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Presented by Presented by David Lister, Vodafone Group in The Future of Wireless International Conference in July 2013
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C1 1st July 2013 1
Making LTE fit for the IoT Presented by David Lister Vodafone Group
C1 1st July 2013 2
Agenda
• A short history of m2m and predicted
growth
• “Industrialised” m2m
– the key sectors served today
– a very diverse range of requirements
• Predictions for the future
• M2M / IoT Characteristics and Volume
• LTE evolution to support future services
• Remaining challenges
C1 1st July 2013 3
This isn’t all new ..
.. we deliver nationwide GB today and serve 11.1 million m2m connections globally up from 7.8 million last year
Vodafone coverage
C1 1st July 2013 4
.. but this is
Projected m2m CAGR 36% over 10 year period
.. and emergence of LTE as technology of choice
>100 million LTE connections worldwide 250 commercial LTE deployments by end of 2013 1 billion LTE connections by 2018
4G Americas, May 2013
Ericsson, June 2013
0.0
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2.5
2011
2012
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2019
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2021
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Utilities Security
Automotive and transport Healthcare
Retail Government
Financial services Analysys Mason, May 2012
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ARPU
(USD
per
mon
th)
Reve
nue
(USD
billi
on)
A growing market by revenue but declining revenue per connection
C1 1st July 2013 5
.. And driven by the following trends
Operate efficiently Saves time and money
Enable new business models Increases revenue
Improve customer service Creates happier customers
Comply to legislation and
standards Achieves compliance
Live the greener agenda Drives sustainability
78% of businesses1 believe that m2m is core of successful business in the
future
[1] The M2M Adoption Barometer 2013, CircleResearch, June 2013
C1 1st July 2013 6
Manufacturing & Industry
Consumer Electronics
Security
Automotive
Track & Tracing Payment
Health
Environmental Monitoring
Smart Metering
A diverse range of industry sectors which are well served by cellular
platforms today.
M2M Vertical Markets – “Industrialised M2M”
C1 1st July 2013 7
Predictions for the Future1
Three
predictions for
the future
1. Costs will fall 2. Smaller organisations will catch up and
race ahead 3. Manufacturing and consumer sectors
will lead growth
Growth areas
[1] The M2M Adoption Barometer 2013, CircleResearch, June 2013
C1 1st July 2013 8
Solution Characteristics - market volume - market
sector LTE Market Sector
Number of Devices
Industry Focussed ‘’Industrial’ m2m aligned with industry verticals
Mass Volume Internet of Things
Low volume
Medium / High volume
Increasing diversity
Enterprise Focussed B2B, relatively small volume but high value eg. video cameras, digital signage, smart-grid, etc
Mass volume and IoT B2B2C, Consumer Goods, Sensors, Alarms, ‘Long-Tail’, Tracking Objects, Connecting the microcontroller
Solution Characteristics
Low complexity/cost Very low power, years on a small battery Common standards Extended coverage Delay tolerant on downlink Delay sensitive on uplink Low data rate
Always connected Global roaming and mobility Coverage and availability SLA’s 2-way real-time communications Security Possibly supporting voice Cost sensitive Device Management
C1 1st July 2013 9
Enterprise Focussed B2B, relatively small volume but high value eg. video cameras, digital signage, smart-grid, etc
Number of Devices
Solution Characteristics
Always connected Global roaming and mobility Coverage and availability SLA’s 2-way real-time communications Security Possibly supporting voice Cost sensitive Device Management
Low complexity/cost Very low power, years on a small battery Common standards Extended coverage Delay tolerant on downlink Delay sensitive on uplink Low data rate
Industry Focussed ‘’Industrial’ m2m aligned with industry verticals
Mass volume and IoT B2B2C, Consumer Goods, Sensors, Alarms, ‘Long-Tail’, Tracking Objects, Connecting the microcontroller
Half-Duplex Dedicated M-Pxxx control chn
Rel 9+ Category 3 100Mbps
Rel12 Category 0
1Mbps
Increasing diversity
Rel13
Solution Characteristics - market volume - market
sector LTE Release LTE Market Sector
C1 1st July 2013 10
LTE Machine Type Communications (MTC)
= Standards Freeze Dates
Work Item on “Low-cost and Enhanced Coverage“ for MTC devices Rel10
Rel 11
Rel 12
Rel 13
Mar 2011
End 2014
~2016
June 2013
First LTE MTC devices based on Rel9/10. Congestion and Overload Control introduced.
Enhanced Architecture at Service Level Device Triggering Prioritisation
New Category of device defined for MTC based on work item outcome
MTC Enhancements to include energy and signalling efficiency
Study Item for low-cost, enhanced coverage, for MTC recommends: • Single receive antenna for MTC devices • Reduced peak data rate of 1Mbps • Reduced bandwidth with baseband data channel of 1.4MHz • Coverage Enhancement of 15dB • Further cost-reduction available with half-duplex
C1 1st July 2013 11
It’s not just the core technology
• A common technology standard to
enable
– Economies of scale to reduce costs
– Global roaming
• Licenced Spectrum as licence-exempt
and white-space globally aligned
spectrum is not available
• Economic efficiency by re-using
existing cellular assets and low per-
device operating cost
• Scalable, spectrally efficient, security,
and longevity assured
• Cost effective coverage
– Sub GHz bands for propagation
– Regardless of technology a 3dB link
budget improvement is a ~50% reduction
in sites
C1 1st July 2013 12
Research Challenges Remain
Courtesy of cartoonsbyjosh.com
• Data characteristics of IoT not well
aligned to characteristics of LTE – We’ll make it fit anyhow!
• LTE rollout for wide area
nationwide coverage will take
several years
– GSM/GPRS remains immediate
solution of choice
– How to transition from existing
established cost-effective solutions
• Radio front-end is complex for
multi-region support – Up to 40 LTE bands
– How to simplify and maximise
economies of scale
C1 1st July 2013 13
Thank you