Enabling a Brand New World

Enabling a Brand New World

LTE World Summit 2015

Device Evolution

• Basic internet access with fixed apps

• “Press button for effect”

• Email & web servers

• Standalone devices

HistoricSTANDALONE DEVICES

• Cloud-connected smartphones with downloadable apps

• “Any surface is a touchscreen”

• Cloud streaming of contents and app data

• Standalone devices + cloud

TransitionCONNECTED DEVICES

Brand New WorldUNIFIED DEVICES

• All things cloud-connected through smartphones, tablets, sensors, actuators & robotics

• “Apps with legs” i.e. interact with anything

• User resides in cloud, massive cross-service aware data analysis

• Multiple devices act together as one, sharing software and hardware

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A Brand New World

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Powered by advanced semiconductor technologies

Transportation,Automotive

Smart homes Health

WearablesSmartphonesTablets

!

Robotics, Automation

Cloud services, computing & storage

Sensors, Actuators

5G to enable ubiquitous and unlimitedaccess to information

Cellular Evolution toward 5G

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~10 years between generations ~20 years from launch to peak

1990 2000 2010 20201980

1Gbps, Ubiquitous cloud

100Mbps Mobile broadband

10MbpsMobile data

10-100kbps, SMS, Global roaming

Mobile telephony

2GGSM

3GUMTS

4GLTE

5G“cm/mmWave”EDGE HSPA LTE-A

1GAMPS

4G Evolution for 5G

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Machine-Type Communications> New Services> Extended Coverage > Long Battery Life> High ConnectivityInterference Cancellation

> Better Capacity and Coverage

License-Assisted Access> Additional Spectrum> Capacity Boost> Better User Experience

Cellular-WiFi Integration> Better User Experience

Small Cell Enhancements> More Capacity

LTE evolution to play a significant role in 5G

WiFiCellular

Unlicensed(LTE)

Licensed(LTE)

On On

Off

Smart Interference Cancellation in Devicewith Network Assistance

• Solutions using Interference Cancellation in 3GPP Standards• Network-Assisted Interference Cancellation Suppression (NAICS, Rel-12)

• Multi-User Superposition Transmission (MUST, Rel-13)

Throughput gain (cell edge with resource utilization 40%) Transistor counts

Iterative Data ICBaseline Pilot IC Data IC

1X

1.4X

1.1X

1.9X

1.4X

2.1X

1.6X

1X

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Exploit Higher Spectrum Resources

* cmWave for spectrum above 6GHz mmWave for spectrum above 30GHz

BackhaulStandalone Access

Macro-Assisted Access

cmWave/mmWave BS

• cmWave/mmWave*• Extreme high data rate

in high spectrum

• 9 Gbps avg. cell throughput achievable in 1GHz BW †

• Challenges• Antenna, RF

• Beamforming, tracking

• New spectrum to be secured ITU WRC-18/19

† MediaTek, VTC Spring 20157

5G at the Heart of Automotive• Ultra reliable communication through 5G

Low latency, high reliability/efficiency

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Road Safety

Autonomous DrivingCar Infotainment

Vehicular to Vehicular/Infrastructure Communication

All Things Connected

• Scalable 5G air interface for cellular IoT (Internet of Things)

– Keep OFDM structure, multiplex different sub-systems together.

Coexist with LTE at low bands, easier for deployment.

Best use existing LTE spectrum to enable IoT applications

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frequency

tim

e

Efficiency

Flexibility

Complexity

Sub-carriers with smaller spacing(longer symbol)

frequency

tim

e

Normal LTE sub-carriers

frequency

tim

e

Sub-carriers with larger spacing(shorter symbol)

frequency

tim

e

All Things Connected

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• Longer Symbol, Smaller Sub-carrier Spacing.

• Massive MTC connections

• Easier synchronization, deeper coverage (e.g. PSD boosting)

• Shorter Symbol, Larger Sub-carrier Spacing.

• Finer time granularity for latency reduction

e.g. subcarrier spacing =60kHz

frequency

tim

e

frequency

tim

e

e.g. subcarrier spacing =3.75kHz

All Things Connected

• New access scheme based on contention is promising– Less overhead, shorter latency suitable for bursty small packets

– Contention based access for latency and capacity (connection density) improvements

Avoid TA adjustment by longer symbol length (smaller sub-carrier)

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Scheduled Access Contention Access

Scheduling Command Data Transmission

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5G Standardization

2016

Q1 Q2 Q3 Q4

2017

Q1 Q2 Q3 Q4

2018

Q1 Q2 Q3 Q4

2019

Q1 Q2 Q3 Q4 Q1 Q2

2020

Evaluation Criteria

Requirements Initial Submission of Proposals

Evaluation

Specification

Rel-14 Rel-16Rel-15

IMT2020

• 3GPP as the core for 5G technology standardization

– Rel-14/15 technologies for 2020 deployment

– Rel-16 technologies to further meet all IMT2020 requirements

– Standardization must meet operator deployment needs

Making the World a more inclusive place

MediaTek continues to pioneer new technologies, use cases, business models and design methodologies

Enabling a new generation of products and services faster than ever before

Accross a broad range of product categories: IOT/wearables/smartphones/Tablet/TV/set-top/game/audio/gateway/routers..

5G will be a cohesive set of technologies

LTE Evolution will play a major role

New cmWave / mmWave to tap into spectrum above 6GHz, above 30GHz

Need for global standards

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MediaTek is committed to 5G success

Enabling a Brand New World

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