CommScope ION-M DAS Training

5/24/2018

CommSc ope ION-M DAS Tra ining - slide pdf.c om

ION-M Optical DAS Equipment

PRIVATE AND CONFIDENTIAL © 2012 CommScope, Inc http://slide pdf.c om/re a de r/full/c ommsc ope -ion-m-da s-tra ining

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ION-M Fiber Optical CommSc ope ION-M DAS Tra ining - slide pdf.c om

Distributed Antenna System


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ION-M Basic Components

• Optical Master Unit

• Optical Remote Unit

• Single-Mode Optical Fiber Backbone

• Antennas

• Operation & Maintenance Platform RMC600, Keyboard and Monitor


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ION-M Master

• Integral Rack Mount Controller

• Optical Transceiver

• Optional Redundant Power Supplies

• Configurable Dry Contact Alarms

• RF Distribution for Flexible Configurations – Multiple Frequency Bands – Independent Sectorization


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ION-M Master


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ION-M Master Front View


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ION-M Master Rear View


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2 OTRx Subrack

• Used for Multi-Operator and/or Multi-Band systems

• Supports 2 OTRx‟s, 3 BTS Connect Modules per OTRx • BTS Connect Modules used for RF Distribution to OTRx Module • Height is 3HU


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3 OTRx Subrack

• Used for single or multi operators in single band or multi band applications • Optional space for power supply • SAB can be included in this subrack • Supports 1 BTS Connect Module per OTRx • Height is 3HU


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4 OTRx Subrack

• Used for single or multi operators in single or multi band applications • Optional space for power supply • Supports 1 to 4 BTS Connect Modules • Height is 3HU


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Optical Transceiver SMRU (OTRx)



Converts RF to optic



3 RF inputs for different frequency bands.

OPTO



Auto-leveling for optical loss up to 10 dB

• E-2000/APC optical connector. • 1310/1550 nm for downlink/uplink paths, respectively. Optical Transceiver


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System Diagram: Star Configuration

MMR Remote

161988: OTRx 4-21 1800-2200 800-1000 360-500

E O

UL 1310 nm

1800-2200 800-1000 360-500

1550 nm

O E

DL

MMR Remote

• One OTRx for each Remote Unit

161988: OTRx 4-21 1800-2200 800-1000 360-500

E O

UL 1310 nm

1800-2200 800-1000 360-500

• Separate optical fiber for each Remote Unit

1550 nm

O E

• Standard system configuration

DL

MMR Remote

161988: OTRx 4-21 1800-2200 800-1000 360-500

E O

UL 1310 nm

1800-2200 800-1000 360-500

1550 nm

O E

DL

MMR Remote

161988: OTRx 4-21 1800-2200 800-1000 360-500

E O

UL 1310 nm

1800-2200 800-1000 360-500

1550 nm

O E

DL


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Mini Master Controller (MMC plus)


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ION-M Display and Keyboard Equipment


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Leveling Adapter

• The front panel RF connectors provide access to the DL and UL RF signals that would be input to the OTRx. • Input signal levels can be adjusted prior to the OTRx and measured through the leveling adapter. • The leveling adapter is used in place of the OTRx to aid in leveling the downlink path. • The front panel interface connectors are SMA-Female.


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Duplexers

7612767-00

Duplexer Passive 698-716 776-787 728-757

7597010-00

Duplexer Passive 806-824 851-869

7597012-00


7597020-00


7597024-00


7543460-00


Mounted in the rear of the subrack.

TX TX/RX RX


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Duplexer Unit


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Indoor Racks 24HU, 38HU, 47HU • 24 HU – H x W x D: 1260 x 605 x 700 mm – (50 x23.8 x 27.6”)

– Weight: 82 kg, 180 lbs • 38 HU – H x W x D: 1860 x 605 x 700 mm – (73 x2 3.8 x 27.6”) – Weight: 109 kg, 240 lbs


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ION-M Rack Fan Sets


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ION-M Indoor Rack Installation


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ION-M Indoor Rack Anchorage Kit

PRIVATE AND CONFIDENTIAL © 2012 CommScope, Inc

http://slide pdf.c om/re a de r/full/c ommsc ope -ion-m-da s-tra ining

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ION-M Outdoor Rack



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Outdoor Rack Options



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ION-M Rack Power Supply Unit



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ION-M Rack 4 Power Supply Unit



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ION-M Rack 8 Power Supply Unit



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8 Power Supply Unit



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Power Supply Unit (PSU)

• 7159468: 85 to 264 VAC Input • 7159467: 36 to 76 VDC Input U1

+ -

• Output is 12VDC, 150W • One PSU supports up to 7 OTRx‟s

U1 Test

• N+1 Redundancy is provided when using one PSU more than required

Power Supply



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Power Supply Subrack – 4 PSU

• 7163420: Supports 1 to 4 AC PSU‟s and RAB • 7163421: Supports 1 to 4 DC PSU‟s and RAB

• Supports 1 to 4 OTRx subracks • Height is 3 HU



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Power Supply Subrack – 8 PSU


• 7163765: Supports 1 to 8 DC PSU‟s and RAB • Supports 1 to 8 OTRx subracks • 7163764: Supports 1 to 8 AC PSU‟s and RAB • Height is 6HU



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ION-M Indoor Rack Power Cable Installation



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ION-M Rack AC Power Terminal Block Connections



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ION-M Rack DC Power Terminal Block Connections


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ION-M Master Cable Routing

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ION-M Outdoor Rack Power Cable Installation

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ION-M Multi Rack Interconnect Cable Installation

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ION-M Installation Electrical Installation

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ION-M Rack Power Loading

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RF Combining Section



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4-Way Combiners


• ID 7161269-00 : 698-960 MHz 1

• ID 7160615 : 1710-1990 MHz • ID 7160614 : 1920-2170 MHz

2

3

• Combines four input into a common output. Typically a duplexer is required to separate UL/DL. • The signal level into each port can be adjusted with a variable attenuator 0-10 dB typically. • The front panel interface connectors are SMA-Female • Max. input power per port: 27.5dBm

4

RF Probe 4-Way Combiner


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4-Way Splitters

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• Splits a single input to four outputs. Typically a duplexer is required to separate UL/DL.

1

• The front panel interface connector is SMAFemale

IN

2

7612781-01 Splitter Rear Mount 4-way 698-960 6.5dB IL 3

4-way Splitter with Att. d B d B

4 160641 4-Way Splitter

7615789-00 Splitter Rear Mount 4-way 1710-2170 6.5dB IL 7614494-00 Splitter 3HU 4-way 698-960, 10-20 dB IL 7163801

Splitter 3HU 4-way 1710-2170, 12-21 dB IL

7618755

Front Panel Kit for front mounting

d B d B


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BTS Connect 2 Port 698-960 MHz


ID# 7614493-00


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BTS Connect 3 Port 1710-2170 MHz

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ID# 7164621



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BTS Connect 4 Port 698-960,1700-2200 MHz

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ID# 7546702-02



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BTS Connect Attenuators

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Intelligent Point of Interface (i-POI)

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UL1 UL2 UL1,2

UL1,2

UL DIV1,2

UL DIV1,2

DL/ UL1

DL/ UL2

DL 1,2 DL 1,2

DL1,2 DL1,2

•

Support of 2 independent BTS sources

•

Termination loads for 2 x 46 dBm

•

Un-duplexing of in-coming signal

•

Measurement of RF-power from BTS and to BTS

•

Signal combining

•

Support of duplexed and non-duplexed signal

•

Support of UL diversity

•

Support of E911 call detection

•

Test-tone generator for easy leveling and trouble-shooting

UL1 DIV UL2 DIV E911-UL1 E911-UL2 (DIV) E911 Sync


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Subrack address display

DC main input & interface to system controller

with subrack alarm status

via backplane connectors

LMT Interface

External Alarms 2 software defined inputs 2 software defined output 1 Summary-alarm

Up to 8 independent POI modules


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Active Version


•

46 dBm input power per BTS port (2 ports)

•

Supports duplexed, non-duplexed & uplink diversity BTS inputs

•

-153 dBc PIM @ 2 x 20 Watts

•

Up to 8 POI modules (sectors) per subrack

• Automatic level control over a 60 dB range in 0.5 dB increments •

Integrated tone generator for end-to-end signal leveling

•

Real time power measurement & display

•

End-to-end front panel fault indication (SW dependant)

•

Can be used with third party DAS systems (internal web server) and fully integrated to the CommScope DAS solution


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Rack Alarm Board (RAB)

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• Collects and provides alarm outputs for Power Supply Units DOOR

PSU/FAN

PSU1

PWR

(PSU) • Collects and provides alarm outputs for door and cabinet fan

• Alarm outputs would be connected to Rack Master Controller (RMC)

PSU2

PSU3

• RAB would be mounted in PSU subrack

PSU4

PSU5

PSU6

PSU7

PSU8

RAB


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ION-M Remote- M Cabinet

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ION-M Remote is available in various band configuration. Reference specific remote datasheet for power consumption.


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ION-M Remote- M Cabinet

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ION-M Remote- M Cabinet Connections

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ION-M Remote - Grounding

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ION-M Remote - Electrical Connections

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ION-M Remote - Electrical Connections

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ION-M Remote - Antenna Connections

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ION-M Remote – Optical Fiber Connection

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ION-M Remote – Optical Fiber Connection

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ION-M System Fiber Optics Specifications 5/24/2018


• Only One Optical Fiber Required – Integral WDM Combines Uplink and Downlink Signals on a Common Fiber – Downlink at 1310 nm – Uplink at 1550 nm – 10 dB Optical Link Budget – Optical Fiber Loss ~0.4 dB/km (1310 nm) – 10 dB optical budget for all RF parameters implies 25 km(15 miles) fiber length

• Low Profile E2000-APC Connector – Integral Dust Cover – Easy Insertion and Snap Connection

1310 nm

1550 nm

(2nd window)

(3rd window)


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ION-M Remote Mechanical Installation 5/24/2018



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ION-M Remote Mechanical Installation- Wall Mounting 5/24/2018



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ION-M Remote Mechanical Installation - Pole Mounting 5/24/2018



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ION-M Remote Mechanical Installation - Pole Mounting 5/24/2018



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ION-M Remote Status LED 5/24/2018



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ION-M Remote- ML Cabinet 5/24/2018


Reference specific remote datasheet for power consumption.


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ION-M Remote- W Cabinet 5/24/2018


ION-M Remote is available in various band configuration. Reference specific remote datasheet for power consumption.


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ION-M Single Band Remote Block Diagram 5/24/2018


Antenna

Duplexer O Optical Input

PA

E

WDM O

MicroController

LNA

E

Power Supply

Heat Exchanger


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Dual Band Remote Block Diagram 5/24/2018


Antenna

PA Duplexer

O

Optical Input

E

PA

WDM

O

LNA

LNA

E

MicroController

Power Supply

Heat Exchanger


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ION-M17HP/19P Remote Specifications

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ION-M DAS System Diagram 5/24/2018


Antenna Master Subrack

Remote Unit

B

External UL POI

C

Subrack UL POI

o

e

e

o

A

o

RX

BTS

e

D

o

TX

ION-M system gain specified from point A to point B

e External DL POI

Subrack DL POI

Antenna

Remote Unit

o

e

e

o


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TMO LIT HUB Plumbing 5/24/2018



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Basic Link Budget LIT 5/24/2018



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ION-M 700 LTE MIMO/850/1900 design 5/24/2018



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ION M Remote Active Cooling 5/24/2018


• Small Form Factor

• Fans Are Easily Replaced • Fan Speed Varies – Fan Speed Increases as Heat sink Temperature Rises – Fan Speed Decreases, or Stops, when Heat sink Temperature is Low


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ION-M Remote Passive Cooling 5/24/2018


• Insensitive to Dust

• No Acoustic Noise Emission • Useful for Tunnel Applications


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ION M Remote Accessories 5/24/2018


• Fan Protection Cover – Additional Environment Protection

• Mounting Brackets – Wall Mount Option – Pole Mount Option


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ION-M Remote Overcoat Housing 5/24/2018


• Offers Protection – Environment – Vandalism

• Reduces Acoustical Noise • May be Painted for Specific Requirements


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ION-M Remote Master Controller Software Login

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At first login, enter the Username (owner ), enter the default password (Apwd4own)> (case-sensitive, no blanks allowed). Changing the password is described in chapter 3.4.5 Owner Settings.

Microsoft Windows Login username: mikom or andrew password: mikom or andrew PRIVATE AND CONFIDENTIAL © 2012 CommScope, Inc

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ION-M Software

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ION M Software 5/24/2018


H o m e : leads back to the home page; L o g o u t : to log out of the system.

The Tree View displays the current system topology determined during auto-setup in tree format. C u r r e n t A l a r m S t at u s shows the number of current alarms in order of their severities.

Alarm severities are also indicated by a color code. The Home frame shows the current software version as well as supplementary information on the software of thefor Master Controller. Tree View – the menus available the selected unit.When a unit is selected from the

The main frame provides a system overview in graphic form. The three main menus –S u p e r v i s i o n , C o n f i g u r a t i o n , and Ma i n te n a n ce – are the same for all unit types; only the available submenus vary depending on the type of unit.


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ION-M Tree View

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• MC=Master Controller 1 per system (master unit including RMC600 & MMC+)

• SRMU=Subrack master unit (MU OTRX)up to ~50 per controller

• RU=Remote unit 1 per SRMU

• SAB=System alarmboard 1 per system (option)

• RAB=Rack alarmboard 1 per rack (option)


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SRMU (OTRx) Menu

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ION-M Remote (RU) Menu

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HW/RF Parameters

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RAB Menu (Rack Alarm Board)

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• The RAB collects alarms from up to 8 PSUs, two fan sets, one door alarm and mains-failure (if an UPS is connected).


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SAB Menu (System Alarmboard )


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Active Alarms and History


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• This screen shows all the alarms that are active in the whole system. • These alarm messages will also be displayed in the „Alarm History ‟.


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Handling of ‘Alarms’

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• MMC+ Master Controller software will show all existing alarms in the system • All alarms can be resolved with a „process of elimination‟ and respective units can be replaced/repaired as needed

Click on to get summary


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Remote Unit Alarm Indication

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•

Following alarms are indicated from LED at connector flange:

•

LED off:

No power

» Bad power supply » No VAC input

•

LED green:

No alarm

•

LED yellow:

Alarms not directly related to RU » External alarms » Optical RX alarm » all ALC alarms

•

LED red:

Alarms directly related to RU » Power alarms 12 & 28 V » Temperature » Fan » I2C Bus » Optical TX alarm » Amplifier “power down“


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RU Alarms


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• If showing alarm at RU site; check with HUB or NOC to see what the alarm is reported in Master Controller software. – ALC Alarm: Check RF input level, Check RU ALC settings. – PA Alarm: Check RF input level, Check amplifier software configuration, Reset amplifier via software, hard reset unit (disconnect power). – Temperature Alarm: Check if fans are working, ensure proper airflow (airdeflectors), power down unit to alleviate further over-heating. – Unit Unavailable: Check fiber, try spare fiber.


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SRMU Alarms


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•Flashing “E”  No connection with RU: Check fiber, RU power, and controller software for alarm message. •Flashing “I”

 I2C

Bus Error: Re-seat card in subrack, replace OTRx.


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Alarms and Troubleshooting


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• SRMU Alarms – Fiber optic RX/TX alarm – Bus I2C failure – System temperature – Fiber optic DL/UL current – Unit unavailable

A detailed list of all alarms is provided in the User Manual for Optical Master unit.


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Cannot Connect to the MMC+


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• What is the status light telling you?

• Do you have a network connection (LAN) on your computer? • What is the IP address that has been assigned to your computer?


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Cannot connect to the MMC+


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• If you have a network connection established with your computer try NetMeeting. • NetMeeting allows you to controll the MMC+ desktop. Start

 Run  conf

• Username = andrew Password = andrew • NetMeeting not included with Windows 7 (Windows XP Virtual Mode)


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Cannot connect to the MMC+


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• MMC+ is a Windows2000 PC.


• Controller services run on the PC to perform many software functions. • Sometimes these services will not get started correctly and not allow web access to the ION-M software.


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ION-M Master Unit Installation


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The Master Unit is CoLocated with Base Stations

Easy Accessible

Easy Maintenance

Decrease Costs


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ION-M Remote Installation


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Invisible Mounting

RF Portion Below Ground

Cooling Portion Integrated in Lower Portion of Waste Basket


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Invisible Mounting

Installed inside the light pole

Cooling accomplished inside pole


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Minimal Visual Impact

Residential Setting

Standard wooden utility pole


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CommScope TECHNICAL SUPPORT


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• WWW.COMMSCOPE.COM – http://www.commscope.com/andrew/eng/product/cov_cap/index.html

• CommScope Wireless Solutions - Joliet, IL 60433 Customer Support Center 800-255-1479

• CommScope Distributed Coverage and Capacity Solutions Technical Support - Garner, NC 27529 888-297-6433


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Thank you!


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CommScope ION-M DAS Training

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