Ike Alisson
Stockholm
2017-02-25
ALICON SE
IoT Technology Standards

ALICON SE – Commercial in ConfidenceSE/SL Ike Alisson
Table of Contents
1. Introduction to IoT Technology Standards
1.1 IoTs/MTCs impact on the coming Technology shift
1.2 IoT Technology Standards
1.2.1. GSMA eUICC (soft SIM) for IoT
1.2.2. OMA LwM2M protocol for IoT
1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel.13
1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT
1.2.4.1. LTE-M
1.2.4.2. NB-IoT
1.2.4.3. EC-GSM
1.2.5 ETSI MEC (Mobile - Edge Computing) for IoT
1.2.5.1 Hybrid Cloud
1.2.5.2 Smart Manufacturing
1.2.5.3 IoT vs IIoT benchmark
2. Market Implementation of 3GPP Rel.13 in USA during 2017
3. Summary IoT Technology Standard
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1.1 IoTs/MTCs impact on the coming Technology shift - 1
Technological Revolution
Unprecedented in humankind history:
- Scale
- Complexity
- Pace
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- Technology advancement
SDN, NFV, All-IP,
- Smartphones & Tablets +
Wearables & Sensors
- Applications:
Video, Content (P & Sh), Payment, Proof of Identity, Cloud Gaming, Mobile TV, and
Supporting Smart Life in general.
Health, Security, Safety, and Social Life applications,
Home Appliances, Cars & MTC.
- Enterprises focus on Security & Privacy
Enterprise - personal device usage border – vanish
Mobility - main driver for productivity.
Verticals
IoT- MTC (Machine Type Communication)
Partnerships
OTT
1.1 IoTs/MTCs impact on the coming Technology shift - 2
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Soft Sim - eUICC LwM2M Protocol IoT Service Layer 3GPP Rel. 13 IoT/MTC
IoT/MTC Standardization Organisations and Solutions
1.2 IoTs/MTCs Technology Standards
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ETSI MEC

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1.2.1 GSMA eUICC (soft SIM) for IoT - 1
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Spanning 220 countries, the GSMA unites nearly 800 of the world’s mobile operators
1.2.1 GSMA eUICC (soft SIM) for IoT - 2
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1.2.1 GSMA eUICC (soft SIM) for IoT - 3
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1.2.1 GSMA eUICC (soft SIM) for IoT - 4
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1.2.2 OMA LwM2M protocol for IoT - 1
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OMA – DM
Standard for Device Management (DM)
Mobile Phone terminals & IoT/MTC
1.2.2. OMA LwM2M protocol for IoT - 2

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1.2.2. OMA LwM2M protocol for IoT - 3
- More than 25 companies are currently deploying LwM2M in products & services:
- the ARMmbed IoT Device Platform, - AV System’s Coiote Platform,
- Ericsson’s Dynamic Digital Interaction (DDI), - Gemalto modules,
- Huawei’s Ocean Connect IoT Platform, - IoTerop’s IOWA LwM2M commercial stack,
- Microsoft’s Azure, - Nokia’s IMPACT IoT Platform,
- Sierra Wireless’ modules, gateways and IoT platform and more.
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1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel.13 - 1.13
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1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel.13 - 2.13
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1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel.13 - 3.13
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1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel.13 - 4.13
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1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel.13 - 5.13
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1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel.13 - 6.13
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1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel. 13 - 7.13
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1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel. 13 - 8.13
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1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel.13 - 9.13
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1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel.13 - 10.13
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1.2.3 One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel.13 - 1113
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1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel.13 - 1213
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1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel.13 - 1313
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1.2.3. One M2M IoT Service Layer Rel. 2.0 IWK with 3GPP Rel.13 - 14.13
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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT - 1
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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT - 2
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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT – 3
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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT - 4
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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT - 5
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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT - 6
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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT - 7
5G Use Case families and related examples
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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT – 8
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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT – 9
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Source:3GPP

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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT – 10
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Source:3GPP

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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT – 11
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Source: Qualcom

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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT – 12
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Source: Qualcom

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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT – 13
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Source: Qualcom

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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT – 14
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Source:3GPP

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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT – 15
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Source:3GPP

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3GPP Rel. 13 IoT block diagram common building blocks of a typical module design (NB-IoT vs CAT-M1 Cost Comparison)
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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT – 16

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1.2.4. 3GPP Rel. 13 (LTE) for MTC/IoT – 17
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Source:3GPP

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1.2.5. MEC – Mobile Edge Computing (ETSI) – Service Scenario for IoT

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1.2.5.1 MEC – Mobile Edge Computing (ETSI) – Hybrid Cloud

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- Manufacturing defined as: the multi-phase process of creating a product out of raw materials,
- “Smart Manufacturing is a subset that employs
Computer Control (CC)
&
high Levels of Adaptability (LA)
OBJECTIVE / PRINCIPLES:
- use data and information
- throughout the product life cycle
- creating flexible manufacturing processes
- respond rapidly to changes in demand
- at low cost
1.2.5.2 MEC – Mobile Edge Computing (ETSI) – Smart Manufacturing

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1.2.5.3 IoT vs IIoT (Industrial IoT) – benchmark
Source:M. Bowne, PI

AT&T
and roll out LTE-M IoT in 2017 &
Verizon Wireless
Sequans Communications (SC)
in partnership
STMicroelectronics (STM)
-Verizon Wireless announced its certification of Sequans’ LTE Category M1 chipset early this year
Source: RCR Wireless, Feb. 20, 2017
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2. Market Implementation of 3GPP Rel.13 in USA during 2017 - 1

- STMicroelectronics’ HW & SW Platforms
(STM32 ODE)
and
- Sequans’ LTE Category M1 chipset platform
(Cassiopeia’s LTE-A baseband processor,
SQN3220) .
IoT design kit simplify device design & speed time to market for IoT
- wearables,
- connected health care devices,
- smart city and smart home devices,
- asset trackers,
- connected agriculture solutions and
- industrial IoT devices.
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2. Market Implementation of 3GPP Rel.13 in USA during 2017 - 2

- One SIM card (eUICC) to handle “all operators”,
- Apply “IP logic” to IoT through LwM2M protocol
- IoT Common Interfaces and Common Management
Functions through IoT One M2M Service Layer
- IoT dedicated Network (LTE & 5G) improvements
for improved Sensor battery life and reduced device
cost.
- Enhanced compute and memory capability for aggregation and
distribution services and analytics of the device messages;
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3. Summary and gains with the IoT Technology Standards - 1

“One” to “rule them all”
“One” to “rule them all”
“One” to “rule them all”
“One” to “aggregate” it all”
“One” to “SERVE them all”
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3. Summary IoT Technology Standards - 2
The Lord of the IoT Principle