huawei agile stadium solution design guide

8/19/2019 Huawei Agile Stadium Solution Design Guide

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HUAWEI TECHNOLOGIES Co., Ltd.

www.huawei.com

HUAWEI Confidential

Securit Le!el" 秘密

Huawei WLAN Stadium

Coverage Solution


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CO#$%IGHT &'(() HUAWEI TECHNOLOGIES CO., LT*. #a+e '

#roect #re-aration

#roduct Selection

'

Contents

/andwidth *e0i+n1

*e-loment *e0i+n2

#roect Ca0e3


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CO#$%IGHT &'(() HUAWEI TECHNOLOGIES CO., LT*. #a+e 1

WLAN Planning Steps

Project DeliveryRequirement

collection

Presales

networ!

planning

Customer

communication

and quotation

Detailed site

survey

A"tersales

networ!

planning

Networ4

-lannin+

0olution

#roduct 0election

/andwidth de0i+n

A# ca-acit de0i+n

A# de-loment

Channel -lannin+

Ca5le route and -ower 0u--l de0i+n


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Requirement Collection and Site Survey#tem Description

Stadium structure#re-are a 0cale drawin+ of the 0tadium and learn the 0tadium 0tructure 60ome -icture0 or material0 can 5e found on the

Internet7.

Coverage area *etermine the tar+et co!era+e area0, includin+ the 0tand, -ar4in+ lot, and corridor.

$ser distri%utionO5tain u0er di0tri5ution information, includin+ the total num5er of u0er0 in the 0tadium, u0er di0tri5ution on each 0tand.

U0uall, the u0er den0it !arie0 in different area0 of the 0tadium.

Service type *e0cri5e the maor t-e0 of 0er!ice0 tran0mitted on the WLAN" !ideo, we5 -a+e 5row0in+, or 8I#.

Percentage o"

concurrent users

Chec4 whether the cu0tomer ha0 0-ecial re9uirement0 on the -ercenta+e of concurrent u0er0. U0uall, the num5er of

concurrent u0er0 account0 for '(: of total u0er0.

&erminal typeU0uall, the ratio of '.2 GH; terminal0 to 3 GH; terminal0 i0 ". The -ro-ortion of 3 GH; terminal0 increa0e0 a0 more and

more 3 GH; de!ice0 are u0ed.

Availa%le c'annels Chec4 a!aila5le 3 GH; channel0 0u--orted at the local 0ite.

Sa"ety certi"ication Chec4 whether CE or


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#roect #re-aration

#roduct Selection

'

Contents

/andwidth *e0i+n1

*e-loment *e0i+n2

#roect Ca0e3


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CO#$%IGHT &'(() HUAWEI TECHNOLOGIES CO., LT*.

AP Selection) #ndoor Settled APs

#a+e )

Huawei APsAP*+,+ seriesAP*+,+SN-DN

AP.+,+ seriesAP.+,+SN-DN

AP/,,+ seriesAP/,,+SN-DN

Appearance

Product positioningSmall and medium enter-ri0e0,mid=ran+e mar4et

Small, medium, and lar+eenter-ri0e0, mid=ran+e mar4et

>edium and lar+e enter-ri0e0

0#0( '?' '?' 1?1

Num%er o" concurrentusers supported

1(@3( 2(@)( )(@((

0a1imum num%er o"users supported

' ' '

Antenna type /uilt=in antenna /uilt=in antenna E?ternal antenna

0a1imum transmitpower "or eac' antenna

B d/m '( d/m '( d/m

Power consumption ).( W @ D.3 W ).3 W @ (.' W .B W @ 3.B W

Power supply mode #oE" =2 8 *C #oE" =2 8 *C #oE" =2 8 *C

23(D $ $ $

Hig'density mode = $ $

Wor!ing mode


7/43CO#$%IGHT &'(() HUAWEI TECHNOLOGIES CO., LT*.

AP Selection) (utdoor APs

#a+e B

Huawei APs(utdoor seriesAP.*,+DN

(utdoor seriesAP..,+DN

Appearance

Hig'density mode $ $

0#0( '?' '?'

Num%er o" concurrent users supported )( )(

0a1imum num%er o" users supported ' -er radio ' -er radio

Antenna type E?ternal antenna E?ternal antenna

Maximum transmit power for eachantenna ') 6'.2 GH;7F'( 63 GH;7 d/m 'B 6'.2 GH;7 F '2 63 GH;7 d/m

Power consumption '3.3 W 1( W

Power supply mode #oE" =2 8 *C Local AC -ower 0u--l

Wor!ing mode


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Antenna Selection

#a+e

18° (2! "#$% 1&° (& "#$% '° (2! "#$% '° (& "#$%

Appearance

Num%er o" antennasrequired %y eac' AP

Applica%le "requency '.2 GH; 3 GH; '.2 GH; 3 GH;

5ain 6d2i7 D .3 '

Hori8ontal lo%e 3 )( )(

9ertical lo%e 3 1( 1(

Polari8ation mode *ual=-olari;ed *ual=-olari;ed *ual=-olari;ed *ual=-olari;ed

)nterface N=female' N=female' N=female' N=female'

Applica*le APs A#)3(*N A#))(*N

A#)3(*N A#))(*N

A#)3(*N A#))(*N

A#)3(*N A#))(*N

+imension (mm% 12(12('3 '3('3('3 '3(33)( '1(2333

Part num%er 'B(122 'B((D( 'B((' 'B((D

"*" -Attenuators need to be congured to meet safetycertication requirements of dierent countries.

. It i0 recommended that ou u0e 0mall an+le antenna0 in area0 with a hi+h u0er den0it, 0uch a0 the 0tand0. Small an+le

antenna0 can control the A# co!era+e area within the effecti!e ran+e to reduce interference.

'. U0e )(antenna0 in area0 with a low u0er den0it, 0uch a0 the -ar4in+ lot.


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CO#$%IGHT &'(() HUAWEI TECHNOLOGIES CO., LT*. #a+e D

#roect #re-aration

#roduct Selection

'

Contents

/andwidth *e0i+n2

*e-loment *e0i+n3

#roect Ca0e)


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CO#$%IGHT &'(() HUAWEI TECHNOLOGIES CO., LT*. #a+e (

10, 2012 CQ of some Operator

,erminal -andwidth +esign

:ey indicator) delay ; L -a+e

5row0in+One=wa ;


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A--lication0 %e9uired *ata %ate %emar40

We5 -a+e5row0in+

)(=2(( 45-0 Si;e of a we5 -a+e" '(( K/ dela" 2 to (0

8ideo 0treamin+ '(=3)( 45-0 %eal=time 0er!ice0

In0tantme00a+in+

1'=)2 45-0 ' K/@Se00ion, (.30

Email 2(( 45-0 (( K/@Se00ion, '0

Socialnetwor4in+

'(( 45-0 3( K/@Se00ion, '0

8oI# '3) 45-0 %eal=time 0er!ice0, for e?am-le, '3) 45-0 G/% for


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4ans wit'in t'e

coverage area o"

t'e APs

4ans connected to

t'e Wi4i networ!

4ans t'at use t'e

networ!

concurrently

Seating Capacity

@uantity Percentage

Audience mem%ers wit' smart p'ones++++ ,++B

Smart p'ones connected to t'e Wi4inetwor! ++++ ,++B

Smart p'ones t'at use Wi4i servicesconcurrently


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#roect #re-aration

#roduct Selection

'

Contents

/andwidth *e0i+n1

*e-loment *e0i+n2

#roect Ca0e3


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Stand

&ypical Coverage 0ode 6,7EESide 0ode

#a+e 2


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#a+e 3


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CO#$%IGHT &'(() HUAWEI TECHNOLOGIES CO., LT*. #a+e )


. In 0ide mode, A#0 and antenna0 can 5e in0talled a5o!e the 0eat0 in the la0t row of each laer. A#0 are

-laced in a line, which facilitate0 ca5le de-loment and -ower 0u--l 6See


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Second layer

4irst layer

#a+e B


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&ypical Coverage 0ode 67 EE(ver'ead 0ode

#a+e


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CO#$%IGHT &'(() HUAWEI TECHNOLOGIES CO., LT*. #a+e D

&ypical Coverage 0ode 67 EE(ver'ead 0ode

.*e-lo A#0 in o!erhead mode if no -ro-erin0tallation -o0ition i0 a!aila5le or cu0tomer0 do not

a--ro!e in0tallation0 in the la0t row of 0eat0.

'.U0e '.2 GH; antenna0 and 3 3 GH;

antenna0.

1.#ro-erl de0i+n channel0 of A#0 to -re!ent that co=

channel interference de+rade0 A# -erformance.


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&ypical Coverage 0ode 67 EE4loor 0ode

#a+e '(


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CO#$%IGHT &'(() HUAWEI TECHNOLOGIES CO., LT*. #a+e '

&ypical Coverage 0ode 67 EE4loor 0ode

. *e-lo A#0 in floor mode to enhance 0i+nalco!era+e if the 0tand de-th i0 lar+er than '3 m or

the u0er den0it i0 hi+h 60ome 0tadium ma ha!e

no 0tandin+ area07.

'. Adu0t downtilt an+le0 of antenna0 in0talled a5o!e

the la0t row of 0eat0 or on the ceilin+ to control

co!era+e area0.

1. #ro-erl de0i+n channel0 of A#0 to -re!ent that

co=channel interference de+rade0 A#

-erformance.

2. Si+nal0 need to -a00 throu+h concrete -anel0,

0eat0, and -eo-le, which ma4e0 them attenuate.Carr out te0t0 to !erif the 0i+nal attenuation.

U0e indoor A#0 if the 0i+nal attenuation i0 0mall,

and u0e outdoor A#0 and antenna0 if the 0i+nal

attenuation i0 lar+e.


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CO#$%IGHT &'(() HUAWEI TECHNOLOGIES CO., LT*. #a+e ''

Coverage 0ode Comparisons

.o/erageMode

Ad/antage +isad/antage Recommends

Side

. A#0 and terminal0 are !i0i5le to eachother in line=of=0i+ht di0tance, with-enetration lo00 within the allowedran+e.

'. The A#0 are ea0 to in0tall.1. A#0 are -laced in a line. Co=channel

A#0 are far from each other, -ro!idin++ood anti=interference ca-a5ilit.

. The la0t row of 0eat0 i0 near the ceilin+. A#0 are within reach of the audience. Inthi0 0ituation, A# -rotection 5o?e0 arere9uired.

'. If the 0tand de-th i0 lar+e, cu0tomer0 needto de-lo A#0 in other mode0 to enhance0i+nal co!era+e.

(ver'ead

. A#0 are ea0 to in0tall on ceilin+0 with5ridlewa0.

'. A#0 and terminal0 are !i0i5le to eachother in line=of=0i+ht di0tance, with-enetration lo00 within the allowedran+e.

. It i0 difficult to in0tall A#0 on hi+h ceilin+0with 0im-le 0tructure.

'. Channel -lannin+ mu0t ta4e all A#0around into con0ideration. Thi0 mode ha0-oor anti=interference ca-a5ilit.

4loor

. A# 0i+nal0 attenuate due to o50tacle0.The A# co!era+e area can 5econtrolled. Therefore, man A#0 can5e de-loed to connect more u0er0.

'. A#0 are de-loed at the rear of the0tand, in!i0i5le to the audience.

O50tacle0 5etween the 0tand and terminal0are com-le? therefore, 0i+nal attenuation i0

hard to e0timate.


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Num%er o"concurrent

users

&otal num%er o"users > Percentageo" concurrent users

Stand si8eDesign drawings

> site surveys

Average%andwidt'required

Service type

Provide t'e results)

,= AP location

= AP quantity

= Num%er o" users covered

%y eac' AP


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CO#$%IGHT &'(() HUAWEI TECHNOLOGIES CO., LT*. #a+e '2

AP Capacity Design 6 2andwidt'AP DistanceNum%er o" C

oncurrent $sers on ?ac' APF Re"erence &a%le7

*ata in the ma--in+ relation0hi- ta5le i0 5ein+ te0ted.

Currentl, the followin+ t-ical data i0 a!aila5le. A00ume four '.2 GH; channel0 are a!aila5le.

A# di0tance" B.3 m

Num5er of concurrent u0er0 on each A#" 3( 6'.2 GH;"3 GH; "7

A!era+e 5andwidth -er u0er" 1((=3(( 45-0


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C'annel Design Principles

#a+e '3

. *etermine the a!aila5le channel0 at the local 0ite.

*etermine a!aila5le '.2 GH; channel0. In countie0 that 0u--ort channel0 =1, u0e channel0 , D, 1, and 2

to increa0e the di0tance 5etween co=channel A#0 if man A#0 need to 5e de-loed.

A!aila5le channel0 !ar in different countrie0 and re+ion0. Some countrie0 or re+ion0 will re0er!e 0omechannel0. Select channel0 5a0ed on the condition0 at the local 0ite.

In 0ome countrie0 or re+ion0, a!aila5le 3 GH; channel0 ma differ in indoor and outdoor 0cenario0. Select

channel0 accordin+ to local 0tandard0.

ountry Code

e Com#iance

'. #lan the channel0.

A# channel0 0hould 5e -ro-erl -lanned to -re!ent interference. When -lannin+ A# channel0, a!oid interference from

e?i0tin+ 0i+nal0, which i0 of +reat 0i+nificance to en0ure hi+h acce00 9ualit.

O!erall channel -lannin+ rule0" Co=channel and adacent=channel A#0 0hould 5e de-loed far from each other to

increa0e channel multi-le?in+ efficienc. Additionall, interference 5etween A#0 on the 0ame laer or different laer0

0hould 5e con0idered.

1. E?am-le"Second layer stand

CHI

CH .

4irst layer stand

CH,

CH


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. En0ure that the ca5le len+th from the acce00 0witch to A#0 doe0 not e?ceed ( meter0 6the ca5le len+th i0 not 0trai+ht=line

di0tance 5etween the 0witch and A#0 5ut calculated 5a0ed on ca5lin+ rule07.'. A!oid hea! ma+netic and electronic interference0 on the 0ite0 where acce00 0witche0 are in0talled.

1. En0ure that relia5le AC -ower 0u--l i0 a!aila5le on the 0ite0 where the acce00 0witche0 are in0talled.2. #rotect the 0witche0 from moi0ture and du0t 6-urcha0e -rotection 5o?e0 accordin+ to en!ironment 0ituation07.

3. *etermine the num5er of acce00 A#0 5a0ed on the num5er of 0witch interface0, #oE -ower 0u--l ca-a5ilit of the -ower

module, and A# -ower con0um-tion 6note that outdoor A#0 ha!e hi+h -ower con0um-tion7.

Deployment o" Access Switc'es

#a+e ')


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Ca%ling Rules and Power Supply 0odes

Power supply using a Po? adapter 6applica%le to scenarios w'ere no

AC power supply is availa%le7

Po? power supply "or APs 6pre"erred7J in compliance wit' +=at

Local AC power supply 6applica%le to indoor APs in scenarios w'ere AC

power supply is availa%le7

,

Po? power supply

Local AC power supply

$sing Po? adapter

Power Supply 0odes

Ca%ling Rules

. En0ure that the ca5le len+th from the A# to the acce00 0witch doe0 not

e?ceed ( meter0.'. %e0er!e 3=meter len+th for ca5le adu0tment.

1. Kee- the networ4 ca5le0 far awa from electroma+netic field.

2. O5tain the cu0tomer0 and -ro-ert owner0 a--ro!al on the ca5lin+ route0.

#a+e 'B

C t t


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#roect Ca0e

#a+e '

#roect #re-aration

#roduct Selection

'

/andwidth *e0i+n1

Contents

*e-loment *e0i+n2

3


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Stadium Hig'Density Coverage Project

#a+e 'D

Hig'density coverage project "or KK stadium

Project Preparation)

The followin+ ta5le de0cri5e0 -roect re9uirement0 collected from cu0tomer0.

#tem Requirement

Coverage area Stand0 and corridor0

Switc' location Wired a++re+ation -oint mar4ed on the ma-

(nsite environment There i0 no interference 0ource on0ite.

&erminal type #hone0 and ta5let0

Service typeWe5 -a+e 5row0in+, 0ocial networ4in+, and !ideo -lain+ 6a few

re9uirement07

$ser distri%ution The num5er of u0er0 on the 0tand at each laer ha0 5een collected.

Availa%le c'annels1), 2(, 22, 2, 3', 3), )(, )2, ((,(2, (, ', ), '(, '2,

',1', 1), 2(


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AP Deployment at t'e Second Layer Stand

#a+e 1(


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I m

PP


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P

En0ure that the di0tance 5etween the

A# and 0witch i0 0maller than ( m.>a?imum -ower con0um-tion of each

A#" '3 W>a?imum out-ut #oE -ower of an

acce00 0witch" 1( W

Each acce00 0witch connect0 to ( A#0.Num5er of acce00 0witche0 re9uired"

6B' F )27@( 2

Access Switc' Deployment at t'e Second Layer Stand

#a+e 1'

2andwidt' and Capacity Design "or t'e Second


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Total num5er of A#0" B' F )2 1) Total num5er of u0er0" '((( /a0ed on the model /andwidth=A# di0tance=Concurrent u0er0 on each A# and the

terminal t-e ratio 6'.2 GH;"3 GH; "7, each A# allow0 23 concurrent u0er0 and

each u0er o5tain0 a 5andwidth of 1(( to 3(( 45-0. Num5er of concurrent u0er0" 23 ? 1) )'( #ercenta+e of concurrent u0er0" )'(@'((( '.3:

All u0er0 at the 0econd laer 0tand can connect to the Wi=


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AP D l t t t' 4i t L St d


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I m

PP


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Access Switc' Deployment at t'e 4irst Layer Stand

P

En0ure that the di0tance 5etween the A#

and 0witch i0 0maller than ( m.>a?imum -ower con0um-tion of each

A#" '3 W>a?imum out-ut #oE -ower of an acce00

0witch" 1( W

Each acce00 0witch connect0 to ( A#0.Num5er of acce00 0witche0 re9uired"

6)( F 337@( '

#a+e 1)

2andwidt' and Capacity Design "or t'e 4irst


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2andwidt' and Capacity Design "or t'e 4irst

Layer Stand

Total num5er of A#0" )( F 33 3 Total num5er of u0er0" '1((( /a0ed on the model /andwidth=A# di0tance=Concurrent u0er0 on each A# and the


each u0er o5tain0 a 5andwidth of 1(( to 3(( 45-0. Num5er of concurrent u0er0" 23 ? 3 3B3 #ercenta+e of concurrent u0er0" 3B3@'1((( ''.3: All u0er0 at the fir0t laer 0tand can connect to the Wi=


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Signal Coverage in Corridors

AP 0odel @uantity Switc'

A# )((*N 2) ? ' ) ? '

#a+e 1

2andwidt' Design "or Corridors


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2andwidt' Design "or Corridors

Total num5er of A#0" 2) for each floor

Total area of each corridor" 3)( m' Num5er of u0er0 -er 09uare meter" .' Total num5er of u0er0" B(1' /a0ed on the model /andwidth=A# di0tance=Concurrent u0er0 on each A# and the


each u0er o5tain0 a 5andwidth of 1(( to 3(( 45-0.

Num5er of concurrent u0er0" 23 ? 2) '(B( #ercenta+e of concurrent u0er0" '(B(@B(1' 'D.21: All u0er0 in the corridor0 can connect to the Wi=


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LocationNum%ero" seats

AP Location AP.*,+DN Ant, AntAccessSwitc'

R4Ca%le

Attenuator

Secondlaer0tand

'(((


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0aterial &ype @uantity 2ac!up

A#

A#)3(*N '3 '3

A#)((*N D' D

Antenna

Ant '3 '3

Ant' '3 '3

AC AC))(3 =

%< ca5le %< Ca5le=1 m ((2 3'

Attenuator Attenuator=3 d/ 3(' 3(

Acce00 0witch S3B((='#=#W%=LI=AC 1

0aterial Statistics

#a+e 2


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HUAWEI TECHNOLOGIES CO., LT*.保密材料，注意发放范围#a+e 2'

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A di N t ! Pl i S t C' l


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Appendi1) Networ! Planning Support C'annel

Networ! planning solution

#n C'ina)

(utside C'ina)

4rontline

personnel H@

?nterprise

Networ!ingPro"essional

Services

Qhaoawei

)DB)

4rontlinepersonnel H@

?nterprise

Networ!ingPro"essional

Services

Ru;hi

((3D3(

Qhen+?iaodon+

3D(2

Qhaoawei

)DB)

huawei agile stadium solution design guide

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