microburst 4212t installation and provisioning...

Elastic Networks

MicroBurst™ 4212TInstallation and Provisioning GuideDocument Version: StandardDocument Revision: 1.40Publication Date: November 2001

08-01147-01

Elastic Networks

MicroBurst™ 4212T MicroBurst 4212T Installation and Provisioning Guide

2001 Elastic NetworksAll rights reserved

All information contained in this document is subject to change without notice. Elastic Networks reserves the right to make changes to equipment design or program components, as progress in engineering, manufacturing methods, or other circumstances may warrant.

EtherLoop is a trademark of Elastic Networks.

Rev. 1.40 Publication Date: November 2001

Publication History

March 2001

Initial document release.

November 2001

Revised release to include network architecture configurations, updated provisioning directions and new documentation formatting.

About this Document

Focus

This document contains the complete installation and provisioning instructions for the EtherLoop™ MicroBurst™ 4212T.

NOTE: The IP subnet scheme must be in place prior to installation.

Audience

The audience for this document includes network planners, installation technicians, network administrators, and anyone who may be charged with installing and implementing the MicroBurst 4212T in an EtherLoop system.

Documentation References

Additional supporting documentation for the MicroBurstTM 4212T includes:

• 08-01137-01 (StormPort 400), 08-01143-01 (StormPort 600), StormPort™ Modem Installation Guide. This document covers the installation of Elastic Networks StormPort modems as customer-premise equipment in an Elastic Networks EtherLoop system.

• 08-01016-01-300, YesWare™ Applications Users Guide. This doc-ument covers the physical installation and initial network configu-ration setup of the BitStorm Server unit.

• 08-01024-01, StormTracker™ - Site Manager and Administration User’s Guide. This document covers the applications used to provi-sion and manage an EtherLoop system using the BitStorm Server.

08-01147-01, Rev. 1.40 MicroBurst™ Installation and Provisioning Guide iii

Elastic Networks About This Document

Conventions

The following conventions have been used in preparing this documentation.

Safety Labels

Throughout this documentation the following labels will be displayed to indicate safety issues. Make sure to read the labels carefully to ensure your own personal safety as well as that of equipment and customer services.

! CAUTION: POSSIBLE SERVICE INTERRUPTION! This label means there is a possibility of interruptions in service.

! WARNING: POSSIBLE EQUIPMENT DAMAGE! This label means there is a possibility of damage to company equipment.

WARNING: ELECTROSTATIC DISCHARGE! This label means there is a possibility of damage to company equipment by electrostatic discharge (ESD).

! DANGER: POSSIBLE PERSONAL INJURY! This label means there is a possibility of personal bodily injury.

iv MicroBurst™ Installation and Provisioning Guide 08-01147-01, Rev. 1.40

About This Document Elastic Networks

Software Steps and Procedures

• Text you are required to type or enter will appear in the document as follows:

, Name, , programs\seven\aa1

• Text displayed on a computer screen will appear as follows:

“From the HyperTerminal window, select File/Properties, then select the Settings tab.”

08-01147-01, Rev. 1.40 MicroBurst™ Installation and Provisioning Guide v

Elastic Networks About This Document

vi MicroBurst™ Installation and Provisioning Guide 08-01147-01, Rev. 1.40

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Table of Contents

1 MicroBurst 4212T 1-1

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1

Product Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2

MicroBurst 4212T System Specifications . . . . . . . . . . . . . . . . . . . . 1-4

Front Panel Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-5

Front Panel LED Indicators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-6

Mounting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-6

Throughput . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-8

MicroBurst 4212T Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-8

Hospitality/MDU - MicroBurst and Components Shipment List . . . . 1-8

Carrier - MicroBurst and Components Shipment List . . . . . . . . . . . 1-9

MicroBurst Power Source . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-9AC Power Supply (AC to DC Adapter, Included with Hospitality or MDU Applications) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-9

MDU/Hospitality Cable Assembly . . . . . . . . . . . . . . . . . . . . . . . . . 1-11

OSP Cable Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-11

MicroBurst Mounting Hardware Kit . . . . . . . . . . . . . . . . . . . . . . . . 1-12

Special Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-12

Privacy Management . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-12

Same Card Broadcast . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-13

08-01147-01, Rev. 1.40 MicroBurst™ Installation and ProvisioningGuide vii

Table of Contents Cont. Elastic Networks

Network Architecture Configurations . . . . . . . . . . . . . . . . . . . . . . . 1-14

Ethernet WAN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-14

Basic Static Routing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-15

DHCP (Dynamic Host Configuration Protocol) Server . . . . . . . . . . 1-16

T1 WAN Aggregator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-17

MicroBurst 4212T Connection Interfaces . . . . . . . . . . . . . . . . . . . . 1-18

MicroBurst 4212T EtherLoop Connection . . . . . . . . . . . . . . . . . . . 1-18

MicroBurst 4212T Craft Interface Connection . . . . . . . . . . . . . . . . 1-21

MicroBurst 4212T 10/100 Base-T Connection . . . . . . . . . . . . . . . 1-22

MicroBurst 4212T DS1 WAN Interface Connection . . . . . . . . . . . . 1-24

MicroBurst 4212T Alarm Interface Connection . . . . . . . . . . . . . . . 1-25

MicroBurst 4212T -48 V DC Power Connection . . . . . . . . . . . . . . 1-25

2 Installing the MicroBurst 4212T 2-27

Installation Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-27

MicroBurst Installation Task List . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-28

Rack Installation Procedures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-29

Rack Installation Flow Chart . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-29

Rack Installation Task List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-30

Task 001: Rack Mount - Preliminary Steps . . . . . . . . . . . . . . . . . 2-31

Task 002: Mounting Procedures for 19” or 23” Racks . . . . . . . . . 2-34

Task 003: Cable Connection Procedures for Racks . . . . . . . . . . . 2-36

Task 004: Power Connection to MicroBurst in a Rack . . . . . . . . . 2-37

Task 005: Installing the AC Power Supply (Adapter) . . . . . . . . . . 2-38

Task 006: Installing the -48 V DC Rack Power Supply . . . . . . . . . 2-40

Task 007: Installing the CPE and Voice Network Lines . . . . . . . . 2-42

Wall Mount Procedures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-43

Wall Mount Installation Flow Chart . . . . . . . . . . . . . . . . . . . . . . . . 2-43

Wall Mount Installation Task List . . . . . . . . . . . . . . . . . . . . . . . . . . 2-44

Task 008: Wall Mount Procedures - Preliminary Steps . . . . . . . . 2-45

Task 009: Wall Mounting Slide Bar Procedures (one unit) . . . . . . 2-48

viii MicroBurst™ Installation and ProvisioningGuide 08-01147-01, Rev. 1.40

Elastic Networks Table of Contents Cont.

Task 010: Wall Mounting Slide Bar Procedures (two units) . . . . . 2-51

Task 011: Mount the MicroBurst to the Wall . . . . . . . . . . . . . . . . 2-55

Task 012: Wall Mounting Cable Connection Procedures . . . . . . 2-58

Task 013: Connecting the AC Power Supply Adapter . . . . . . . . . 2-59

Task 014: Installing the CPE and Voice Network Line . . . . . . . . 2-61

Outside Plant (OSP) Cabinet Mount Procedures . . . . . . . . . . . . . . 2-62

OSP Installation Flow Chart . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-62

OSP Installation Task List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-63

Task 015: OSP Mounting - Preliminary Steps . . . . . . . . . . . . . . . 2-64

Task 016: OSP Mounting Procedures . . . . . . . . . . . . . . . . . . . . . 2-66

Task 017: OSP Cable Connection Procedures . . . . . . . . . . . . . . 2-68

Task 018: Power Connection to MicroBurst in OSP Cabinet . . . . 2-71

3 Provisioning MicroBurst 4212T 3-73

Provisioning Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-73

Firmware Version . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-73

Provisioning Task List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-74

Task 019: Connect to the Craft Interface via "HyperTerminal" . . 3-75

Task 020: Enter a Default User Name and Password . . . . . . . . . 3-78

Task 021: Configuring “HyperTerminal” Properties . . . . . . . . . . . 3-80

Task 022: Configuring the Ethernet and DS1 Ports . . . . . . . . . . 3-81

Task 023: Setting the Date and Time . . . . . . . . . . . . . . . . . . . . . 3-84

Task 024: DS1 Static Routing Configuration . . . . . . . . . . . . . . . . 3-85

Task 025: DHCP Relay Agent Set-up . . . . . . . . . . . . . . . . . . . . . 3-89

Task 026: Changing the User Name and Password . . . . . . . . . . 3-91

Task 027: Reset the MicroBurst after Configuration . . . . . . . . . . 3-93

CLI (Command Line Interface) Commands . . . . . . . . . . . . . . . . . . 3-94

4 Customer Satisfaction Information 4-96

Customer Satisfaction Contact Information . . . . . . . . . . . . . . . . . . 4-96

Sales . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-96

08-01147-01, Rev. 1.40 MicroBurst™ Installation and ProvisioningGuide ix

Table of Contents Cont. Elastic Networks

Training . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-97

Technical Assistance & Support (TAS) . . . . . . . . . . . . . . . . . . . . . 4-97

Warranty & Return Material Authorization (RMA) . . . . . . . . . . . . . 4-97

x MicroBurst™ Installation and ProvisioningGuide 08-01147-01, Rev. 1.40

1 MicroBurst 4212T

Introduction

Figure 1-1: MicroBurst 4212T

The MicroBurst 4212T extends the benefits of the Storm System intel-ligent IP DSL solutions to the remote edges of the network. The unit is an environmentally hardened, one-RU rack mount design with a WAN interface making it easy for service providers to quickly and easily deliver 12 (twelve) EtherLoop ports for applications within Digital Loop Carriers (DLCs) and other outside plant devices requiring high-speed Internet services. Additionally, its small size and low power con-sumption make it ideal for in-building applications with lower sub-scriber densities.

BM 101

08-01147-01, Rev. 1.40 MicroBurst™ Installation and Provisioning Guide 1-1

1 MicroBurst 4212T Elastic Networks

Product Overview

After the IP subnetting scheme has been designed and is in place, the MicroBurst 4212T can be installed. The installation can be in an out-side plant (which may be behind a DLC/SLC cabinet) to provide Ether-Loop service to homes and businesses, or in hospitality/MDU locations where a small number of lines are needed and a full BitStorm 1900 Access Multiplexer shelf is not appropriate. Multiple units can be installed to support more users, however, Elastic Networks recom-mends using the Elastic Network BitStorm 1900 Access Multiplexer for applications of 25 or more users.

Figure 1-2: MicroBurst 4212T or BitStorm 1900 System

The MicroBurst 4212T is designed to operate as a stand-alone 12:1 EtherLoop DSLAM and voice filter with a single DS1 WAN interface or Ethernet 10/100 Base-T interface.

Data flows into the system via a Ethernet connection or an DS1DS1 running PPP. The DS1 WAN interface converts the DS1 to 10 Base-T Ethernet. The Ethernet data is then converted to EtherLoop and statisti-cally multiplexed across 12 lines. These 12 EtherLoop channels are then combined with the 12 voice channels in the internal voice filter card and sent out the 12 copper pairs to 12 CPE modems.

BitStorm 1900 System(25 or more users)

MicroBurst 4212T Multiple Units - 12 ports each(Typically used for 24 or less users.

Up to 3 units can be installed)

1-2 MicroBurst™ Installation and Provisioning Guide 08-01147-01, Rev. 1.40

Elastic Networks 1 MicroBurst 4212T

Figure 1-3: MicroBurst 4212T Functional Block Diagram

The internal Ethernet data is switched out to the front panel, where multiple units can be “daisy-chained” from a single DS1. The MicroBurst 4212T can be designed to operate with up to 3 devices chained together via Ethernet ports. Refer to Figure 1-4,“Multiple MicroBursts Linked via Ethernet Ports,” on page 4. The device can also operate as an Ethernet only system (bypassing the DS1 Interface).

DS1WAN

Interface

Ethernet Switch

12:1EtherLoop

Modem

Top of Connector is "TIP"

Bottom of Connector is "Ring"

Voice Filter

1 3 5 7 9 11 13 15 17 19 21 23Voice and Data "Out" pairs

2 4 6 8 10 12 14 16 18 20 22 24Voice "In" pairs

Cro

ssed

Con

nect

ion

Not

Fun

ctio

nal

MB 104



Figure 1-4: Multiple MicroBursts Linked via Ethernet Ports

MicroBurst 4212T System Specifications

Table 1-1, "MicroBurst System Specifications," provides a detailed description of the hardware design and specifications of the MicroBurst 4212T.

NOTE: It may take approximately 10 minutes for the unit to warm up before it is fully operational.

MB 105

Table 1-1: MicroBurst System Specifications

Description Specification

Height 1RU -1.75 inches

Width 17”

Depth 11.25” excluding connectors (box depth only)

Weight 9.2 lbs.

Shipping Weight 10 lbs.

Rack Mount 19” or 23” rack

Stat-muxed Etherloop Lines

12 w/Privacy Management/MAC address filter

Operating Temperature Air-cooled, from -45ºC to 65ºC (-49ºF to 149ºF)

Humidity 95% Relative Humidity (RH) non-condensing

Heat Dissipation 12W



Front Panel Connectors

All connections to external equipment terminate on the front panel. The front panel connectors are listed with each function in Table 1-2, "Front Panel Connectors" and Figure 1-5, "Front Panel Connectors" shows the visual location of each.

Figure 1-5: Front Panel Connectors

NOTE: An Ethernet crossover cable will be needed when connecting the MicroBurst E-NET connector to an Ethernet switch, or use the E-NET-X jack and a straight Ethernet cable.

Table 1-2: Front Panel Connectors

Label Function Connector Type

Ports 1-12 Voice In, Voice & Data Out, 12 sets each

AMP-Champ, Female

Craft DS1 Craft Interface DB9, Male

E-Net Ethernet Switch RJ-45

E-Net-X Ethernet Switch - Crossover RJ-45

DS1 DS1 WAN RJ-45 (Active)

DS1 DS1 WAN RJ-45 (Inactive)

Alarm Contact Alarm, N.O.(normally open) 2 Pin, Male, 10’

-48V dc Power, -48V dc 4 Pin, Male, 5’, 18AWG

60W, 85-265VAC, 47-63Hz

Optional AC Power IEC-type, 6’

Power-48 V DC

AlarmContact

Voice In, Voice & Data Out(12 sets each)

EthernetSwitch

EthernetSwitch

(Crossed)

DS-1WAN

DS-1Craft

Interface

NOTFunctional

MB106



Front Panel LED Indicators

The front panel has 10 LEDs that indicate system status and diagnostic information. Table 1-3, "Front Panel LED Indicators," describes the status for each type (color) of indicator and Figure 1-6,“Front Panel LED Indicators,” on page 6 provides a visual location for each LED.

Figure 1-6: Front Panel LED Indicators

Mounting

Mounting “ears” are provided for flush and mid-mountconfigurations for 19” or 23” racks. The ears can also be rotated and used for vertical wall mounting applications. Figure 1-7,“MicroBurst Mounted in 19 inch Rack,” on page 7, shows the 4212T mounted in a 19” bay. (It can also be mounted in a 23” rack by rotating the mounting ears.) Figure 1-8,“MicroBurst Mounted on a Wall,” on page 7, shows the vertical wall mounting for a MicroBurst.

Table 1-3: Front Panel LED Indicators

LED Indicator Color Status

Power Green Power is on

Alarm Red T1 alarm condition exists

DS1 Green T1 is operating normally

Yellow T1 alarm condition exists

Ethernet Green Ethernet Link is operating normally

Yellow Ethernet traffic is transmitting and receiving packets

Power Alarm

EthernetGreen

EthernetYellow

DS-1Yellow

DS-1Green



Figure 1-7: MicroBurst Mounted in 19 inch Rack

Figure 1-8: MicroBurst Mounted on a Wall



Throughput

The MicroBurst 4212T provides data throughput of up to 4 Mbps (upstream and downstream) with 12 statistically multiplexed ports.

MicroBurst 4212T Components

The 4212T is shipped in two different configurations, Hospitality/MDU or Carrier. This sections describes the components/items shipped with each configuration.

Hospitality/MDU - MicroBurst and Components Shipment List

Table 1-4, "Hospitality/MDU and Components Shipment List," pro-vides a list of all components/items shipped with the MicroBurst Hos-pitality/MDU.

Table 1-4: Hospitality/MDU and Components Shipment List

Description Part Number

MicroBurst™ Hospitality/MDU (boxed) 01-00062-01

MicroBurst™ 4212T one rack unit (1RU) DSLAM 01-00069-01

Cable Assembly, MDU/HOSP MicroBurst™ (3’ AMP-Champ)

04-00022-01

Cable Assembly, PowerPower Supply: 05-00023-01Power Cable: 04-00025-02AC/DC Power Adapter Cable: 04-00027-01

47-00044-01

Alarm Cable 04-00019-01

MicroBurst™ Documentation 08-01147-01



Carrier - MicroBurst and Components Shipment List

Table 1-5, "MicroBurst Carrier and Components," provides a list of all components/items shipped with the MicroBurst Carrier.

MicroBurst Power Source

The MicroBurst can be powered in one of three (3) ways:

• Use an existing -48V DC power source at the site

• Use a -48 V DC power supply (not included)

• Use an AC Power Supply (AC to DC Adapter, included in Hospi-tality and MDU shipments)

AC Power Supply (AC to DC Adapter, Included with Hospitality or MDU Applications)

The AC Power Supply is an AC to DC power converter included with all Hospitality/MDU shipments. The AC Power Supply is only needed when installing a 120 V AC application and -48 V DC is not available.

Carriers normally have an existing power source, however, this unit can be purchased for a Carrier installation if an AC to DC converter is required.

When using the AC Power Supply in a configuration, one AC Power Supply is required for each MicroBurst installed. Figure 1-9,

Table 1-5: MicroBurst Carrier and Components

Description Part Number

MicroBurst 4212T one rack unit (1RU) DSLAM 01-00069-01

Cable Assembly, OSP MicroBurst 04-00021-01

Cable Assembly, Power 47-00044-01

Alarm Cable 04-00019-01

MicroBurst Documentation 08-01147-01



"MicroBurst 4212T AC Power Supply,", shows the AC Power Supply and cables.

Figure 1-9: MicroBurst 4212T AC Power Supply

To 120 V AC

Outlet

Power CablePower Supply

AC/DC AdapterCable

Add Cable Tie

MB 107



MDU/Hospitality Cable Assembly

Figure 1-10, "MicroBurst 4212T MDU/Hospitality Cable Assembly," shows the 4212T MDU/Hospitality cable assembly. This is a 3’ AMP-Champ Male-to-Male cable used to connect the MicroBurst to a stan-dard 66 block or any other similar cross connect block. If the MicroBurst installation requires a longer cable than what is provided, it must be purchased separately (standard pin-outs required).

Figure 1-10: MicroBurst 4212T MDU/Hospitality Cable Assembly

OSP Cable Assembly

Figure 1-11, "OSP Cable Assembly," shows the OSP cable assembly. This cable is used to connect the MicroBurst in an OSP cabinet.

Figure 1-11: OSP Cable Assembly

MB 108

MB 109



MicroBurst Mounting Hardware Kit

Figure 1-12, "Mounting Hardware Kit," shows the Mounting Hardware Kit for installing the MicroBurst in a rack or on a wall. As previously mentioned, the mounting ears can be rotated to accommodate each type of installation.

Figure 1-12: Mounting Hardware Kit

Special Features

Privacy Management

The Privacy Management (a.k.a. MAC Address Filtering) feature ensures the privacy of each user connected to a local layer 2 network. The Site Manager software is used to enter the MAC address of a gate-way or router to connect to the internet or a local server in the Storm-Port CPE modem Privacy Management filter table. The Privacy Management ensures that downstream packets are discarded unless they are from one of the MAC addresses in the filter table and upstream packets are discarded unless they are going to one of the MAC addresses in the filter table. Thus, it is impossible for a user connected to one CPE modem to see another user on the same local L2 network connected to another CPE modem, unless the user’s computer’s MAC address is entered into the Privacy Management filter table.

NOTE: Creating a filter table on the MicroBurst’s 4212 CO modem affects all EtherLoop ports on that card and one of its CPEs is redundant, but possible. However, the CO table should be the same or be a superset of the CPEs table.



Same Card Broadcast

The Same Card Broadcast feature is an option on the MicroBurst’s CO modems that should be used in conjunction with Privacy Management to provide secure communications (default is Disabled).

Refer to Table 1-6, "Same Card Broadcast Feature Enabled/Disabled Function for CO Modems,"for the feature function and security issues associated with each setting.

Table 1-6: Same Card Broadcast Feature Enabled/Disabled Function for CO Modems

CO Modem

Enabled/ Disabled

Feature Function Security

4212

Note: (The MicroBurst contains an 4212 CO modem card.)

EnabledAllows the 12 clients on the same card to commu-nicate with each other without going out into the network first.

N/A

DisabledBlocks clients on the same card from seeing and communicating with each other, unless the traffic exits the DSLAM and returns from the network.

Clients on other cards can see each other unless Pri-vacy Management is used.



Network Architecture Configurations

While each network architecture is unique, the following scenarios pro-vide examples of deployment using a bridge or a T1 aggregator.

Ethernet WAN

Figure 1-13 is an example of a bridged environment used for Telco installations.It illustrates the hardware configuration in a PPPoE envi-ronment, with the emphasis on the location of the PPPoE Server serv-ing a fiber/copper hybrid network. The Ethernet port on the MicroBurst must be used to pass PPPoE traffic.

Figure 1-13: MicroBurst Ethernet WAN Connected to with Fiber network and Supporting PPPoE

Fiber Mu

PPPoe Server

Router

Fiber Mux

StormPort

StormPort

MB 200

Central Office #1

Central Office #2

Ethernet IP Address = 172.168.30.1Subnet = 172.168.30.xMask = 255.255.255.0Default Gateway = 172.168.30.1

Gateway Port = Port 1Shelf ID = Card 1

Available Address Range:Users IP = 172.168.30.2-254



Basic Static Routing

Figure 1-14 is an example of the hardware location and IP configura-tion of a campus or MDU network utilizing Static IP addresses. This can be utilized with Routable or Non-Routable IP addresses. It also demonstrates the IP scheme necessary for the Microburst in a T1 envi-ronment. Notice the difference in Subnets between the Ethernet and T1 port of the Microburst.

Figure 1-14: MicroBurst Configuration with Basic Static Routing for Office Park or MDU

Router

Central Office

MB 201

T1

CSU/DSU

OSP Cabinet



DHCP (Dynamic Host Configuration Protocol) Server

Figure 1-15 is an example of the hardware and IP configuration using a Tiara T1 Aggregator to support multiple Microbursts on a Linux-based system. This IP scheme is common in widely distributed networks with a central Uplink Location and can be utilized with Routable or Non-Routable IP addresses. The DHCP Server is configured according to the example, which would service the users associated with that Microburst.

Figure 1-15: T1 Configuration of 4 MicroBursts with DHCP Relay

RouterCentral Office



T1 WAN Aggregator

Figure 1-16 is an example of the hardware and IP configuration using a Tiara T1 Aggregator to support multiple Microbursts. This IP scheme is common in widely distributed networks with a central Uplink Loca-tion and can be utilized with Routable or Non-Routable IP addresses.

Figure 1-16: T1 Tiara Aggregator with 4 MicroBursts (no DHCP)

Central Office



MicroBurst 4212T Connection Interfaces

The MicroBurst 4212T has the following connection interfaces:

• AMP-Champ connector

• Craft interface connector

• E-NET LAN connector

• E-NET crossed connector

• DS1 WAN connectors (2)

• Alarm interface connector

• -48 V dc power connector

MicroBurst 4212T EtherLoop Connection

Figure 1-17, "MicroBurst 4212T AMP-Champ Connections," shows the EtherLoop IN and OUT connectors (standard AMP-Champ connec-tor) on the MicroBurst 4212T front panel. The dial tone and voice ser-vice from the PBX/PSTN facility on the main distribution frame (MDF) connects to the even pairs on the connector. Services from the MicroBurst 4212T to the CPE StormPort modems connects to the odd pairs on the connector. Pin-outs for the AMP-Champ Connector are listed in Table 1-7, “Pin-Outs for AMP-Champ Connector J1,” on page 19.



Figure 1-17: MicroBurst 4212T AMP-Champ Connections

These connectors are designed to work with the MDU/Hospitality cable and the OSP cable assembly.

"TIP" pins 26-50

"Ring" pins 1-25

1 2 3 4 5 6

26 27 28 29 30 31

Channel #1

Pair #1 Voice & EtherLoop Out (pin 1 & 26)

Pair #2 Voice In (pin 2 & 27)

Channel #2

Pair #3 Voice & EtherLoop Out (pin 3 & 28)

Pair #4 Voice In (pin 4 & 29)

25

50

BM 110

Table 1-7: Pin-Outs for AMP-Champ Connector J1

Pin-Outs for AMP-Champ Connector J1

OSP End Pin

SignalLoop goes to end-user

Voice provides dial-tone

Punch Down Block Pin

Color Code

1 Loop Ring - Line 1 1 Blue/white

26 Loop Tip - Line 1 26 White/blue

2 Voice Ring - Line 1 13 Orange/white

27 Voice Tip - Line 1 38 White/orange

3 Loop Ring - Line 2 2 Green/white

28 Loop Tip - Line 2 27 White/green

4 Voice Ring - Line 2 14 Brown/white



29 Voice Tip - Line 2 39 White/brown

5 Loop Ring - Line 3 3 Slate/white

30 Loop Tip - Line 3 28 White/slate

6 Voice Ring - Line 3 15 Blue/red

31 Voice Tip - Line 3 40 Red/blue

7 Loop Ring - Line 4 4 Orange/red

32 Loop Tip - Line 4 29 Red/orange

8 Voice Ring - Line 4 16 Green/red

33 Voice Tip - Line 4 41 Red/green

9 Loop Ring - Line 5 5 Brown/red

34 Loop Tip - Line 5 30 Red/brown

10 Voice Ring - Line 5 17 Slate/red

35 Voice Tip - Line 5 42 Red/slate

11 Loop Ring - Line 6 6 Blue/black

36 Loop Tip - Line 6 31 Black/blue

12 Voice Ring - Line 6 18 Orange/black

37 Voice Tip - Line 6 43 Black/orange

13 Loop Ring - Line 7 7 Green/black

38 Loop Tip - Line 7 32 Black/green

14 Voice Ring - Line 7 19 Brown/black

39 Voice Tip - Line 7 44 Black/brown

15 Loop Ring - Line 8 8 Slate/black

40 Loop Tip - Line 8 33 Black/slate

16 Voice Ring - Line 8 20 Blue/yellow

41 Voice Tip - Line 8 45 Yellow/blue

17 Loop Ring - Line 9 9 Orange/yellow

42 Loop Tip - Line 9 34 Yellow/orange



OSP End Pin




Color Code



MicroBurst 4212T Craft Interface Connection

The craft interface is a standard RS232, DB9 connection used for the configuration and provisioning of the system. Refer to Figure 1-18, "MicroBurst 4212T Craft Interface Connection."

Figure 1-18: MicroBurst 4212T Craft Interface Connection

18 Voice Ring - Line 9 21 Green/yellow

43 Voice Tip - Line 9 46 Yellow/green

19 Loop Ring - Line 10 10 Brown/yellow

44 Loop Tip - Line 10 35 Yellow/brown

20 Voice Ring - Line 10 22 Slate/yellow

45 Voice Tip - Line 10 47 Yellow/slate

21 Loop Ring - Line 11 11 Blue/violet

46 Loop Tip - Line 11 36 Violet/blue

22 Voice Ring - Line 11 23 Orange/violet

47 Voice Tip - Line 11 48 Violet/blue

23 Loop Ring - Line 12 12 Green/violet

48 Loop Tip - Line 12 37 Violet/green

24 Voice Ring - Line 12 24 Brown/violet

49 Voice Tip - Line 12 49 Violet/brown



OSP End Pin




Color Code

Craft Interface Connection



The craft interface pinout is listed in Table 1-8, “DS1 Craft Interface Connector Wiring List,” on page 22.

MicroBurst 4212T 10/100 Base-T Connection

Figure 1-19, "MicroBurst 4212T 10/100 Base-T Connections,", shows the E-NET 10/100 Base-T Ethernet port with the standard RJ-45 data connection. Also shown, is the E-NET-X port used to interface with an additional MicroBurst. Depending on the need, up to 3 MicroBurst units can be cascaded together through this port.

Figure 1-19: MicroBurst 4212T 10/100 Base-T Connections

The transmit and receive Ethernet connections for the straight and cross-over (MDIX) ports are listed in Table 1-9, "MicroBurst Straight Ethernet Connections," and Table 1-10, “MicroBurst Crossed Ethernet Connections,” on page 23.

Table 1-8: DS1 Craft Interface Connector Wiring List

Signal Name DB9 Female (DCE) pins Signal

RS-232O 2 TX

RS-232I 3 RX

GND 5 GND

10/100 Base-T Ethernet Connection (straight)

10/100 Base-T Cross-Over Connection (MDIX)

Table 1-9: MicroBurst Straight Ethernet Connections

E-NET, RJ-45 Ethernet

RJ-45 Name

1 10BT TX+



2 10BT TX-

3 10BT RX+

6 10BT RX-

Table 1-10: MicroBurst Crossed Ethernet Connections

E-NET-X, RJ-45

RJ-45 Name

1 10BT RX+

2 10BT RX-

3 10BT TX+

6 10BT TX-

Table 1-9: MicroBurst Straight Ethernet Connections

E-NET, RJ-45 Ethernet

RJ-45 Name



MicroBurst 4212T DS1 WAN Interface Connection

Figure 1-20, "MicroBurst 4212T DS1 WAN Interface Connections," and Table 1-11, "MicroBurst 4212T DS1 WAN Interface Connections," shows the DS1 ports (the right DS1 port is not functional for this release). A standard RJ-45 cable connects the left DS1 port to a T1.

Figure 1-20: MicroBurst 4212T DS1 WAN Interface Connections

Table 1-11: MicroBurst 4212T DS1 WAN Interface Connections

RJ-45 Connectors

Signal Name

1 RR (Rx Ring)

2 RT (Rx Tip)

3

4 TR (Tx Ring)

5 TT (Tx Tip)

6

7

8

DS1 WAN Interface Connection

Not Functional



MicroBurst 4212T Alarm Interface Connection

The alarm port is used for remote alarm monitoring. When power is on, it is normally closed, when powered down, it is normally open. Figure 1-21, "MicroBurst 4212T Alarm Interface Connection," shows the alarm interface connection.

Figure 1-21: MicroBurst 4212T Alarm Interface Connection

MicroBurst 4212T -48 V DC Power Connection

Figure 1-22 and Table 1-12, "MicroBurst 4212T Power Connections," shows the -48V dc power connection. This connector has four pins. The top two are for -48V dc and the bottom two are for -48V dc Return.

Figure 1-22: MicroBurst 4212T Power Connections

Alarm Connector

Table 1-12: MicroBurst 4212T Power Connections

Power Connector Voltage

1,4 (top) -48V dc

2,3 Chassis Ground (bottom) -48V dc Return

Power Connector




This page intentionally left blank.

2 Installing the MicroBurst 4212T

Installation Requirements

This chapter assumes an adequate location is available for the MicroBurst to operate correctly. Refer to Table 1-1, “MicroBurst Sys-tem Specifications,” on page 4, for temperature and humidity require-ments.

There are three (3) types of installations for the MicroBurst:

• Rack Mount

• Wall Mount

• OSP (Outside Plant Configuration)

This chapter has been divided into three (3) sections, with each section providing the complete installation steps for each type of installation. Refer to Table 2-1, “MicroBurst Installation Task List,” on page 28, to locate the appropriate installation section of this chapter.

NOTE: An IP subnetting scheme must be in place prior to installation.

WARNING: ELECTROSTATIC DISCHARGE (ESD)! Anti-static protection required! When handling any electronics during this installation process, you must wear anti-static protection. The discharge of static electricity can damage the MicroBurst and other components.


2 Installing the MicroBurst 4212T Elastic Networks

MicroBurst Installation Task List

Table 2-1: MicroBurst Installation Task List

Task List Index

Task Number and Description Page

Rack Installation Procedures 29

Task 001: Rack Mount - Preliminary Steps 31

Task 002: Mounting Procedures for 19” or 23” Racks 34

Task 003: Cable Connection Procedures for Racks 36

Task 004: Power Connection to MicroBurst in a Rack 37

Task 005: Installing the AC Power Supply (Adapter) 38

Task 006: Installing the -48 V DC Rack Power Supply 40

Task 007: Installing the CPE and Voice Network Lines 42

Wall Mount Procedures 43

Task 008: Wall Mount Procedures - Preliminary Steps 45

Task 009: Wall Mounting Slide Bar Procedures (one unit) 48

Task 010: Wall Mounting Slide Bar Procedures (two units) 51

Task 011: Mount the MicroBurst to the Wall 55

Task 012: Wall Mounting Cable Connection Procedures 58

Task 013: Connecting the AC Power Supply Adapter 59

Task 014: Installing the CPE and Voice Network Line 61

Outside Plant (OSP) Cabinet Mount Procedures 62

Task 015: OSP Mounting - Preliminary Steps 64

Task 016: OSP Mounting Procedures 66

Task 017: OSP Cable Connection Procedures 68

Task 018: Power Connection to MicroBurst in OSP Cabinet 71


Elastic Networks 2 Installing the MicroBurst 4212T

Rack Installation Procedures

This chapter contains the procedures for installing and testing the MicroBurst 4212T in a rack.

Rack Installation Flow Chart

Figure 2-2, "MicroBurst 4212T 19” Rack Mounting" provides a visual flow chart of the installation process for mounting a MicroBurst in a rack.

Figure 2-1: Rack Installation Flowchart

Verify

Rack

Space,

Power and

Grounding

Mount

Microburst

in Rack

Using

AC adaptor or DC

Power Source ?

Connect DC power

cable to -48Vdc

power source

Perform cross

connects

AC

Install

Rack and

Connect to

Building

Ground

Mount AC power

adaptor

DC

Install rack mounting

flangs on Microburst

Mid or Front Mount for

19" or 23" rack

Test System

Configure the

MicroBurst using

Craft connection

End

Start

Connect

Appropriate 25

pair cable to

MicroBurst and to

MDF

Connect AC power

adaptor to

MicroBurst and

then to AC outlet

Verify -48Vdc

(Red-Negative,

Black-Return)

Install Ethernet

network

connections or

DS1 connection

Connect DC power

cable to

MicroBurst

Mount Cross

connect block

on MDF



Rack Installation Task List

To install the MicroBurst in a rack complete the following tasks in the order given:

When you have completed the installation, proceed to section “3 Provi-sioning MicroBurst 4212T‚" on page 73.

Rack Mount Installation Task List


Task 001: Rack Mount - Preliminary Steps 31

Task 002: Mounting Procedures for 19” or 23” Racks 34

Task 003: Cable Connection Procedures for Racks 36

Task 004: Power Connection to MicroBurst in a Rack 37

Task 005: Installing the AC Power Supply (Adapter) 38

Task 006: Installing the -48 V DC Rack Power Supply 40

Task 007: Installing the CPE and Voice Network Lines 42



Task 001: Rack Mount - Preliminary Steps

Before installing the MicroBurst 4212T, verify the following steps have been completed:

Step Procedure

1.) Perform site survey and verify equipment bays are installed cor-rectly.

2.) Verify that the amount rack space is adequate for the required installed application.

3.) Verify the racks are secured and electrically grounded according to standard industry practice.

4.) Verify you have all necessary tools, equipment, and materials for the installation. Refer to Table 2-2, “Rack Mount Tools, Equipment, and Materials,” on page 32.

! WARNING: POSSIBLE EQUIPMENT DAMAGE! The MicroBurst requires adequate grounding for the rack connection. A separate ground lead may be required if rack grounding is unavailable.



Step Procedure cont.

Table 2-2: Rack Mount Tools, Equipment, and Materials

5.) Verify all necessary MicroBurst hardware and cables are at the installation site and that they are in good condition. If a Materials List is provided, verify the packing list with it.

Tools, Equipment, and Materials

MicroBurst MDU/Hosp Kit installation hardware kit

Phillips head screwdriver (#1 or #2)

Anti-static protection such as a grounded wrist strap

Volt-ohm meter

PC with serial port to configure MIU

Cross-connect punch-down tool

4 bay mounting screws

Cable ties

-48 V DC Power Source or MicroBurst Power Module and cables

Cross-connect block(s) of the same type used in the existing main distri-bution frame MDF (Main Distribution Frame)

24 AWG Jumper Wires for tip ring connections (quantity varies)





STOP

You have completed this task.

! WARNING: POSSIBLE EQUIPMENT DAMAGE! Do NOT rest objects such as tools, etc. on top of the MicroBurst unit. The mounting fasteners can only support the weight of the shelf. Additional weight can cause the mounting to fail and damage the MicroBurst.



Task 002: Mounting Procedures for 19” or 23” Racks

Use the following procedure to install the MicroBurst in a 19” or 23” rack.

Step Procedure

1.) Install rack mounting ears on the MicroBurst. Rack ears can be installed for flush or mid-mounting. When mounting in a 19” rack, the long end of the mounting ear will be attached to the MicroBurst. When mounting in a 23” rack, the short end of the mounting ear will be attached to the MicroBurst.

Figure 2-2,“MicroBurst 4212T 19” Rack Mounting,” on page 35 shows the MicroBurst with the rack ears positioned for mid-mount-ing and installation in a 19” rack.

2.) Select the mounting point in the equipment rack where the top holes of the MicroBurst mounting ears will be attached.

3.) Align the holes of the shelf mounting flanges with the mounting holes in the bay as shown in Figure 2-2,“MicroBurst 4212T 19” Rack Mounting,” on page 35.

4.) Using the shelf mounting screws provided in the shelf hardware kit, fasten the left and right side rack ears to the equipment rack as shown in Figure 2-2,“MicroBurst 4212T 19” Rack Mounting,” on page 35.

5.) Mount additional MicroBurst units in the same manner directly below the first MicroBurst unit.




Figure 2-2: MicroBurst 4212T 19” Rack Mounting

STOP




Task 003: Cable Connection Procedures for Racks

Step Procedure

1.) Determine the best location to mount the new cross-connect block on the MDF. Using industry standard procedures, mount the cross- connect block securely to the MDF.

2.) Using a standard AMP-Champ interconnecting cable long enough to reach between the MicroBurst and the new cross-connect block location, attach the AMP-Champ connector to the front of the MicroBurst. Using good cable management procedures, route and secure the cable to the site of the new cross-connect block. Attach the cable to the cross-connect block. Repeat this for each addi-tional MicroBurst. Refer to Figure 2-3.

3.) Connect the first MicroBurst to the available Local Area Network on the E-NET connector or Wide Area Network on DS1.

4.) Attach a standard CAT 5 cable to the E-NET-X connector of the first MicroBurst. Attach the other end to the E-NET connector on the second MicroBurst.

Figure 2-3: MicroBurst 4212T Cable Connections

STOP




Task 004: Power Connection to MicroBurst in a Rack

The MicroBurst can be powered in one of three (3) ways:

• Use an existing -48 V DC power source at the site

• Use a -48 V DC power supply (not included)

• Use an AC Power Supply (AC to DC Adapter, included in Hospi-tality and MDU shipments).

Step Procedure

1.) Depending on the configuration select and install power with either the AC Power Supply or the -48 V DC Power Supply. Refer to (a) and (b) below:

a.) To install power using the AC Power Supply refer to Task 005:“Installing the AC Power Supply (Adapter)” on page 38.

b.) To install power using the -48 V DC Power Supply refer to Task 006:“Installing the -48 V DC Rack Power Supply” on page 40.

STOP


! WARNING: POSSIBLE EQUIPMENT DAMAGE! Never connect untested power to the MicroBurst. The MicroBurst may be seriously damaged if the power feed polarities on a -48 V DC power supply are reversed.



Task 005: Installing the AC Power Supply (Adapter)

Use the following procedure to install the power for the MicroBurst AC Power Supply.

This procedure requires the following tools and equipment:

• Volt-ohm meter

• MicroBurst power connector harness

• MicroBurst DC power module and 120 V AC power cable

Step Procedure

1.) Connect the 120 V AC power cable to the AC Power Supply.

Figure 2-4: MicroBurst AC Power Supply Connection

To 120 V AC

Outlet


AC/DC AdapterCable

Add Cable Tie

MB 107




2.) Plug the power cable into a tested 120 V AC outlet.

3.) Connect the MicroBurst AC/DC power cable adaptor to the power supply’s -48 V DC output connector.

4.) Use a cable tie to secure the two cable connectors together as shown in Figure 2-4,“MicroBurst AC Power Supply Connection,” on page 38.

Figure 2-5: AC Power Supply Connection to MicroBurst

STOP


MB 111



Task 006: Installing the -48 V DC Rack Power Supply

Use this procedure to install the power feeds from a -48 V DCPower Source to the MicroBurst unit.

This procedure requires the following tools and equipment:

• Volt-ohm meter


• -48 V DC power fuse bay

Step Procedure

1.) With the source power supply turned OFF, connect the MicroBurst power harness to the -48 V DC power source. Refer to Table 2-3, "Power Connectors" and Figure 2-6,“DC Power Harness Connec-tion to -48 V DC Power Source,” on page 41.

Table 2-3: Power Connectors

Power lead Power Source Terminal Connection

Red -48 V DC supply Negative ( - )

Black -48 V DC return Positive ( + )

! WARNING: POSSIBLE EQUIPMENT DAMAGE! With the -48 V DC power supply, reversed polarities on the power feed can irreparably damage the MicroBurst. Be certain that power feeds are connected properly to the power source, with the red lead connected to the -48 V DC supply (negative terminal) as shown in the table above. Note that this is the opposite of other (non-telecommunications) applications, in which the red lead is usually connected to the positive (+) terminal.




Figure 2-6: DC Power Harness Connection to -48 V DC Power Source

2.) Route the other end of the power harness to the power connector on the front panel connection of the MicroBurst.

3.) Connect the power harness to the matching connector on the MicroBurst front panel. (The connector fits only one way.)

STOP


MB 112



Task 007: Installing the CPE and Voice Network Lines

Installing the MicroBurst Cross-Connects

Use this procedure to connect the MicroBurst lines to an external voice facility.

This procedure requires the following tools and materials:

• Jumper wires (24-AWG is recommended)

• Cross-connect punch-down tool

Step Procedure

1.) Identify the existing Tip/Ring jumper connections from the external voice facility cross-connect block to the customer-premise equip-ment (CPE) cross-connect block.

2.) Verify dial tone on the existing voice facility at the CPE cross-con-nect block for the line being rerouted.

3.) Remove the Tip/Ring jumper connections from the line.

4.) Terminate the Tip/Ring jumper wires from the cross-connect of the external voice facility to the "Voice" side of the EtherLoop cross-connect.

5.) Terminate the jumper wires from the CPE Tip/Ring connections to the "EtherLoop" side of the cross-connect block.

6.) Verify the new connection by testing dial tone again at the CPE cross-connect block.

7.) Secure all cabling in accordance with local office procedures.

8.) Record the EtherLoop cross-connect Tip/Ring assignments for the voice facility according to local office procedures.

STOP




Wall Mount Procedures

This section contains the procedures for installing and testing the MicroBurst 4212T on a wall.

Wall Mount Installation Flow Chart

Figure 2-7, "Wall Mount Installation Flowchart" provides a visual flow chart of the installation process for mounting a MicroBurst on a rack.

Figure 2-7: Wall Mount Installation Flowchart

Verify Wall

Space and

Power

Mount

Microburst(s)

on Wall

Perform cross

connects

Verify Safety

of Location

Mount AC power

adaptor



forSingle or Double

stack mounting

Test System

Configure the

MicroBurst using

Craft connection

End

Start

Connect

Appropriate 25

pair cable to

MicroBurst and to

MDF

Connect AC power

adaptor to

MicroBurst and

then to AC outlet

Install Ethernet

network

connections or

DS1 connection

Mount Cross

connect block

on MDF/Wall



Wall Mount Installation Task List

To install the MicroBurst on a wall complete the following tasks in the order given:


Wall Mounting Task List


Task 008: Wall Mount Procedures - Preliminary Steps 45

Task 009: Wall Mounting Slide Bar Procedures (one unit) 48

Task 010: Wall Mounting Slide Bar Procedures (two units) 51

Task 011: Mount the MicroBurst to the Wall 55

Task 012: Wall Mounting Cable Connection Procedures 58

Task 013: Connecting the AC Power Supply Adapter 59

Task 014: Installing the CPE and Voice Network Line 61



Task 008: Wall Mount Procedures - Preliminary Steps

Before beginning the installation process, complete the following steps:

Step Procedure

1.) Confirm there is adequate space on the wall near the MDF for the MicroBurst to be installed, secured, and electrically grounded according to standard industry practices.

2.) Verify a 26” x 26” minimum, 1/2 thick sheet of plywood (or equiva-lent) is near the MDF.

3.) Confirm a 120 V AC power source is available.

4.) Confirm the installation location is not close to any materials that may damage the MicroBurst or its interconnecting cables such as mop and broom storage, etc.

5.) Verify there is a minimum of 26” x 26” of wall space is available near the MDF.

6.) Visually confirm there are no possible obstructions behind the mounting location.

7.) Ensure that the location can be safely drilled (Check with the Prop-erty Manager)

8.) Verify the installation location is in an environmentally controlled space refer to Table 1-1, “MicroBurst System Specifications,” on page 4.

9.) Verify you have all necessary tools, equipment, and materials for the installation. Refer to Table 2-4, “Wall Mount Tools, Equipment, and Materials,” on page 46.




Table 2-4: Wall Mount Tools, Equipment, and Materials


11.) To install one MicroBurst unit proceed to Task 009:“Wall Mounting Slide Bar Procedures (one unit)” on page 48.

12.) To install two MicroBurst units proceed to Task 010:“Wall Mounting Slide Bar Procedures (two units)” on page 51.


MicroBurst MDU/Hosp installation hardware kit



Volt-ohm meter


Cross-connect punch-down tool

4 wood mounting screws

Cable ties


Cross-connect block(s) of the same type used in the existing main distri-bution frame MDF (Main Distribution Frame)

24 AWG Jumper Wires for tip ring connections (quantity varies)





STOP


! WARNING: POSSIBLE EQUIPMENT DAMAGE! Do NOT rest objects such as tools, etc. on top of the MicroBurst. The mounting fasteners can only support the weight of the shelf. Additional weight may cause the mounting to fail and damage the MicroBurst.



Task 009: Wall Mounting Slide Bar Procedures (one unit)

Use this procedure to install one (1) MicroBurst on a wall. A set of mounting ears (included) is required for the installation.

Step Procedure

1.) If only one MicroBurst will be installed, slide one of the two mount-ing slide bars to the center of its track.

2.) Place the small side of the mounting ear against the MicroBurst and align the holes in the mounting slide bar to the hole in the mounting ear. Use the hardware provided to attach the mounting ear.

3.) Position the mounting ear as shown in Figure 2-8,“Single MicroBurst Wall Mount,” on page 49. Then repeat for the other side.




Figure 2-8: Single MicroBurst Wall Mount




Figure 2-9: Single MicroBurst Mounted on Wall (Top View)

STOP


Single MicroBurst

Mounted on Wall



Task 010: Wall Mounting Slide Bar Procedures (two units)

Use this procedure to mount two (2) MicroBurst units on a wall. Each MicroBurst will require a set of mounting ears (included) for the instal-lation.

Step Procedure

1.) Slide one of the two mounting slide bars to the front of the MicroBurst.

2.) Place the large side of the mounting ear against the first MicroBurst for mounting. Align the holes in the mounting slide bar to the hole in the mounting ear.

3.) Position the mounting ear as shown in Figure 2-10,“Double MicroBurst Wall Mount,” on page 52 and attach to the MicroBurst with the hardware provided.

4.) Slide the second mounting slide bar to the back of the MicroBurst. Place the large side of the mounting ear against the first MicroBurst and align the holes in the mounting slide bar to the hole in the mounting ear.

5.) Use the hardware provided to attach the mounting ear.




Figure 2-10: Double MicroBurst Wall Mount

6.) Repeat for the other side using the mounting ear set from the sec-ond MicroBurst.

7.) Place the second MicroBurst on top of the first MicroBurst unit. Slide one of the two mounting slide bars to the front of the MicroBurst.




8.) With the large side of the mounting ear against the second MicroBurst, align the holes in the mounting slide bar to the hole in the mounting ear.


10.) Slide the second mounting slide bar to the back of the MicroBurst. With the large side of the back mounting ear against the second MicroBurst, align the holes in the mounting slide bar to the hole in the mounting ear.


12.) Repeat for the other side.




Figure 2-11: Two MicroBursts Mounted on Wall (Top View)

STOP


MB103



Task 011: Mount the MicroBurst to the Wall

Use the following procedure to mount the MicroBurst to the wall.

Step Procedure

1.) Choose an ideal place for the installation. If the front is facing the left, there must be adequate room to mount the AC Power Supply Adapter below the MicroBurst. If the front is facing the right, there must be adequate room to mount the AC Power Supply Adapter above the MicroBurst. Approximately 26” x 26” is required.

2.) Use wood screws to mount the MicroBurst, allowing adequate clearance for the other components.

3.) Mount the AC Power Supply Adapter to the wall. If the front is fac-ing the left, mount the AC Power Supply Adapter below the MicroBurst. If the front is facing the right, mount the power module above the MicroBurst as shown in Figure 2-13,“MicroBurst Cable Connections (Left and Right Views),” on page 57.

4.) Mount the cross-connect block to the wall. The cross-connect block(s) must be close enough for the 3’ interconnecting cable(s) to reach the Microburst(s) without any cable strain. Attach to the wall as shown below in Figure 2-13,“MicroBurst Cable Connections (Left and Right Views),” on page 57.




Figure 2-12: Single and Double MicroBurst Wall Mounts




Figure 2-13: MicroBurst Cable Connections (Left and Right Views)

STOP


MB 113



Task 012: Wall Mounting Cable Connection Procedures

Use the following procedure to install the cables to the MicroBurst(s) when mounted to a wall.

Step Procedure

1.) Connect the cross connect block(s) to the MicroBurst using the 3’ Amp-Champ cable provided. Secure both ends with the black straps on the connectors.

2.) Connect the T1 WAN access to the DS1 connector, or if you are using an Ethernet LAN, connect to the E-NET connector.

3.) Install the interconnecting RJ-45 cable from the E-NET-X connec-tor of the MicroBurst receiving the WAN/LAN access to the E-NET connector of the second MicroBurst.


STOP




Task 013: Connecting the AC Power Supply Adapter

Use this procedure to connect power to the AC Power Supply Adapter.

Step Procedure

1.) Connect the MicroBurst power stub to the power supply cord. Fold over the two cables and wrap with a standard cable tie as shown in Figure 2-15, "MicroBurst 4212T AC Power Supply Connection"

Figure 2-15: MicroBurst 4212T AC Power Supply Connection

! WARNING: POSSIBLE EQUIPMENT DAMAGE! A cable tie must be used to ensure that the connection does not accidentally break apart.

To 120 V AC

Outlet


AC/DC AdapterCable

Add Cable Tie

MB 107




2.) Connect the 120 V AC input cable to the power module, but do not insert it into a power receptacle until all other installation proce-dures have been completed.

STOP




Task 014: Installing the CPE and Voice Network Line

Use this procedure to connect the MicroBurst lines to an external voice facility.


• Jumper wires (24-AWG)

• Cross-connect punch-down tool

Step Procedure

1.) Identify the existing Tip and Ring jumper connections from the external voice facility cross-connect block to the customer-premise equipment (CPE) cross-connect block.

2.) Verify dial tone on the existing voice facility at the CPE cross-con-nect block for the line being rerouted.

3.) Remove the Tip and Ring jumper connections from the line.

4.) Terminate the Tip/Ring jumper wires from the cross-connect of the external voice facility to the "Voice" side of the EtherLoop cross-connect.

5.) Terminate the jumper wires from the CPE Tip/Ring connections to the "EtherLoop" side of the cross-connect block.

6.) Verify the new connection by testing dial tone again at the CPE cross-connect block.

7.) Secure all cabling in accordance with local office procedures.

8.) Record the EtherLoop cross-connect Tip/Ring assignments for the voice facility according to local office procedures.

STOP




Outside Plant (OSP) Cabinet Mount Procedures

This chapter contains the procedures for installing and testing the MicroBurst 4212T in an OSP.

OSP Installation Flow Chart

Figure 2-16, "OSP Installation Flowchart" provides a visual flow chart of the installation process for mounting a MicroBurst in an OSP cabi-net.

Figure 2-16: OSP Installation Flowchart

Verify OSP

Cabinet

Space, Power

and

Grounding

Mount

Microburst

in OSP

Using

AC adaptor or DC

Power Source ?

Connect DC power

cable to -48Vdc

power source

Perform cross

connects as

needed

AC

Mount AC power

adaptor

DC



Mid or Front Mount for

19" or 23" rack

Test System

Configure the

MicroBurst using

Craft connection

End

Start

Connect

Appropriate 25

pair cable to

MicroBurst and to

Cross-connect

point

Connect AC power

adaptor to

MicroBurst and

then to AC outlet

Verify -48Vdc

(Red-Negative,

Black-Return)

Install Ethernet

network

connections or

DS1 connection

Connect DC power

cable to

MicroBurst

Mount Cross

connect block or

OSP Cable

Assembly in OSP



OSP Installation Task List

To install the MicroBurst in an OSP cabinet, complete the following tasks in the order given:


OSP Installation Task List


Task 015: OSP Mounting - Preliminary Steps 64

Task 016: OSP Mounting Procedures 66

Task 017: OSP Cable Connection Procedures 68

Task 018: Power Connection to MicroBurst in OSP Cabinet 71



Task 015: OSP Mounting - Preliminary Steps

Before beginning the installation process, complete the following steps:

Step Procedure

1.) Confirm there is adequate space for the OSP cabinet to be installed, secured, and electrically grounded according to standard industry practices.

2.) Verify you have all necessary tools, equipment, and materials for the installation. Refer to Table 2-5, “OSP Tools, Equipment, and Materials,” on page 64.

Table 2-5: OSP Tools, Equipment, and Materials


MicroBurst Carrier installation hardware kit



Volt-ohm meter


Cable ties


Grounding wire and wire lug (24 AWG is recommended)





STOP



! WARNING: POSSIBLE EQUIPMENT DAMAGE! Do NOT rest objects such as tools etc. on top of the MicroBurst. The mounting fasteners can only support the weight of the unit. Additional weight may cause the mounting to fail and damage the unit.



Task 016: OSP Mounting Procedures

1.) Install rack mounting ears on the MicroBurst. Rack ears can be installed for flush or mid-mounting.Table 2-17, “MicroBurst 4212T Rack Mounting,” on page 67.

2.) Determine where the top holes of the MicroBurst mounting ears will be attached in the OSP cabinet. If there is not adequate space to rack mount the MicroBurst, find an appropriate location to install the unit.

3.) Align the holes of the unit mounting flanges with the mounting holes in the bay as shown in Figure 2-17,“MicroBurst 4212T Rack Mounting,” on page 67.

4.) Using the shelf mounting screws provided in the shelf hardware kit, fasten the left and right side rack ears to the equipment rack as shown in Figure 2-17,“MicroBurst 4212T Rack Mounting,” on page 67.

5.) Mount additional MicroBurst units in the same manner directly below the first MicroBurst unit.

Figure 2-17,“MicroBurst 4212T Rack Mounting,” on page 67 shows the MicroBurst with the rack ears mid-mounted and installed in a 19” rack space.

! WARNING: POSSIBLE EQUIPMENT DAMAGE! The MicroBurst requires chassis grounding. Install a grounding strap (not included) to the MicroBurst chassis if the unit is not mounted to the OSP chassis rack.

! WARNING: POSSIBLE EQUIPMENT DAMAGE! The MicroBurst requires adequate grounding for the rack connection. A separate ground lead may be required if rack grounding is unavailable.




Figure 2-17: MicroBurst 4212T Rack Mounting

STOP




Task 017: OSP Cable Connection Procedures

The OSP cable is used for connecting a MicroBurst in an OSP cabinet.

Step Procedure

1.) Determine the best location to mount the OSP Cable Assembly. (Figure 2-18,“OSP Cable Assembly,” on page 69 illustrates the OSP cable assembly. )

2.) Secure the OSP Cable Assembly so that the AMP-Champ connec-tor reaches the MicroBurst and the five-pin connectors reach the OSP protection field jacks.

3.) Attach the ground strap to the approved grounding point.

4.) Route and secure the AMP-Champ cable to the front of the MicroBurst.

5.) Route and secure the five-pin connector cables to the OSP protec-tion field jacks.

6.) Remove the five-pin protector from the first new customer and con-nect five-pin cable number one in the place of the removed protec-tor.

7.) Install the removed five-pin protector in position number one on the MicroBurst OSP cable assembly.

8.) Repeat Steps 4, 5, 6, & 7 for each additional customer.




Figure 2-18: OSP Cable Assembly

9.) Connect the first MicroBurst to the available Local Area Network on the E-NET connector or Wide Area Network on DS1. (If the appro-priate firmware is installed in the MicroBurst, an additional T1 con-nection can be made on the second DS1 connector.)

10.) Attach a standard CAT 5 cable to the E-NET-X connector of the first MicroBurst. Attach the other end to the E-NET connector on the second MicroBurst.

MB 109





STOP




Task 018: Power Connection to MicroBurst in OSP Cabinet

Use this procedure to install the power feeds from a -48 V DC power source to the MicroBurst unit.


• Volt-ohm meter


• -48 V DC power fuse bay or DC rectifier

Step Procedure

1.) Connect the MicroBurst power harness to the -48 V DC power source. Refer to Table 2-6, "Power Connectors."

! WARNING: POSSIBLE EQUIPMENT DAMAGE! Never connect untested power to the MicroBurst. The MicroBurst could be seriously damaged if the power feed polarities on a -48 V DC power supply are reversed.

Table 2-6: Power Connectors

Power Lead Power Source Terminal Connection

Red -48 V DC supply Negative ( - )

Black -48 V DC return Positive ( + )




2.) Route the other end of the power harness to the power connector on the front panel connection of the MicroBurst.

3.) Connect the power harness to the matching connector on the MicroBurst front panel. The connector fits only one way.

STOP


! WARNING: POSSIBLE EQUIPMENT DAMAGE! With the -48 V DC power supply, reversed polarities on the power feed can irreparably damage the MicroBurst. Be certain that power feeds are connected properly to the power source, with the red lead connected to the -48 V DC supply (negative terminal) as shown in the table above. Note that this is the opposite of other (non-telecommunications) applications, in which the red lead is usually connected to the positive (+) terminal.


3 Provisioning MicroBurst 4212T

This chapter includes all of the steps and procedures for the initaliza-tion and provisioning of the MicroBurst 4212T.

Provisioning Requirements

Verify all installation procedures have been successfully completed and that the system is ready to be provisioned. Review the Chapter 1 sec-tion entitled, “Network Architecture Configurations” on page 14. This will aide in determining the types of information necessary to provision the MicroBurst. For further information contact Elastic Network’s Cus-tomer Satisfaction group. Refer to Table 4-1, “Customer Satisfaction Contact Information,” on page 96 for location and telephone number.

Firmware Version

Always confirm you are using the current version of firmware for the MicroBurst 4212T. To verify you have the most current version, con-tact Elastic Networks’ Customer Satisfaction group. Refer to Table 4-1, “Customer Satisfaction Contact Information,” on page 96 for location and telephone number.

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3 Provisioning MicroBurst 4212T Elastic Networks

Provisioning Task List

To provision the MicroBurst complete the following tasks in the order given:

Provisioning Task List


Task 019: Connect to the Craft Interface via "HyperTerminal" 75

Task 020: Enter a Default User Name and Password 78

Task 021: Configuring “HyperTerminal” Properties 80

Task 022: Configuring the Ethernet and DS1 Ports 81

Task 023: Setting the Date and Time 84

Task 024: DS1 Static Routing Configuration 85

Task 025: DHCP Relay Agent Set-up 89

Task 026: Changing the User Name and Password 91

Task 027: Reset the MicroBurst after Configuration 93

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Elastic Networks 3 Provisioning MicroBurst 4212T

Task 019: Connect to the Craft Interface via "HyperTerminal"

Prior to accessing the line interface, the IP subnet scheme must be in place within the network. "HyperTerminal" is the recommended remote terminal program to access the MicroBurst line interface. After the ini-tial configuration is completed it is possible to TELNET into the MicroBurst and make additional changes.

Step Procedure

1.) Using a DB-9 male-to-male modem cable, connect to the COM1 port on the back of the PC and the Craft connection port on the front of the MicroBurst. Refer to Figure 3-1, "Craft Connection Cabling"

Figure 3-1: Craft Connection Cabling

Craft Terminal

MaleDB9

MaleDB9




2.) Using the PC, initiate a terminal session. Most terminals are

equiped with WindowsTM “HyperTerminal” . It can be located by accessing the Start menu and select Programs|Accesso-ries|Communications|HyperTerminal

3.) Follow the prompts to establish a connection. Set the serial COM1 port terminal communication settings.

4.) Select the appropriate serial COM port from the pull down menu (i.e., COM1, COM2, etc.)

5.) Verify the port settings are the same as shown in Figure 3-2, "“HyperTerminal” Set Up Screens" and Table 3-7, “COM Port Set-tings,” on page 77.

6.) Click OK .

Figure 3-2: “HyperTerminal” Set Up Screens\




STOP


Table 3-7: COM Port Settings

Ffield Setting

Connect Using COM1

Bit Rate 19200

Data Bits 8

Parity None

Stop Bits 1

Flow Control None



Task 020: Enter a Default User Name and Password

In this task you will enter a default user name and password to initially log-in to the system. You will change and customize the user name and password in Task 026: "Changing the User Name and Password" later on.

Step Procedure

1.) Press on the keyboard and the Craft Interface Login screen displays.

NOTE: The Craft Interface is case-sensitive. Make sure to type all entries in lowercase.

2.) Type admin for the default Username and press .




3.) Type etherloop for the default Password and press .

STOP




Task 021: Configuring “HyperTerminal” Properties

Step Procedure

1.) From the HyperTerminal window, select File|Proper-ties, then select the Settings tab. Refer to Figure 3-3, "“HyperTerminal” Properties Configuration"

2.) From the Emulation drop-down menu, select Auto detect or VT100.

3.) Click ASCII Setup. The ASCII Setup window displays. Deselect the line wrap options in the ASCII Receiving sec-tion.

Figure 3-3: “HyperTerminal” Properties Configuration

STOP


Deselect

Set to VT100

ASCII Setup



Task 022: Configuring the Ethernet and DS1 Ports

Use this procedure to configure the MicroBurst 4212T Ethernet and DS1 Ports.

Step Procedure

1.) Type menu at the MicroBurst WAN>> prompt. The MicroBurst Craft Interface Main Menu displays:

.




2.) From the Main Menu type a to select Configuration. The following screen displays:.

3.) Type a again to select Network Interface Configura-tion.The following screen displays:




4.) Enter the Ethernet IP Address, Ethernet Subnet Mask, Default Gateway, and the Shelf ID in the appro-priate fields.

NOTE: If the MicroBurst will be connected to the network using the Ethernet E-NET port. Skip step 5.

5.) If the DS1 interface is going to be used, change the PPP port to Enable. Move the cursor to the PPP port field and press , type in the PPP IP Address , and the PPP Subnet Mask.

6.) Press +W to save the settings, then press . The Configuration Menu will appear.

STOP




Task 023: Setting the Date and Time

Use this procedure to set the correct date and time.

Step Procedure

1.) From the Configuration Menu type b. The following screen displays:

2.) Enter the current date in the format MMDDYYYY. [Enter only the numbers not the slashes (/).

3.) After entering the 4-digit year, the cursor will automatically jump to the Time field. Enter the time as HHMMSS (Do not type the colon (:) between the numbers.

4.) Press +W to save the changes. Press or +C to return to the Configuration screen.

STOP




Task 024: DS1 Static Routing Configuration

Use this procedure to configure the DS1 port.

Step Procedure

NOTE: If the MicroBurst DS1 input is required, complete this Task. If the Ether-net input is required, skip this task and proceed to Task 025:“DHCP Relay Agent Set-up” on page 89.

1.) To configure the DS1 port, type c in the selection field on the Con-figuration Menu. The following screen displays:

2.) With the cursor at Line Build Out:, press to toggle through the various choices. Select the appropriate setting for your configuration.

3.) Leave the default information as is for the following fields:

• Line Framing: B8ZS

• Line Coding: ESF

• ESF Format: T1.403




4.) Press +W to save the changes. Press or +C to return to the Configuration screen.

5.) From the Configuration screen, type e to select Routing Configuration. The following screen displays:

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