天線(xiàn)與測(cè)試研討會(huì)-2-5g終端挑戰(zhàn)安立mar

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px5G終端測(cè)試與

測(cè)試方案高級(jí)工程師通訊科技（

）3/31/2018公司–歷史悠久的全球電子通訊測(cè)試測(cè)量廠商初創(chuàng)于1895年1987年進(jìn)入中國(guó)2011年11月通訊科技（

）成立移動(dòng)通信設(shè)備測(cè)試 基礎(chǔ)射頻測(cè)量光通信與數(shù)據(jù)通信

移動(dòng)網(wǎng)絡(luò)測(cè)試Slide

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CORPORATION3，中國(guó)成都?安Slide

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CORPORATION4Contents5G技術(shù)的發(fā)展概況5G技術(shù)全球的試驗(yàn)5G產(chǎn)業(yè)關(guān)鍵參與者的計(jì)劃5G

終端測(cè)試的需求以及安?5G的測(cè)試解決?案Slide

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CORPORATION55G

技術(shù)的發(fā)展概況Slide

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ANRITSU

CORPORATION7Why

5G4G夠了么？5G實(shí)現(xiàn)不同的應(yīng)用場(chǎng)景eMBB:增強(qiáng)型移動(dòng)寬帶mMTC:海量機(jī)器類(lèi)通信URLLC:低時(shí)延高可靠通信教育健康醫(yī)療智能電網(wǎng)車(chē)聯(lián)網(wǎng)智慧城市智能家庭物流商務(wù)Further

LTE

EvolutioneMBB5

to

20GbpsURLLC1ms

latency5G

New

RadiomMTC106

devices/km2Cat.1/0/MNB-IoT4x4/8x4MIMO4CA/5CA/xCA256QAMLAA/LWAFD-MIMOD2D

V2X

MCCCPESlide

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CORPORATION8Mobile

phoneTablet5G關(guān)鍵性能指標(biāo)(Ref:38.913

v14.2.0)KPIValueNote峰值速率（下行）20

Gbpshighest

theoretical

data

rate,

error

free,

single

UE峰值速率（上行）10

Gbps控制面（CP）延遲10

msTime

to

move

from

IDLE

to

ACTIVE

(Continuous

data

transfer

state)UL/DL用戶(hù)面延遲–URLLC0.5

msLayer2/3

ingress

point

to

egress

pointUL/DL用戶(hù)面延遲–eMBB4msLayer2/3

ingress

point

to

egresspoint非頻繁小分組數(shù)據(jù)延遲10s20

byte

application

packet,

measured

at

max

MCL

-164

dBURLLC可靠性1.10-532

bytes

packet

with1ms

latencyeV2X可靠性1.10-5300

bytes

packet

with

3-10

ms

thoughsidelink

Direct

communicationand

communication

range

of

a

few

meters信號(hào)覆蓋MCL

164

dBUL/DL

transfer

of

160

bps

(ingress/egress

radio

points)極限終端電池>10years,Desirable:

15

years移動(dòng)性500

km/hum

user

speed

at

which

a

defined

QoSSlide

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CORPORATION95G頻譜分配400MHz

1GHz

3GHz 6GHz

10GHz

20GHz

30GHz

40GHz

50GHz

60GHz

70GHz

80GHz

90GHzWRC15eExisting

LTE

BandUnlicensed

bandOther

regional

interest

bandMacroSlide

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CORPORATION10SmallUltra

Small<

20MHzN*20

MHzN*100

MHz1-2GHzCell

SizeLTE

CompatibleRAT

TypeNew

RAT

(higher

performance,

wide-area)New

RAT

(low

complexity,

short

range)Band

Width5G系統(tǒng)整體架構(gòu)選項(xiàng)OptionSA/NSAStructures(=:

CP+UP,

-

UP)Completed

DateOption

1SAEPC =

LTESupportOption

2SA=

NRJun’18Option

3/3aNSAEPC =

LTE

–

NRDec’17Option

4/4aNSA=

NR

–

LTEJun’18Option

5SA=

LTETBDOption

6SAEPC =

NRTBDOption

7/7aNSA=

LTE

–

NRJun’18Option

8/8aNSAEPC =

NR

–

LTETBDLTE

evolution5G

New

Radio1GHz6GHz24GHz84GHz100GHz1GHz6GHz24GHz86GHz100GHzEPC

4G核??5G

核??Slide

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CORPORATION11NSA非獨(dú)立組網(wǎng)vs

SA獨(dú)立組網(wǎng)?

LTE與NR雙連接?

對(duì)于現(xiàn)有網(wǎng)絡(luò)架構(gòu)基本無(wú)變化?

無(wú)5G 網(wǎng)能力，增加NR作為現(xiàn)有網(wǎng)絡(luò)的另一條數(shù)據(jù)管道?

缺少滿(mǎn)足垂直產(chǎn)業(yè)多樣化需求的能力與靈活度?

充分利用5G

網(wǎng)與RAN能力?

實(shí)現(xiàn)如網(wǎng)絡(luò)切片在內(nèi)的關(guān)鍵功能，輕松為垂直行業(yè)提供定

務(wù)LTENRNSAOption

3EPCNRSAOption

2NG

CoreSlide

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CORPORATION125G網(wǎng)絡(luò)架構(gòu)Slide

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CORPORATION13這是一個(gè)Slide

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CORPORATION143GPP計(jì)劃與時(shí)間表(根據(jù)2017年12月RAN#78會(huì)議)NSASpecsCompleted!Slide

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CORPORATION15LTE

vs

5G

NR比較(部分關(guān)鍵參數(shù))LTE3GPP

5G

NRSub-6G3GPP

5G

NRmmWaveBandwidth

per

CC20MHz5,

10,

15,

20,

50,

60,

80,100MHz50,100,

200,

400MHzum

CC5(32)Initially

one

carrier

in

addition

to

LTE(specifications

allow

up

to

16

carriers)ModulationDL

CP-OFDMUL

SC-FDMADL

CP-OFDMUL

CP-OFDM

(eMBB)/DFT-S-OFDM

(mMTC)Lo

PR/CMtechniqueSC-FDMAPossibilityfor

DFT-S-OFDM

etc.

(filtering,

windowing)Subcarrier

spacing

for

Data15kHz15K/30K/60KHz60K/120KHzSubcarrier

spacing

for

-Data(SS-Block)-15K/30KHz120K/240KHzNumber

of

Subcarrier1200Up

to

3300

(FFT

Size

4096)Modulation

SchemeQPSK/16QAM/64QAM/256QAMUp

to

256QAM

(DL

&

UL)Up

to

64QAM

(DL

&

UL)Channel

CodingTBCC/TurboPolar/f-LDPCum

CWs21

or

2MIMODL

8LayerUL

4Layer2x2

or4x4

in

DL,

SISO

or

2x2

in

UL2x2

in

DL,

SISO

or

2x2

in

ULMultipleNumerologyNot

supportSupportSubframelength

TTI

(ms)10.125ms/0.25ms/0.5ms/1msNote:

Work

in

progress

in3GPP!Slide

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CORPORATION163GPP

5G

NR相關(guān)主要標(biāo)準(zhǔn)AreaSpecTitleRelease3GPP

OwnerArchitectureTS23.501System

Architecture

forthe

5GSystemRel-15SA

/

SPArchitectureTS38.4015G-NR

architectureRel-15RAN3Stage

2TS38.300NR

and

NG-RAN

Overall

DescriptionRel-15RAN2Stage

2TS37.340Multi-connectivityRel-15RAN2Stage

3TS38.201GeneraldescriptionRel-15RAN1Stage

3TS38.202Services

provided

by

the

physical

layerRel-15RAN1Stage

3TS38.211Physical

channels

and

modulationRel-15RAN1Stage

3TS38.212Multiplexing

and

channel

codingRel-15RAN1Stage

3TS38.213Physical

layer

procedures

for

controlRel-15RAN1Stage

3TS38.214Physical

layer

procedures

for

dataRel-15RAN1Stage

3TS38.304User

Equipment

(UE)procedures

in

IdleRel-15RAN2Stage

3TS38.321Medium

Access

Control

(MAC)

protocolspecificationRel-15RAN2Stage

3TS38.322Radio

Link

Control

(RLC)protocol

specificationRel-15RAN2Stage

3TS38.323Packet

D

onvergence

Protocol

(PDCP)

specificationRel-15RAN2Stage

3TS38.331Radio

Resource

Control

(RRC)

Protocol

specificationRel-15RAN2Stage

3TS37.324Service

Data

Adaptation

Protocol

(SDAP)

specificationRel-15RAN2StudyTR38.801Study

on

Radio

Access

Architecture

and

InterfacesRel-14RAN3StudyTR38.802Study

on

New

Radio

(NR)

-

Physical

Layer

AspectsRel-14RAN1StudyTR38.803Study

on

new

radio

Radio

Frequency

(RF)

and

co-existenceRel-14RAN4StudyTR38.804Study

onNew

RadioRadio

Interface

Protocol

AspectsRel-14RAN2StudyTR38.912Study

on

New

Radio

(NR)

access

technologyRel-14TSGRANStudyTR38.913Study

on

Scenarios

and

Requirements

for

5G-NRRel-14TSGRANStudyTR23.799Study

on

Architecture

for

Next

Generation

SystemRel-14SA

/

SPSlide

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CORPORATION175G全球市場(chǎng)的試驗(yàn)5G全球試驗(yàn)狀況Extracts

from

the

GSA

report

“5G

Update:

Global

Market

Trials”

Jan-2018?

基于GSA2018年1月的報(bào)告，56個(gè)國(guó)家的113個(gè)運(yùn)營(yíng)商，已演示或在測(cè)試、試驗(yàn)或已被批準(zhǔn)開(kāi)始5G候選技術(shù)的外場(chǎng)試驗(yàn)。已開(kāi)始或計(jì)劃進(jìn)行5G試驗(yàn)的運(yùn)營(yíng)商所在國(guó)家/地區(qū)地圖?

這些運(yùn)營(yíng)商已經(jīng)宣布超過(guò)250個(gè)獨(dú)立的演示、測(cè)試或試驗(yàn)。?

至少有54個(gè)項(xiàng)目涉及在5G范疇里測(cè)試大規(guī)模MIMO；至少42個(gè)項(xiàng)目已經(jīng)演示、測(cè)試5G

NR新空

術(shù)。Slide

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CORPORATION195G全球試驗(yàn)狀況–頻段?

在大多數(shù)演示及試驗(yàn)在Sub-6

GHz頻段進(jìn)行的同時(shí)，28

GHz頻段則成為最頻繁用到的特殊頻段。43%9%31%5G演示與試驗(yàn)在頻段上的分布（基于111個(gè)演示/試驗(yàn)）12%5%1

GHZ

～

6

GHz6

GHZ

～

24

GHz24

GHZ

～37

GHZ

～40

GHZ

～Slide

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CORPORATION2029.5

GHz40

GHz90

GHz5G全球試驗(yàn)狀況-性能下行吞吐率(base:

97

demos/trials)延遲(base:

37

demos/trials)?

許多試驗(yàn)速度遠(yuǎn)超

1

Gbps及低時(shí)延

（雖然比較試驗(yàn)很

）?

演示和試驗(yàn)是基于不同數(shù)量的頻譜和不同的設(shè)備，針對(duì)廣泛應(yīng)用的不同環(huán)境Slide

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CORPORATION215G產(chǎn)業(yè)關(guān)鍵參與者的計(jì)劃5G初始候選頻率Slide

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CORPORATION235G全球行業(yè)部署計(jì)劃CY

20162017201820192020OperatorRel.15Rel.16Rel.17Commercial(28GHz)TrialStandardV5G5G-SIGCommercial(3.5GHz)Trial(28GHz)Trial(4.5GHz/28GHz)V5G

enhancement

(28GHz)Commercial

(28GHz,39GHz)TrialCommercial

(28GHz)Commercial(3.7HHz/4.5Ghz/28GHz)TrialCommercial(2.5GHz)3GPP

based

5GSlide

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CORPORATION24Anritsu在5G行業(yè)?

3GPP?

在RAN4及RAN5工作組積極做出貢獻(xiàn)?

sub-6G與毫米波的終端射頻測(cè)試方法?

射頻/協(xié)議終端一致性測(cè)試規(guī)劃與定義?

GTI?

GTI

5G聯(lián)合創(chuàng)新中心,eMBB項(xiàng)目?

終端測(cè)試目標(biāo)的聯(lián)合?

覆蓋研發(fā)、一致性與運(yùn)營(yíng)商專(zhuān)屬測(cè)試?

2017年8月在GTI與3GPP

RAN

WG5之間發(fā)起第一次聯(lián)合?

與RAN5建立起聯(lián)系來(lái)溝通GTI測(cè)試需求及優(yōu)先級(jí)?

為GTI

5G

eMBB白皮書(shū)做出貢獻(xiàn)

GTI

Sub-6GHz

5G

Device

Whitep

r?

行業(yè)?

在5G產(chǎn)品開(kāi)發(fā)方面積極與全球領(lǐng)先的

組供應(yīng)商合作?

與全球領(lǐng)先的運(yùn)營(yíng)商保持聯(lián)系，確保在開(kāi)發(fā)過(guò)程中理解和處理其需求Slide

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CORPORATION255G終端的測(cè)試需求以及5GNR新空口測(cè)試Massive

MIMO(主動(dòng)天線(xiàn)陣列)5G

NR

TestChallenges毫米波/寬帶（

>6GHz

,

≥100MHz

BW）射頻與協(xié)議測(cè)試Over

the

Air數(shù)據(jù)傳輸率超低時(shí)延LTE-New

Radio互工作端到端5G應(yīng)用場(chǎng)景驗(yàn)證Slide

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CORPORATION273GPP

5G

NRRAN4測(cè)試測(cè)量方法對(duì)于毫米波、需要采用大規(guī)模天線(xiàn)陣列來(lái)獲得更高的天線(xiàn)增益以補(bǔ)償巨大的路徑損耗，而因?yàn)閾碛懈髯缘膫鲗?dǎo)天線(xiàn)連接器將是不現(xiàn)實(shí)的，包括天線(xiàn)單元在內(nèi)的射頻前端將高度集成的。因此，在高頻率范圍需要OTA測(cè)量。UE

RF

R4-1701518

TP

for

TR

38.803

Summaryof

SI

agreements

on

UERF

aspectsTXEIRPTx um

output

power/MPR/A-MPR/PCMAX

Minimum

outputpowerBeam

PeakON/OFF

Mask/

Power

control

/

Frequency

error/EVM/Carrier

leakage/in-band

emissionTRPTx

OFF

power

OBW

/SEM/ACLR/General

spurious/Additionalspurious/UE-to-UE

coexistence/TxintermodulationNew

ItemBeam

correspondenceEISREFSENSRXBeam

peakum

input

level/ACS/in-band

blocking/Out-of-band

blockingTRSRx

spurious

emissionNew

ItemIn-channel

selectivityRange

1:傳導(dǎo)測(cè)試(沒(méi)有排除OTA)Range

2:僅采用OTASlide

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CORPORATION28Slide

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CORPORATION295GNR終端測(cè)試項(xiàng)目Sub-6GHzmmWaveRF

Transmitter

MeasurementsRF

Transmitter

MeasurementsRFReceiver

performance

(demodulation)

MeasurementsRFReceiver

performance

(demodulation)

MeasurementsRRM

TestsRRM

TestsProtocol

Tests(No

Beam

management)Protocol

Tests(Include

Beam

Management)EIRP,

TRPEIRP,

TRPEIS,TISEIS,TIS傳導(dǎo)測(cè)試OTA測(cè)試Note:n

一致性測(cè)試用紅色標(biāo)注n

Sub-6G測(cè)試方法與要求與LTE類(lèi)似安?5G的測(cè)試解決?案公司5G測(cè)試整體方案RF/L1一致性生產(chǎn)制造天線(xiàn)射頻器件Vector

NetworkyzerPower

MasterSpectrum

Master5G

WidebandSignal

yzer5G

Conformance

test

system5G

Ca