O BRASIL E O MUNDO. ONDE ESTAMOS NO 5G?

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O BRASIL E O MUNDO.

ONDE ESTAMOS NO 5G?

Marco Di Costanzo

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Casos de Uso e Requisitos

Recursos Críticos para o Sucesso

Como a TIM está se preparando

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Enhanced

MBB

Fixed Wireless Access

FWA

5G

Casos de Uso

Remote Surgery / Interactive Medicine (Health 5.0) Autonomous Car

Industry Automation (Industry 4.0)

Mission Critical

IoT

Smart Home Smart City Wearable Devices

Massive

IoT

Mobile Cloud Computing (work & play) Virtual Reality / Augmented reality Video UHD (4K)

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1 ms radio latency, 5ms E2E 99,999% E2E availability

10-20 Gbps theoretical max peak rate 100 Mbps real average user rate

5G

Requisitos

Massive IoT Mission Critical IoT Enhanced MBB

Fixed Wireless Access FWA

Mobility

Connectivity

Latency & Reliability

Bandwidth

High speed mobility (500 Kmh)

> 100 CPE / AP

Up to 1 Gbps UBB offer profile 10.000x more traffic

High speed mobility (250 Kmh) 1.000.000 devices / Km2

10 years battery lifetime Ultra low cost M2M

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Mobility

Connectivity

Latency & Reliability

Bandwidth

Massive MIMO and Beamforming (MU-MIMO) More spectrum available (3.5GHz, mmW)

Increased spectral efficiency Distributed Cloud Core Functions (CUPS)

Shorter TTI (CP-OFDM)

Flat De-layered Transport (IPOC)

Dynamic Spectrum Sharing (DSS LTE/NR) Low band spectrum available

Dual Connectivity (DL/UL decoupling)

Zero-touch self-install indoor CPE

More spectrum available (3.5GHz, mmW) Massive MIMO and Beamforming (MU-MIMO)

Massive IoT Mission Critical IoT Enhanced MBB

Fixed Wireless Access FWA

5G

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O Brasil e o mundo.

Onde estamos no 5G?

User Generated Content 360 virtual touring Immersive virtual reality

Connected Cloud Live Sports

Interactive Medicine Augmented Reality

Instant Apps

MOBILE TRAFFIC EXPLOSION

50B

GB

75

%

Monthly Mobile Traffic by 2021

Video Traffic in Mobile Data by 2021

FIBER-LIKE WIRELESS CONNECTION

1.6

GB

6.8

GB

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2017 2018 2019 Device Deployment R15 NR PH1: NSA 2020 R17 Commercial scale …

Smartphone will be Available in 2019

R15 PH1: SA R16 NR PH2 Standard CPE FWA

Pre-Commercial _{Commercial 1.0}CPE FWA

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High bands (24 GHz – 40 GHz) New bands Mid bands II (3.5 GHz – 8 GHz) New bands Mid bands I (1 GHz – 2.6 GHz) Legacy bands Low bands (Sub – 1 GHz)

New / legacy bands

<1 km 8 km 15 km 30 km 10 MHz 20 MHz 50 MHz >100 MHz 10 ms

Cobertura Capacidade Latência

1 ms

High capacity Hotspot / Dense urban

Moderate capacity Wide area /

Outside-in coverage

Es

pectr

o

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More data Capacity

(10.000x more traffic)

Coverage

2. ESPECTRO: para suportar os requisitos de Cobertura, Capacidade e Latência

Es

pectr

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2. ESPECTRO: estratégia para introdução do 5G 5G on Mid bands II

Dual connectivity with 5G on mid bands

New bands

Shared Low bands Increased coverage for wide-area

New / Legacy bands

5G on High bands Increased capacity and ultra low latency

New bands

Shared Mid bands I Maximal coverage, capacity and cell edge performance

Legacy bands Dual connectivity Spectrum sharing Carrier aggregation Performance characteristics Baseline 4G Capacity and coverage

High bands (24 GHz – 40 GHz)

Mid bands II (3.5 GHz – 8 GHz)

Mid bands I (1 GHz – 2.6 GHz)

Low bands (Sub –1 GHz)

Cell edge performance Capacity/Speed Latency 2G +3G 4G 5G 4G+5G

Cell edge performance Capacity/Speed Latency

2019 2020

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100MHz or less 200MHz

300MHz 400MHz

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3. SITES: regulação mais flexível para facilitar a construção de novos sites

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FWA 3.5G/28G/39GHz 17H2 Pre-Comm. eMBB 3.5G/28G 17H2 Pre-Comm. eMBB 4.5G/28G 19 Pre-Comm. eMBB 700M/3.5G/24~26G 18~19 Pre-Comm. eMBB 3.5G/4.5G 18 Pre-Comm. 2018 2019 2020 2017 Trial Trial Comm

Trial (7 cities) Massive Deploy (100

areas) Comm. Pre-Comm Comm WTTx Comm (Q3) WTTx 2 cities trials Trial Trial Pre-Comm Trial

Trial Feature Verification Comm

5G trial city (3 areas)

5G active plan

Pre-Comm

Comm

Pre-Comm

5GMF Use Case Development

ICT with 5G will drive Japan economy

trials (11 cities)

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2x Max Throughput vs. YA 43% using 3.5GHz and 31% using 28MHz

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C-Band (3.5GHz)

Primary Capacity

• C-Band with Massive MIMO for capacity and coverage • UL sharing with below 3GHz for coverage and mobility

mmWave (24–40 GHz)

Complementary Capacity • Hotspot capacity

• Fixed Wireless Access

Sub-3GHz

Primary Coverage

• Coverage, mobility and connectivity • Low Latency and mMTC services

2018 2019 2020 2021 4G Evolution C-BAND Auction 5G Pilot / Pre-commercial 5G Commercial

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O ESTADO DO 5G NA TIM: Testes na faixa 3.5GHz (Banda C)

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Testes em campo da Faixa de 3.5GHz (verificação de convivência com a Banda C)

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✓ LTE Evolution: Giga LTE

— 4x4 MIMO, 256QAM, full CA — Voice migration to VoLTE — NB-IoT / CAT-M intro in L700

✓ 5G Introduction

— Massive MIMO on 3.500 MHz and mmW — Dynamic Spectrum Sharing (DSS)

— NR+LTE Dual Connectivity (DC/NSA) — 1.800/2.100 MHz refarming to NR 2.100 MHz 1.800 MHz mmW (26GHz) Bands (MHz) 20MHz 850 MHz 12,5MHz 3.500 MHz 15MHz CS voice / MBB / Legacy M2M eMBB / FWA Critical IoT 5G Introduction eMBB / FWA GSM 3G LTE NR LTE CA NR+LTE DC NR+NR CA 700 MHz 10MHz DSS 4x4 MIMO DSS eMBB eMBB eMBB / FWA eMBB / FWA Critical IoT Giga LTE 2x2 10MHz 2.600 MHz NB-IoT / CAT-M eMBB (shared spectrum)

O ESTADO DO 5G NA TIM: a estratégia de gestão do espectro

2020 2021 2022

2019 2018

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850 700 CS voice / MBB / Legacy M2M 2x2 850 NB-IoT / CAT-M 2x2 2600 1800 2100 4X4 MIMO 4X4 MIMO 4X4 MIMO 4X4 MIMO 4X4 MIMO 2x2 4x4 4x4 2x2 2x2

Strategic sites High capacity Capacity Coverage

New 5G

Giga LTE

5G speed experience

LTE expansion (minimum 2CC everywhere)

eMBB 3500 mmW Indoor M-MIMO M-MIMO 8x8 Traffic/site

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850 700 CS voice / MBB / Legacy M2M 2x2 850 2x2 2600 1800 2100 4X4 MIMO 4X4 MIMO 4X4 MIMO 4X4 MIMO 4X4 MIMO 2x2 4x4 4x4 2x2 2x2 eMBB 3500 mmW Indoor M-MIMO M-MIMO 8x8 Traffic/site Scalable Macro Low TCO coverage Massive MIMO Small cells NB-IoT / CAT-M

O ESTADO DO 5G NA TIM: a estratégia de gestão do espectro

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O ESTADO DO 5G NA TIM: a rede 5G Cloud Core

5G Cloud Core Network

Control & User Plane Functions virtualized in DCC (CP) and DCE (UP) Data Centers

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O ESTADO DO 5G NA TIM: como a TIM está se preparando 1 2 3 4 5 5G Cloud Core Converged Access Multi Use cases

GIGA LTE

Centralization Distribution

New Spectrum Automation/Analytics/AI

Smart Fabric (SDN, IP/MPLS, Optical) NW Slices C-Plane U-Plane EPC Core Distribution/Local _Apps/ Contents

Edge Site Central Site

Access Site 4G 5G 1 2 3 5

Evoluindo a rede LTE para Giga LTE (LTE-A Pro)

Expandindo a rede de Backhaul em FO

(regional&urban)

Distribuindo as funções virtualizas de User Plane nos DCE

Centralizando as

funções virtualizads de Control Plane nos DCC Validando o uso da banda 3.5GHz

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CONSIDERACOES FINAIS

▪ As Redes 5G irão propiciar alcançar um outro patamar em termos de novas aplicações e serviços;

▪ O Ecossistema 5G (padrões, tecnologias, terminais, bandas) está cada vez mais robusto e o numero de pilotos e lançamentos pre-comercias aumenta constantemente ao redor do Mundo.

▪ No Brasil o fator critico de sucesso será a licitação da banda C (3.5GHz), prevista para 2H19, bem como uma regulação mais flexível que facilite a construção de novos sites e fibra ótica;

▪ A TIM está se preparando para o 5G evoluindo sua rede LTE para “Giga LTE” (LTE-A Pro) e sua rede Core para “5G Cloud Core”.

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