Hughes PMP Overview (2)

Hu

gh

es P

oin

t-to

-Mu

ltip

oin

t

SYSTEMS LTD.

AB9800 System Overview

Hub Specifications:

•S

cala

ble

, secto

r by s

ecto

r

gro

wth

•nxE

1 (TD

M o

r ATM

), E

3

(ATM

), S

TM

-1 (ATM

), L

AN

inte

rfaces

•ATM

tra

ffic

concentr

ation

•H

ub c

an a

lso w

ork

in P

TP

mode

•1:N

redundancy

•90º, 1

80º, a

nd 3

60º secto

rs

HUB

(Base

Sta

tion)

Backhaul

Netw

ork

2G

/ C

DM

A / 3

G B

TS

s

connecte

d to R

T 10/1

00

BaseT

802.1

1x

HU

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/2010

Remote Specifications:

•Physical: E1, STM-1, LAN

•Traffic: TDM, ATM, ATM IMA, IP

•1:1 redundancy

Radio Specifications:

•E

TS

I 10.5

, 26 &

28 G

Hz a

nd C

hin

a 2

6 G

Hz

•A

ccess: FD

D/T

DM

A

•14 M

Hz C

hannel w

ith 3

0 M

bps; 28 M

Hz c

hannel w

ith u

p to 9

2 M

bps

•D

ynam

ic A

daptive m

odula

tion

•R

ange: depends o

n fre

quency,

avail., 2

00m

to 1

5km

+

•60 R

Ts p

er R

F C

hannel

SEC

TO

R

WiF

i / W

iMax

ConnectivityRT

802.1

1x

Bro

adband

Wir

ele

ss A

ccess -

Fra

ctional E

1, E

1,

nxE

1, LA

N, D

SL,

BoP

L

RT

Evolution of AB9000 Family of PMP

Products

2000: A

B9600

•T

riple

Modula

tion w

ith 4

5

Mbps C

apacity

•U

SA

24 / 3

8 +

ET

SI 26

GH

z b

ands

•R

em

ovable

inte

rface c

ard

s

in 4

U c

hassis

2003: A

B9400

•D

ual M

odula

tion w

ith 3

0

Mbps c

apacity

•E

TS

I 26 / 2

8 G

Hz +

Chin

a

26 G

Hz b

ands

•T

DM

, IP

, A

TM

inte

rfaces in

2U

chassis

•A

TM

Concentr

ation

2007: A

B9800

•T

riple

Modula

tion w

ith u

p

to 9

2 M

bps c

apacity

•E

TS

I 10.5

, 26 / 2

8 G

Hz +

Chin

a 2

6 G

Hz b

ands

•T

DM

, IP

, A

TM

inte

rfaces in

1U

chassis

•A

TM

Concentr

ation

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•A

TM

Concentr

ation

•D

ynam

ic A

daptive

Modula

tion

•A

TM

Concentr

ation

•D

ynam

ic A

daptive

Modula

tion

AB9800 Key Features

�Low startup investment with single sector HT

�Linear expansion: match investment with revenue

�Low operational costs: automatic installation, etc

�Highest efficiency with Dynamic Modulations Assignment -

QPSK, 16-QAM & 64 QAM

�Flexible architecture: ATM, TDM and IP transport with QoS

(Flexible bandwidth control –DBA, Statistical Multiplexing)

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(Flexible bandwidth control –DBA, Statistical Multiplexing)

�IP/LAN for SMEs last mile access / 2&3G backhaul

�Long Range: 10.5 GHZ

–9 to 25km for 99.99 Avail. Rain zone A (8.2 mm/hr)

–5.5 to 25km for 99.99 Avail. Rain zone K (42 mm/hr)

–3 to 15km for 99.99 Avail. Rain zone P (145 mm/hr)

�Carrier grade EMS (Sun-Unix)

�Bottom line: lowest CapEx, lowest OpEx

AIReachElement Management

System (EMS)

�The EMS is a fully integrated carrier

class management system that

provides remote configuration and

monitoring functions of the network

sites from a central operator

console.

�Based on the Sun Solaris platform,

the EMS utilizes a graphical user

interface (GUI) based on X-W

indows

and Motif.

�The EMS uses simple network

HU

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Page 5�

The EMS uses simple network

management protocol (SNMP) to

interface to the network elements.

�SNMP northbound Interface to OSS

Systems

�Built on proven software

–Database driven

–Ensures consistency and

accuracy of database

–Persistent storage for easy data

retrieval

–Advanced queries and reports

Graphical User Interface

�Easy to use standard windows interface

�Easy remote access

Dia

l-up P

Cd

i g

i t

a l

TM

d i

g i

t a

lT

MVAXsta

tion 3100

HU

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Page 6

Route

r

WA

N o

r PD

N

Term

inal

Serv

erP

C

EM

S S

erv

er

EM

S W

ork

sta

tion

G-2

4522

C0

4/2

3/0

2

Modem

d i

g i t

a l

TM

d i

g i

t a

lT

MVAXstation 31

00

d i

g i

t a

lTM

d i

g i

t a l

TM

VAXsta

tion 3100

Spectrum, Reuse & Range H

UG

HE

S P

RO

PR

IET

AR

Y

10GHz CEPT 14 MHz Channel Plan

�According to CEPT/ERC/REC 12-05 E

�2 x 150 MHz (FDD)

�Tx/Rx separation 350 MHz

Fre

qu

en

cy B

an

d 1

0.1

5 –

10

.65

GH

z

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10 x

14M

Hz c

hannels

Dow

nlink

10 x

14M

Hz c

hannels

Uplink

4 M

Hz

Guard

Band10 1

54M

Hz

210 M

Hz

Guard

Band

6 M

Hz

Guard

Band

10 2

94M

Hz

10 5

04M

Hz

10 6

44M

Hz

24.5

GH

z25.4

45 G

Hz

25.5

57 G

Hz

26.5

GH

z

1,0

08 M

Hz F

DD

spacin

g

896 M

Hz

64 C

hannels

of 14 M

Hz

Dow

nlink

896 M

Hz

64 C

hannels

of 14 M

Hz

Uplink

ETSI 26 G

Hz B

and

AB9000 26/28 GHz Channel Plans

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1,0

08 M

Hz F

DD

spacin

g

27.5

GH

z28.4

445 G

Hz

28.5

565 G

Hz

29.5

GH

z

1,0

08 M

Hz F

DD

spacin

g

896 M

Hz

64 C

hannels

of 14 M

Hz

Dow

nlink

896 M

Hz

64 C

hannels

of 14 M

Hz

Uplink

ETSI 28 G

Hz B

and

900Sector Capacity

Capacity W

ith 2

RF C

hannels

x 1

4 M

Hz –

2x14 M

Hz

1V

2H

1V, 2H

1H, 2V

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•Vert

ical + H

ori

zonta

l P

ola

rization

•4x30 M

bps =

Tota

l 120 M

bps

•(3

60 M

bps w

ith 2

8 M

Hz c

hannels

)

2V

1H

•Vert

ical + H

ori

zonta

l P

ola

rization

•8x30 M

bps =

Tota

l 240 M

bps

•(7

20 M

bps w

ith 2

8 M

Hz c

hannels

)

1H, 2V

1V, 2H

AB9800 Capacity

Channel

Spacing

(MHz)

Symbol

Rate

(Msps)

Spectral Efficiency

(Bits/Sec/Hz)

Data Payload Rate (Mbps)

Availability

QPSK

16-Q

AM

64-Q

AM

QPSK

16-Q

AM

64-Q

AM

75.6

1.6

3.2

4.8

7.4

14.8

22.3

Q1 2010

HU

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14

11.2

1.6

3.2

4.8

15.9

31.7

47.6

Now

20

16

1.6

3.2

4.8

22.3

44.5

66.8

Now

25

20

1.6

3.2

4.8

27.6

55.3

82.9

Now

28

22.4

1.6

3.2

4.8

30.7

61.4

92.2

Now

AB9000 System Services

TD

M

Route

r,

Eth

.

Sw

itch

ATM

Mux

ATM

Backhaul

Netw

ork

IP

Backhaul

Netw

ork

TD

M

Backhaul

Air Inte

rface:

♦7/1

4 / 2

8 M

Hz c

hannel

♦Q

PS

K / 1

6 &

64 Q

AM

10/1

00B

T

RT

Inte

rfaces:

NxE

1, S

TM

-1o,

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Service Type

RT interface

HT interface

Native ATM (CBR, rt/nrt-VBR, UBR, UBR+)

STM-1o, OC3c, NxE1 (N=1 to 4 for 4E1 or 16E1 RT;

N=1 to 8 for 8E1 RT)

STM-1o, E3, OC3c, DS3

Native ATM with IMA (3G)

N x E1 (N=1 to 4 for 4E1 or 16E1 RT; N=1 to 8 for 8E1

RT)


Structured / Unstructured CES

N x E1/T1 (N=1 to 4 for 4E1 or 8E1 RT; N= 1 to 16 for

16E1 RT)


Unstructured T1/E1

N x E1/T1 (N=1 to 4 for 4E1 or 8E1 RT; N= 1 to 16 for

16E1 RT)

N x T1/E1 (N=1 to 16)

Ethernet to ATM

Ethernet (10/100 BaseT)


Ethernet to Ethernet


Ethernet (10/100 Base T)

Ethernet to E1


N x E1 (N=1 to 4)

TD

M

Mux

Backhaul

Netw

ork

NxE

1, S

TM

-1o,

10/1

00 B

aseT

`

2G+3G Backhaul connection option 1

PM

P

Hub

ST

M-1

Unchanneliz

ed

ATM

AT

M S

witch

2G

UM

TS

Node B

RT 1

NxE

1

IMA

NxE

1

CE

S

ST

M-1

. .

NxE

1

TD

M

NxE

1

ATM

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NxE

1

TD

M

BS

C

ATM

STM

-1

2G

UM

TS

Node B

RT N

NxE1

IMA

NxE1

CES

UM

TS

RN

C

Note

: W

ith this

connection o

ption, one

will

use u

p the c

om

ple

te c

apacity o

f

Channel / no H

T E

1 p

ort

lim

itation

. .

NxE

1

TD

M

NxE

1

ATM


2G

PM

P

Hub

ATM

Air

TD

M: N

xE

1 A

TM

:

STM

-1IP

: 100B

aseT

NxE

1

AT

M

TD

M: N

X E

1

AT

M: S

TM

-1

IP: 100B

aseT

TD

M: N

X E

1

AT

M: S

TM

-1

IP: 100B

aseT

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ATM

NxE

1

Core

Backhaul

G-2

5106 P

09/0

9/0

2

UM

TS

RN

C

UM

TS

NodeB

AIR

each R

T

NxE

1

TD

M

Inte

rface w

ith

ATM

QoS

BSC

NxE

1

2G

+ 3

G o

ver

NxE

1 T

DM

E1

ATM

/IM

A

3G

ATM

Inte

rface

O&

M U

BR

PV

C

Voic

e V

BR

rt P

VC

Data

V

BR

nrt

3G

ATM

Inte

rface

O&

M U

BR

PV

C

Voic

e V

BR

rt P

VC

Data

V

BR

nrt

2G

over

NxE

1 T

DM

3G

over ATM

(E3/D

S3 P

DH

or

STM

-1 S

DH

)

ATM

STM

-1

IP: 100B

aseT


PM

P

Hub

16 X

E1

2G

UM

TS

Node B

RT 1

NxE

1

IMA

NxE

1

CE

S

. .

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9xE1

BS

C

2G

UM

TS

Node B

RT 3

NxE1

IMA

NxE1

CES

UM

TS

RN

C

Note

: W

ith this

option u

sin

g u

nstr

uctu

red

E1 c

onnection, one is lim

ited b

y t

he n

um

ber

of E

1

port

s o

n the H

T

6xE1

. .

TDM Backhaul connection option 4

PM

P

Hub

AD

M

GSM

RT 1

NxE

1

CE

SS

TM

-1 C

H

. .

NxE

1

TD

M

AD

MChanneliz

ed

ST

M-1

NxE

1

TD

M

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NxE

1

TD

M

ST

M-1

Un-c

hanneliz

ed

BS

C

RT N

NxE1

CES

Note

:

1. W

ith this

connection o

ption, one

will

use u

p the c

om

ple

te c

apacity o

f

Channel.

2. T

he A

DM

and A

TM

sw

itch c

ould

be o

ne b

ox

. .

NxE

1

TD

M

GSM

AT

M S

witch

TD

M

All-IP Backhaul

PM

P

Hub

Air

Inte

rface

IP: 100B

aseT

Eth

ern

et

All

IPA

ll IP

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Eth

ern

et

Core

Backhaul

RN

C

3G

BTS

AIR

each R

T

NxT1

TD

M

with Q

oS

Eth

ern

et

Eth

ern

et

ACU-HT Interconnection Overview –Red.

Backhaul

Network

Sector 2 HT -Primary

Sector 1 HT

with ATM concentrator -Prim

ary

STM-1

STM-1

STM-1

1:1 M

SP

Sector 2 HT -Backup

Normal Traffic

Flow

To/From

Sector 1

RTs

To/

From

Sector

2 RTs

IFL

LAN

#1

Main

tenance

Port

Hub

Redundancy

STM

-1/O

C3

#1

Conta

ct A

larm

s

PW

R

SVC

LAN

#2

E1/T

1

#1

E1/T

1

#4

E1/T

1

#3

E1/

T1

#2

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/2010


Sector 3 HT -Backup


Sector 4 HT -Backup

Sector 1 HT

with ATM concentrator -Backup

STM-1

STM-1

STM-1

STM-1

STM-1

To/

From

Sector

3 RTs

To/

From

Sector

4 RTs

Redundant HT Hub Site with

ATM Concentration

IFL

LAN

#1

Main

tenance

Port

Hub

Redundancy

STM

-1/O

C3

#1

Conta

ct A

larm

s

PW

R

SVC

LAN

#2

E1/T

1

#1

E1/T

1

#4

E1/T

1

#3

E1/

T1

#2

IFL

LAN

#1

Main

tenance

Port

Hub

Redundancy

STM

-1/O

C3

#1

Conta

ct A

larm

s

PW

R

SVC

LAN

#2

E1/T

1

#1

E1/T

1

#4

E1/T

1

#3

E1/

T1

#2

IFL

LAN

#1

Main

tenance

Port

Hub

Redundancy

STM

-1/O

C3

#1

Conta

ct A

larm

s

PW

R

SVC

LAN

#2

E1/T

1

#1

E1/T

1

#4

E1/T

1

#3

E1/

T1

#2

IFL

LAN

#1

Main

tenance

Port

Hub

Redundancy

STM

-1/O

C3

#1

Conta

ct A

larm

s

PW

R

SVC

LAN

#2

E1/T

1

#1

E1/T

1

#4

E1/T

1

#3

E1/

T1

#2

IFL

LAN

#1

Main

tenance

Port

Hub

Redundancy

STM

-1/O

C3

#1

Conta

ct A

larm

s

PW

R

SVC

LAN

#2

E1/T

1

#1

E1/T

1

#4

E1/T

1

#3

E1/

T1

#2

Ra

ck m

ou

nta

ble

ST

M-1

o Y

co

nve

rte

r

Executive Summary -Encore

�Hughes has a 30 year track record

and is a recognized world leader in

complex wireless systems.

Red

uce

dC

apit

alE

xpen

ditu

res

Incr

ease

dR

even

ueO

ppo

rtu

nit

y

�H

ughes’ expert

ise a

nd

backgro

und for PM

P s

yste

ms

is u

nm

atc

hed.

HU

GH

ES

PR

OP

RIE

TA

RYG-2

20

63

C0

1/3

1/0

1

Red

uce

dO

per

atin

gE

xpen

ditu

res

Sp

ectr

um

Inve

stm

ent

Pro

tect

ion

�A

IReach

by H

ughes is the

outs

tandin

g c

hoic

e.

�A

IReach

capabilitie

s a

nd c

ost-

eff

ectiveness to o

wn a

nd

opera

te a

re u

nm

atc

hed.

SYSTEMS LTD.

Documents

Hughes PMP Overview (2)