ADC InterReach 1900 PCS Manual de usuario

www.adc.com • +1-952-938-8080 • 1-800-366-3891

SPEC SHEET

InterReach® In-building Coverage Solution

800 ESMR, 850 Cellular, 1900 PCS

InterReach®ICS – ADC's Digital Advantage for Improving Wireless Capacity

and Coverage

The InterReach In-building Coverage Solution (ICS) is used to extend wireless coverage to specific

areas within a building, multiple buildings, or throughout a campus environment. This digital

distributed antenna system (D-DAS) solution features unique, patented technology that

distributes wireless coverage digitally over optical fiber, enabling InterReach ICS to deliver

superior signal quality, flexibility, and overall performance. Its digitized optical RF transport also

future-proofs in-building wireless infrastructure for higher data rate services. The InterReach

product family offers service providers a flexible, scalable, all-digital platform to improve

customer retention and offer enhanced services to meet increasing subscriber demands.

Features

• Highlyscalablesolutionfeatureselements

that can be daisy-chained to accommodate

large installations; elements also can be

added when coverage extension

is required.

• Configure-to-order,plug-intransceiver

design lowers initial installation costs

and allows pay-as-you-grow approach

to indoor coverage.

• Accommodatesbothsingle-modeand

multi-mode fiber for maximum utilization

of existing fiber and flexibility in fiber

distribution.

• Digitaltransportmaintainssuperiorsignal

quality even over long distance fiber runs.

• Flexibledesignsupportstechnologiessuch

as free space optics (FSO), wave division

multiplexing (WDM), etc.

• Highdynamicrangeincreasescapability

for data throughput, enabling higher

data rate broadband services.

• Universalairinterfaceistransparentto

modulation technology.

6/08•102440AEInterReach®In-building Coverage Solution

www.adc.com • +1-952-938-8080 • 1-800-366-3891

In-Building Market Trends

With the increased proliferation of mobile wireless devices, subscribers expect to have wireless

coverage in any place they go. Providing seamless coverage everywhere can be challenging,

particularly inside buildings.

Carriers implement indoor coverage solutions to increase customer acquisition and retention. A

key explanation subscribers give for switching carriers is unsatisfactory network quality. Most often,

the highest value subscribers are business users. Providing indoor coverage at business locations can

improve subscriber satisfaction, extend service contracts and prevent costly churn. There is clearly an

opportunity for wireless service providers to improve proﬁtability by creating a superior network that

includes indoor coverage. Nowhere else are mobile voice and data users able to so closely scrutinize

the quality of their providers network performance.

The onset of higher speed data services requires service providers to design their networks differently,

resulting in an increased priority for indoor coverage. Data users often use their mobile devices

within ofﬁce buildings and will not tolerate dropped calls or inadequate service for transfers of data.

In addition, third generation services will result in smaller cell sizes, causing the macro network

coverage to be insufﬁcient for thoroughly penetrating buildings, particularly new construction

materials with high RF attenuation properties. A dedicated indoor coverage solution can improve

macro network coverage because it ofﬂoads capacity from the macro network.

In-building needs are everywhere, including corporate campuses, trafﬁc corridors such as tunnels

and subways, coverage holes, capacity hotspots, and public spaces such as airports, hospitals,

government centers and shopping malls. With increased attention on public safety, more cities and

counties are passing ordinances that require buildings of a certain size to have coverage systems in

place for the communication systems of public safety ofﬁcials (Fire/Police/EMT). In such applications,

often 150,000 square feet or larger, the economics of passive solutions become less attractive.

There are many alternatives for providing indoor coverage at different price points. Beyond

the initial price, it is critical to consider long-term cost, beneﬁts, and the limitations of each.

Given the constant changes in today's wireless landscape, the best choice is the most ﬂexible,

scalable, reliable, and quality solution available.

InterReach® In-building Coverage Solution

800 ESMR, 850 Cellular, 1900 PCS

6/08•102440AEInterReach®In-building Coverage Solution

www.adc.com • +1-952-938-8080 • 1-800-366-3891

Digitized RF

InterReach ICS distributes wireless coverage

digitally over optical fiber, which makes it the best

choice for signal quality, architectural flexibility,

and overall performance.

Fiber is completely immune to reception or

generation of electromagnetic interference,

making it easy to install alongside other wiring

without fear of noise or crosstalk. By using digital

optics, either single-mode or multi-mode fiber

can be used without degrading signal quality.

This allows users to utilize any dark fiber that may

already be in place within the building and flat

polished LC connectors.

Digital RF transport over fiber also offers the

lowest possible noise level, regardless of the

length of fiber. Digital transport is unaffected by

long cable runs, splices and signal splits. Digital

RF transport over fiber also enables complete

flexibility of design. Digital RF transport systems

split and add signals digitally, so the architecture

of fiber cable runs can be optimized for each

application, minimizing installation costs and time.

Coverage areas can be expanded by adding,

or even daisy-chaining, system components.

Multiple areas, floors, or even multiple buildings

can be covered with uniform digital quality signals

delivered to even the most remote antenna.

Additional components can simply be plugged

in. If the RF parameters have not changed, no

additional optimization is required. Furthermore,

digital RF transport provides greater flexibility for

converging indoor and macro networks.

Description

InterReach ICS, offered for 800 ESMR, 850

Cellular, and 1900 PCS applications, transports 18-

25MHzofcontiguousbandwidth.

The InterReach ICS system components include: a

DigitalHostUnit(DHU),optionalDigitalExpansion

Units(DEU),andDigitalRemoteUnits(DRU).

ADHUcanfeedeitherDRUsorDEUs.Digital

ExpansionUnitscanbedaisychainedwithout

affecting system performance*.

EachDHUandDEUisconfigurablewithupto

six single-mode or multi-mode optical transceivers.

Because the optical ports are independent of

one another, single-mode and multi-mode fiber

may be mixed and matched as needed between

elements. For example, a host unit may feed five

remotes with multi-mode fiber, and feed the sixth

remote via single-mode fiber due to distance or

to utilize available fiber in a facility. As

requirements change and future growth is

needed,additionaltransceiversandDRUscanbe

ordered and easily installed onsite. This modular

approach provides optimum design flexibility,

reduces the initial cost of an indoor wireless

solution, and delays further investment until it is

justified by growth. Likewise, any unused ports

may simply be turned off without affecting any

part of the system performance.

TheDHUandDEUareACpowered.TheDRUs

are CAT3/5 powered. For distances greater than

500 meters, ADC offers a local power supply for

remote power.

*ThenumberofDEUsthatcanbedaisychained

is limited only by the Noise Figure, which can be

calculated using the formula 8 dB + (10 log N).

InterReach® In-building Coverage Solution

800 ESMR, 850 Cellular, 1900 PCS

6/08•102440AEInterReach®In-building Coverage Solution

www.adc.com • +1-952-938-8080 • 1-800-366-3891

DigitalHostUnit

TheDHUprovidestheinputinterfaceforRF

signals from a base transceiver station (BTS), or a

bi-directionalamplier(BDA).TheDHUconverts

the RF signal into a digital format and distributes

the digitized signal over ﬁber to multiple output

ports,eitherDigitalExpansionUnitsorDigitalRe-

moteUnits.TheDHUalsoperformspowerand

alarming functions for the system. Alarms are

accessibleviadrycontactclosures.TheDHUalso

hasalarmstatusLEDs.TheDHUistypicallywall-

or rack-mounted in a basement or other point of

entry within a building requiring coverage.

DigitalExpansionUnit

TheDEUisusedwhenmorethansixremotesare

requiredtoserveabuilding.TheDEUreceives

thedigitizedsignalsfromtheDHUanddistri-

butes them over ﬁber to multiple digital outputs.

TheseoutputscanbeDigitalRemoteUnitsor

additionalDigitalExpansionUnits.TheDEUhas

alarmLEDindicators.TheDEUistypicallywall-

or rack-mounted in a wiring closet within the

building requiring coverage.

DigitalRemoteUnit

TheDRUreceivesthedigitizedsignalsfromthe

DHUorintermediateDEU,convertsthesignals

back into RF, and interfaces with the antennas to

amplify the RF signals throughout the building.

TheDigitalRemoteUnitisacompactmodule

that is typically mounted above ceiling tile.

Total Solution Support

ADC offers turnkey EF&I services for in-building

applications and can provision all ancillary

equipment needed to support various applica-

tions. In addition, the company can provide

infrastructure such as ﬁber, CAT5, connectors,

and patch panels. From its skilled wireless

systems engineering staff to its Professional

Services, ADC supports in-building wireless

applications end-to-end from system design

through optimization and post-sale support.

InterReach® In-building Coverage Solution

800 ESMR, 850 Cellular, 1900 PCS

6/08•102440AEInterReach®In-building Coverage Solution

www.adc.com • +1-952-938-8080 • 1-800-366-3891

InterReach ICS Configurations

The InterReach ICS is flexible enough to fit almost any size indoor application.

Small Facility Installation

BTS/Off Air Interface

DRU DRU DRU DRU DRU DRU

Digital Host Unit

BTS/Off Air Interface

DRU

DRU DRU DRU

DRU

Digital Host Unit

DRU

DRU DRU DRU

DRU

Digital Expansion Unit

DRU

DRU DRU DRU

DRU

Digital Expansion Unit

DRU

DRU DRU DRU

DRU

Digital Expansion Unit

DRUDRU

DRU DRU DRU

DRU

Digital Expansion Unit

Large Facility Installation

InterReach® In-building Coverage Solution

800 ESMR, 850 Cellular, 1900 PCS

6/08•102440AEInterReach®In-building Coverage Solution

www.adc.com • +1-952-938-8080 • 1-800-366-3891

Multiple Fiber Types

InterReach ICS accommodates any combination of single-mode and multi-mode fibers between elements

host, expansion, and remote units.

Free Space Optics (FSO) Installation

Only digital transport can utilize free space optics for building-to-building links where fiber is either not

available or cannot be deployed in a timely or cost-effective manner. Free space optics distances are

determined by service level availability, but are typically in the range of 500 meters to 1 kilometer.

Wave Division Multiplexing (WDM)

InterReach ICS typically is transported over dedicated strands of fiber (a pair of fiber for transmit and

receive paths.) Because of the digital transport, ICS can utilize WDM technology, essentially combining

two waves to one, reducing the required fiber count by half. Optical budgets will be dependent on

the added losses with WDM (the passive modules and added connectors) and the selection of the

SFP transceivers.

Pay As You Grow

Expansion units can be added as growth or capacity needs change by simply adding additional

transceivers, expansion units or remote units. Expanding the InterReach ICS system does not require

adding splitters at the host location or re-optimization as long as the RF parameters remain the same.

Conversely, non-utilized ports can simply be shut off without affecting system performance.

BTS/Off Air Interface

Multimode FiberSinglemode Fiber SM SM MM MM

RU RURU RU

Host Unit

RURU

RU RU RU

Expansion Unit

RURU

RU RU RU

Expansion Unit

Growth

BTS/Off Air Interface

Digital Host Unit

Expansion

DRU

DRU DRU DRU

DRU

Digital Expansion Unit

DRUDRU

DRU DRU DRU

DRU

InterReace® In-building Coverage Solution

800 ESMR, 850 Cellular, 1900 PCS

6/08•102440AEInterReach®In-building Coverage Solution

www.adc.com • +1-952-938-8080 • 1-800-366-3891

Multiple Service Providers

The InterReach ICS system can be configured to serve multiple service providers. Each system supports

18-25MHzcontiguousbandwidth.Fiberinfrastructuremaybesharedbytenants.

InterReach® In-building Coverage Solution

800 ESMR, 850 Cellular, 1900 PCS

Digital Host Unit

Digital Host Unit Digital Expansion Unit

Digital Expansion Unit

DRU

DRU Tenant 1

Tenant 2

Tenant 3

Tenant 2

Tenant 1

4th Tenant Fiber Pair for Future ExpansionFiber riser to upper floors

One Fiber pair

is required

per tenant

CWDM/DWDM option

to multiplex on single fiber

Tenant 2

Tenant 3

Common Closet

6/08•102440AEInterReach®In-building Coverage Solution

www.adc.com • +1-952-938-8080 • 1-800-366-3891

PHYSICAL SPECIFICATIONS

Digital Host Unit

Dimensions (HxWxD):

Weight:

Color:

Input Voltage:

Output Voltage:

Connectors

RF:

Optical:

DC Output:

Alarm Interface:

Digital Expansion Unit

Dimensions (HxWxD):

Weight:

Color:

Input Voltage:

Output Voltage:

Connectors

Optical:

DC Output:

Alarm Interface:

Digital Remote Unit

Dimensions (HxWxD):

Weight:

Color:

Input Voltage:

Connectors

RF:

Optical:

DC Input:

ENVIRONMENTAL

Operating Temperature:

Storage Temperature:

Water Resistance/

Operator Protection:

AGENCY APPROVALS

FCC Acceptance:

UL Compliance:

“Plenum Rating” (DRU Only):

CUL Compliance:

“Plenum Rating” (DRU Only):

Industry Canada:

QUALITY

Reliability:

3.5"x19"x15.25"(89x483x388mm)

18.5lbs(8.4kg)

Putty White

120-240VAC;50-60Hz

+48Vdcnominal

N female

RJ-45

Link OK/NOK LED at each port; unit OK/NOK LED (one per unit)

Two Form C contact closures (for combined minor and combined

major alarms)

OverdrivealarmonDHU

3.5"x19"x15.25"(89x483x388mm)

18.5lbs(8.4kg)

Putty White

120-240VAC;50-60Hz

+48Vdcnominal

RJ-45

Link OK/NOK LED; OK/NOK LED at each port

2.25"x7"x8"(57.15x178x204mm)

1.5 lbs (<1 kg)

Putty White

+38to+40Vdc

SMA female

RJ-45(maximum500meterswithCAT-5)

0° to 50° C

-30°to+70°C

NEMA (National Electrical Manufacturer’s Association) Type 1—

Indoor installation only

ESMRPart90-Cellpart22,PCSpart24

UL60950

NEC300-22;SectionC

CUL60950

CEC,Part1,C22.1;Sections2-128,12-101(3)and12-100

RSS-131

MTBF 80,000 hours; manufactured under ISO 9001 quality system

InterReach® In-building Coverage Solution

Typical Specifications

6/08•102440AEInterReach®In-building Coverage Solution

www.adc.com • +1-952-938-8080 • 1-800-366-3891

850 CELLULAR RF SPECIFICATIONS

Forward Path

System Bandwidth:

Frequency Range:

RF Output Power:

Input Level (at main hub):

Gain:

Gain Variation:

OIP3:

CDMA ACPR1:

Spurious Output:

Reverse Path

System Bandwidth:

Frequency Range:

Gain:

Gain Variation:

Automatic Level Control:

Noise Figure:

25MHz

869-894MHz

composite power/single carrier in dBm, typical*

GSM 25.5

EDGE 24.5

AMPS 25

TDMA 22

CDMA 15

*Power per carrier values are dependent on access protocol

peak-to-average and channel loading.

-20dBmto0dBmmax

+33 dB nominal @ room temp.

≤6 dB (over frequency, temperature and unit to unit)

1.5dBvariationper1.25MHzCDMAchannel

+35 dBm

>-45dBc

<-35 dBm

25MHz

824-849MHz

10 dB (independent of fiber length)

≤6 dB (over frequency, temperature and unit to unit)

<1.5dBvariationper1.25MHzCDMAchannel

Provides overdrive protection for composite input ≥-40dBm

8dBmidband(1DHU+1DRU)

8dB+10logN(N=numberofDRUs)

InterReach® In-building Coverage Solution

Typical Specifications

800 ESMR RF SPECIFICATIONS

Forward Path

System Bandwidth:

Frequency Range:

Output Power:

Input Level (at main hub):

Gain:

Gain Variation:

OIP3:

CDMA ACPR1:

Spurious Output:

Reverse Path

System Bandwidth:

Frequency Range:

Gain:

Gain Variation:

Automatic Level Control

Noise Figure:

18MHz

851-869MHz

18.5 dBm iDEN, typical composite power single carrier

-20dBmto0dBmmax

+33 dB nominal @ room temp

≤6 dB (over frequency, temperature and unit to unit)

1.5dBvariationper1.25MHzCDMAchannel

+35 dBm

>-45dBc

<-30 dBm

18MHz

806-824MHz

10 dB (independent of fiber length)

≤6 dB (over frequency, temperature and unit to unit)

<1.5dBvariationper1.25MHzCDMAchannel

Provides overdrive protection for composite input ≥-40dBm

<9dB+10logN(N=numberofDRUs)

6/08•102440AEInterReach®In-building Coverage Solution

www.adc.com • +1-952-938-8080 • 1-800-366-3891

0102030405060

# of Antennas

Noise Figure (Digivance ICS)

Noise Figure (typical analog system)

Note:Assumes8dBsingleunitNF,4outputs

perhost,anduseof2:1splitters.

Noise Figure (dB)

1900 PCS RF SPECIFICATIONS

Forward Path

System Bandwidth:

Frequency Range:

Output Power:

2X'sInput Level (at main hub):

Gain:

Gain Variation:

OIP3:

CDMA ACPR1:

Spurious Output:

Reverse Path

System Bandwidth:

Frequency Range:

Gain:

Gain Variation:

Automatic Level Control:

Noise Figure:

*Dip Switch selectable

25MHz

1930-1990MHz*

 AD:1930-1950MHz

 DBE:1945-1970MHz;

 BEF:1950-1975MHz

 EFC:1965-1990MHz

Composite power/single carrier in dBm, typical**

GSM 24

EDGE 24

TDMA 23

CDMA 16.5

W-CDMA 16.5

**Power per carrier values are dependent on access protocol

peak-to-average and channel loading.

-20dBmto0dBmmax

+36 dB nominal @ room temp.

≤6 dB (over frequency, temperature and unit to unit)

1.5dBvariationper1.25MHzCDMAchannel

+35 dBm

>-45dBc

<-30 dBm

25MHz

1850-1910MHz*

 AD:1850-1870MHz

 DBE:1865-1890MHz

 BEF:1870-1895MHz

 EFC:1885-1910MHz

14dB(independentoffiberlength)

≤6 dB (over frequency, temperature and unit to unit)

<1.5dBvariationper1.25MHzCDMAchannel

Provides overdrive protection for composite input ≥-40dBm

10dB(1DHU+1DRU)

10dB+10logN(N=numberofDRUs)

InterReach® In-building Coverage Solution

Typical Specifications

2Multi-modeorsinglemodefibersperlink

≤500m(62.5microncore)

≤750m(50microncore)

≤10 km (9 micron core)

LC, Small Form Factor Transceiver

-10 dBm min

 +4dBmmax

850 nm nominal for multi-mode

1310 nm nominal for single-mode

Optical

Fiber Requirement:

Maximum Distance:

Optical Connector:

Output Power:

Optical Wavelength:

Este manual sirve para los siguientes modelos

Tabla de contenidos

Otros manuales de Hardware de red de ADC

ADC

ADC UltraWAVE GSM Network-In-A-Box 105968AE Manual de usuario

ADC

ADC H2TU-C-231 L7 Instrucciones de funcionamiento originales

ADC

ADC HiGain H2TU-R-402 Instrucciones de funcionamiento originales

ADC

ADC PG-PLUS PLL-733 Manual de usuario

ADC

ADC H2TU-C-388 HiGain Instrucciones de funcionamiento originales

ADC

ADC GPRS Support Node GGSN & SGSN WAVE.GSN Manual de usuario

ADC

ADC H2TU-C-202 Instrucciones de funcionamiento originales

ADC

ADC HiGain H2TU-C-319 List 4E Instrucciones de funcionamiento originales

ADC

ADC HiGain H2TU-C-231 Instrucciones de funcionamiento originales

ADC

ADC HiGain HLU-231 LIST 8D Instrucciones de funcionamiento originales

ADC

ADC H2TU-C-388 HiGain Instrucciones de funcionamiento originales

ADC

ADC H4TU-C-231-L1 Manual de usuario

ADC

ADC FlexWave MMW 125 Manual de usuario

ADC

ADC PG-Flex FLC-706 1A Instrucciones de uso

ADC

ADC HiGain HDSL2 Manual de usuario

ADC

ADC H2TU-C-388 HiGain Instrucciones de funcionamiento originales

ADC

ADC LoopStar 1600 Manual de usuario

ADC

ADC DSX-4R (RZX3) Manual de usuario

ADC

ADC Migration Modules DSX-3 Manual de usuario

ADC

ADC WiMAX Single-sector Base Station WMX 3000 Manual de usuario

ADC

ADC HiGain HDSL2 Manual de usuario

ADC

ADC HiGain H2TU-C-231 Instrucciones de funcionamiento originales

ADC

ADC H2TU-C-388 HiGain Manual de usuario

ADC

ADC HiGain H2TU-C-319 List 4E Instrucciones de funcionamiento originales

Manuales populares de Hardware de red de otras marcas

Matrix Switch Corporation

Matrix Switch Corporation MSC-HD161DEL Manual de usuario

B&B Electronics

B&B Electronics ZXT9-IO-222R2 Manual de usuario

Yudor

Yudor YDS-16 Manual de usuario

D-Link

D-Link ShareCenter DNS-320L Manual de usuario

Samsung

Samsung ES1642dc Instrucciones de uso

Honeywell Home

Honeywell Home LTEM-PV Instrucciones de montaje

evertz

evertz 7700 Series Manual de usuario

D-Link

D-Link ShareCenter DNS-343 Manual de usuario

Asante

Asante AsanteBridge 1012 Manual de usuario

FireBrick

FireBrick FB2700 Manual de usuario

Audiovox Electronics

Audiovox Electronics ARWH2T Manual de usuario

NetComm

NetComm NF2 Manual de usuario

Alcatel-Lucent

Alcatel-Lucent 5620 Manual de usuario

Dell EMC

Dell EMC XC6420 Series Manual de usuario

Lanner

Lanner NCA-1020A Manual de usuario

Allied Telesis

Allied Telesis AT-TN121-A Manual de usuario

Arista

Arista CCA-ETM-Q12 Manual de usuario

Lanner

Lanner NCA-1525 Manual de usuario