o brasil e o mundo. onde estamos no 5g? · lte evolution: giga lte — 4x4 mimo, 256qam, full ca...
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EnhancedMBB
Fixed Wireless AccessFWA
5G
Casos de Uso
Remote Surgery / Interactive Medicine (Health 5.0)
Autonomous Car
Industry Automation (Industry 4.0)
Mission CriticalIoT
Smart Home
Smart City
Wearable Devices
MassiveIoT
Mobile Cloud Computing (work & play)
Virtual Reality / Augmented reality
Video UHD (4K)
FTTH substitution with WTTH
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
MassiveIoT
Mission CriticalIoT
EnhancedMBB
Fixed Wireless AccessFWA
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
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)
MassiveIoT
Mission CriticalIoT
EnhancedMBB
Fixed Wireless AccessFWA
5G
Tecnologias
O Brasil e o mundo.
Onde estamos no 5G?
User Generated Content 360 virtual touring Immersive virtual reality
Connected CloudLive SportsInteractive Medicine Augmented Reality
Instant Apps
MOBILE TRAFFIC EXPLOSION
50BGB 75%
Monthly Mobile Traffic by 2021
Video Traffic in Mobile Data by 2021
FIBER-LIKE WIRELESS CONNECTION
1.6GB 6.8GB
BoU 2016 BoU 2021
2017 2018 2019
Device
Deployment
R15NR PH1: NSA
2020
R17
Commercial scale
…
Smartphone will be Available in 2019
R15PH1: SA
R16NR PH2
Standard
CPE FWAPre-Commercial
CPE FWACommercial 1.0
1. PADRONIZACAO: para alavancar escala comercial de Redes e Terminais
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
10MHz
20 MHz
50 MHz
>100 MHz
10 ms
Cobertura Capacidade Latência
1 ms
High capacityHotspot / Dense urban
Moderate capacityWide area / Outside-
in coverage
Esp
ect
ro
2. ESPECTRO: para suportar os requisitos de Cobertura, Capacidade e Latência
More data Capacity(10.000x more traffic)
Coverage
2. ESPECTRO: para suportar os requisitos de Cobertura, Capacidade e Latência
Esp
ect
ro
2. ESPECTRO: estratégia para introdução do 5G
5G on Mid bands IIDual connectivity with 5G on mid bands
New bands
Shared Low bandsIncreased coverage for wide-area
New / Legacy bands
5G on High bandsIncreased capacity and ultra low latency
New bands
Shared Mid bands IMaximal coverage, capacity and cell edge performance
Legacy bands
Dual connectivity
Spectrum sharing
Carrier aggregation
Performance characteristics
Baseline 4GCapacity 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
Cell edge performance
Capacity/Speed
Latency
Cell edge performance
Capacity/Speed
Latency
Cell edge performance
Capacity/Speed
Latency
2019 20202018 2021 2022
100MHz or less
200MHz
300MHz
400MHz
2. ESPECTRO: 3.5 GHz será o primeiro espectro 5G e terá escala mundial
FWA3.5G/28G/39GHz17H2 Pre-Comm.
eMBB3.5G/28G17H2 Pre-Comm.
eMBB4.5G/28G19 Pre-Comm.
eMBB700M/3.5G/24~26G18~19 Pre-Comm.
eMBB3.5G/4.5G18 Pre-Comm.
2018 2019 20202017
Trial
Trial Comm
Trial (7 cities)Massive Deploy (100
areas)Comm.Pre-Comm
Comm WTTx
Comm (Q3) WTTx2 cities trialsTrial
Trial Pre-Comm
Trial
Trial Feature Verification Comm
5G trial city (3 areas)
5G active plan
Pre-Comm
Comm
Pre-Comm5GMF Use Case Development
ICT with 5G will drive Japan economy
trials (11 cities)
O ESTADO DO 5G NO MUNDO: Panorama das iniciativas
2x Max Throughput vs. YA43% using 3.5GHz and 31% using 28MHz
O ESTADO DO 5G NO MUNDO: Panorama das iniciativas
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-3GHzPrimary Coverage• Coverage, mobility and connectivity• Low Latency and mMTC services
2018 2019 2020 2021
4G Evolution C-BANDAuction
5G Pilot / Pre-commercial
5GCommercial
O ESTADO DO 5G NO BRASIL: Próximas Etapas
O ESTADO DO 5G NA TIM: Testes na faixa 3.5GHz (Banda C)
Testes em campo da Faixa de 3.5GHz (verificação de convivência com a Banda C)
Testes em campo da Faixa de 3.5GHz (verificação de convivência com a Banda C)
O ESTADO DO 5G NA TIM: Testes na faixa 3.5GHz (Banda C)
✓ 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 MHz12,5MHz
3.500 MHz
15MHz
CS voice / MBB / Legacy M2M
eMBB / FWACritical IoT
5G IntroductioneMBB / FWA
GSM 3G LTE NR
LTE CANR+LTE DCNR+NR CA
700 MHz10MHz DSS
4x4 MIMO
DSS
eMBB
eMBB
eMBB / FWA
eMBB / FWACritical 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 202220192018
850
700
CS voice / MBB / Legacy M2M
2x2
850
NB-IoT / CAT-M
2x2
2600
1800
2100 4X4 MIMO
4X4 MIMO
4X4 MIMO
4X4 MIMO4X4 MIMO2x2
4x4
4x4
2x2
2x2
Strategic sites Capacity CoverageHigh capacity
New 5G
Giga LTE
5G speed experience
LTE expansion (minimum 2CC everywhere)
eMBB
3500
mmW Indoor
M-MIMO
M-MIMO
8x8
Traffic/site
O ESTADO DO 5G NA TIM: a estratégia de gestão do espectro
850
700
CS voice / MBB / Legacy M2M
2x2
850 2x2
2600
1800
2100 4X4 MIMO
4X4 MIMO
4X4 MIMO
4X4 MIMO4X4 MIMO2x2
4x4
4x4
2x2
2x2
eMBB
3500
mmW Indoor
M-MIMO
M-MIMO
8x8
Traffic/site
Scalable Macro
Low TCO coverage
Massive MIMOSmall cells
NB-IoT / CAT-M
O ESTADO DO 5G NA TIM: a estratégia de gestão do espectro
Strategic sites Capacity CoverageHigh capacity
O ESTADO DO 5G NA TIM: a rede 5G Cloud Core
5G Cloud Core Network
Control & User Plane Functions virtualizedin DCC (CP) and DCE (UP) Data Centers
O ESTADO DO 5G NA TIM: como a TIM está se preparando
1
2
3
4
5
5GCloud Core
Converged AccessMulti Use cases
GIGA LTE
Centralization Distribution
New Spectrum Automation/Analytics/AI
Smart Fabric(SDN, IP/MPLS, Optical)
NW SlicesC-Plane
U-Plane
EPC Core
Distribution/Local Apps/Contents
Edge Site Central SiteAccess Site
4G
5G
1
2
3
5
Evoluindo a rede LTEpara 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
4
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 depilotos 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 comouma 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 Corepara “5G Cloud Core”.