Vodafone

Antony Rix - CEO & Founder, Granta Innovation

Antony Rix gained his PhD developing PESQ, a patented AI model of the human auditory system applied to predict the quality of phone calls. This formed the basis of his first startup, Psytechnics, which was acquired by Netscout in 2011. He spent 12 years working at TTP on innovative connected digital systems, software and medical devices, before founding industrial IoT startup 8power in 2016. Antony is a member of the IET and American Telemedicine Association. Antony set up Granta Innovation in early 2018 and focuses on developing and gaining clinical acceptance of tools to transform the diagnosis of cancer using AI and magnetic resonance imaging.

John Roe - Senior Manager, Accenture

John Roe (Accenture)

Robert Young - VP Technology, Qualcomm Technologies International

Robert Young (Neul)

Weiliang Zhang

Event Location

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Location info

The Talking Point, TTP, Melbourn Science Park, Melbourn, Herts, SG8 6EE

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