Avaya DMC DECT Fundamentals - Communications Server 1000 Instrukcja Użytkownika

DMC DECT FundamentalsAvaya Communications Server 1000Release 7.5NN43120-114, 02.07August 2012

10 DMC DECT Fundamentals August 2012

4. Walk briskly into the coverage area within range of either of the first two criticalpoints until the cell boundary is reached.5.Record the cell bou

Figure 62: Multi-cell distanceMulti-cell deployment1.Choose a position on the floor plan for the cell centre that:a. is furthest from the critical poi

14. If the cell boundary covers any other critical points, ignore these critical points whenproceeding with coverage deploying.15.Repeat the multi cel

If only a small area is covered (less than 10 metres radius), then there is effectivelyno through-the-floor coverage on the floor above an installed b

AtriumsCells in an atrium, as shown in Figure 64: An atrium on page 104, are usually larger than thecells of the rest of the building. This section gi

1. Cell centres are too close on page 1052. Cell centres are too far apart on page 1053.Too many cell centres on page 105Cell centres are too closeIf

Figure 65: Locating redundant cellsCell re-engineering for high traffic areasTo accommodate the demand in high traffic areas, follow the The cell re-e

Do not connect more than two 12-channel basestations to a DMC card. Two 6-channelbasestations can also be attached to a DMC serving two 12-channel uni

Separating the coverage area and recording the number of officesFigure 66: Example of dividing the coverage area and recording officesSeparating the c

Estimate for: 1C1 1C2 1C3 1CnUsers without an officeUsers in a cellCreating an estimate table1.Make an estimate table.Include as many columns as there

Chapter 1: New in this releaseThe following sections detail what is new in DMC DECT Fundamentals, NN43120–114 for Release 7.5:Feature changes• All DE

minus the 12 users already in cell 1C1. Therefore, 63 users can walk into cell 1C1.However, the 63 walk in users only spend 30% of their time outside

Estimate for: 1C1 1C2 1C3 1C4 1C5 1C6 1C7Users with an officeoutside of a cell who walkinto the cell3.2Users without an office 0Users in a cellCalcula

Calculating the data for all remaining cellsTable 21: Example of a completed estimate tableEstimate for: 1C1 1C2 1C3 1C4 1C5 1C6 1C7Users inside the c

Creating a table to document telephone types in a cell1. Make a Telephone types table.2. Label the row, User telephone types and include as many colum

Estimate for:Users with both ahandset and a wiredtelephoneUsers with only a handset Actiona. For details on how to subdivide cells, refer to High hand

No office informationIf it is not known where any of the users offices are, calculate the estimated number of handsetsfor each cell using this formula

Estimated number of handsets for userswithout wired telephonesAdjusted estimated number of handsetsfor each cell15 2716 2917 3118 3419 3620 3821 4022

3. Use Table 26: Adjustment for users without wired telephones on page 115 todetermine the equivalent number of H&W users and record this number.4

Figure 67: Example of a subdivided cellIn Figure 67: Example of a subdivided cell on page 118, cell 1C1 has 140 handset users andcell 1C2 has 100 hand

Take the deployment tool to the locations that have been calculated on the floorplan. Ensure that there is a location that meets the guidelines on Rul

New in this release12 DMC DECT Fundamentals August 2012Comments? [email protected]

Figure 68: Example of a completed floor planChecking system capacityChecking system capacity1. Check that the system does not exceed the DECT system c

Review with the customerWhen the planning is finished, show the customer:1.the final positions of the basestations with a walk-about; and,2. the areas

6. The calculated number of users in each cell7. Include some notes on the agreed coverage area of the site and any informationfor the installerReview

Chapter 5: Installation and configurationContentsThis chapter contains information on the following topics:Before you begin on page 123Unpacking the

• A volt/ohm meter• Hand tools and hardware, such as:- screwdrivers and pliers- spanners and socket wrenches- drill and drill bits- screws and screw a

Provisioning recordsThe DECT Provisioning Records consist of the following:• System Site Information Record• Provisioning Information Record• Installa

SupplierAddressContact nameTelephone numberInvoice numberDate shippedTable 29: Installer sheetInstallerNameInstallation dateProvisioning information r

Installation recordBasestation connectionSheet ______Table 31: Basestation connection sheetBasestation number MDF designator or I/O panellabelMDF RJ45

System programming recordSystem name: __________________________PARI licence string: __________________________Handset user information recordSheet___

Rules and guidelinesThe following rules and guidelines apply to basestation installation.• For DC-powered systems, an input voltage of at least –48 vo

Chapter 2: Product descriptionContentsThis section contains information on the following topics:Overview on page 13Mobility card (DMC8) on page 17Bas

and between buildings. See Figure 69: A Huber and Suhner dual-planar directional antenna onpage 130. Note:The Huber & Suhner 8.0dBi and 10.5dBi an

Figure 70: Basestation mounting detailsTable 34: Basestation mounting details keya screw mounting slotb screw and cable tie retaining washer holec cab

For maximum line length before signal degradation occurs, use UTP Cat 5 cabling betweenthe basestation and the shelf or cabinet. If the line length ex

Note:If there are other twisted pairs available then ensure that the other pairs in thecable are not used for analogue interfaces.4. Connect the free

Basestation number RJ45 Connection Box MDF connection4 R106 T113 R11Basestation 35 T124 R126 T133 R13Basestation 45 T144 R146 T153 R15Basestation 55 T

Installing the external power supplyFor the C4600, C4610, and C4610E basestations, an external power supply must be installedif the UTP Cat 5 line res

The power socket is located next to the yellow LED.2.Plug the external power supply jack into the C4610 basestation power socket.3. Connect the extern

Figure 76: Basestation mounting details Caution:Equipment DamageThe following procedure requires the removal of the basestation cover. The circuit boa

Snap the connecting box cable into the basestation RJ45 Connection Box. Leadthe cable away from the basestation for optimal performance of the antenna

Figure 77: External housing mounting lugsFigure 78: External housing wall mounting Voltage:Electric ShockDo not drill into electrical wires that are e

Figure 1: Main parts of the DECT systemThe DECT system is in a CS 1000M IPE shelf or a CS 1000E cabinet or chassis. DECT hasfour main components:a DEC

See Figure 77: External housing mounting lugs on page 139 for details. Repositionmounting lugs if necessary.2. Drill mounting holes in the wall.Use th

connections. For DMC8 types NTCW00AB and NTCW01AB, connect frombasestation 1 to basestation 8. Note:To support basestations 5, 6, 7, and 8 on NT8D37 (

External housing basestation numberExternal housing connectorbox in numberMDF connectionBasestation 74 T205 R206 T213 R21Basestation 84 T225 R226 T233

Figure 80: Connector boxFigure 81: Diagram of connector box4.Place the foam below the foam blocks.Installing the external housingDMC DECT Fundamentals

Figure 82: Foam placement5.Connect the Ethernet CAT5 to the C4600/C4010 basestations as shown.Installation and configuration144 DMC DECT Fundament

Figure 83: Ethernet connection6. Push the C4600/C4010 basestations in the foam as shown.Installing the external housingDMC DECT Fundamentals August 20

Figure 84: Basestations foam installation7.Place the cover foam into position.Installation and configuration146 DMC DECT Fundamentals August 2012C

Figure 85: Foam cover installation8.Close and lock the cabinet.Installing a C4010E basestation in external housing with an external antenna1. Unpack t

Figure 87: Connecting and securing the board5.Snap the cover of the C4010E basestation to the rear side, to close the C4010Ebasestation cabinet. Faste

delivered with the outdoor cabinet. Also connect the CAT5 cable that is inside theoutdoor cabinet to the connector box.9.Connect the Ethernet CAT5 cab

backplane clock between two MG1000 chassis, MG 1010 chassis, or Option 11C cabinets, areshown in the figures below.For CS 1000E DECT installations tha

Figure 88: Mounting the cabinetMounting the cabinet to a pole1.Mount the bracket to the back of the cabinet.2. Connect the metal strip with the specia

4. Lead the strip around the pole and connect the metal strip to the other side of thebracket (also with a special bolt).5.Keep the cabinet at the rig

Installing additional IPE shelves or CS 1000E cabinetsInstalling additional IPE shelves or cabinets includes the following tasks:•Install additional I

Unlock the sensor connector latches on the 36 pin orange/brown colouredconnector, located to the left of the LED connector. Unplug the sensor connecto

Figure 90: IPE I/O cable to BIX MDF termination Note:The BIX connectors shown in Figure 90: IPE I/O cable to BIX MDF termination on page 154are not us

Figure 91: IPE I/O cable to Krone MD terminationInstalling IPE module wiring to the MDF1.Identify the UTP Cat 5 twenty-five pair MDF cable.Label both

For Krone MDF, refer to Figure 91: IPE I/O cable to Krone MD termination onpage 155 to locate the Krone connectors and Table 37: Colour code for 25 pa

Installing CS 1000E cabinet wiring to the MDFConsult the work order to determine the CS 1000E cabinet-to-MDF cabling route, then performthe steps in I

For BIX MDF, refer to Figure 92: Meridian 1 PBX 11C Cabinet on page 157 to locatethe BIX connectors and Table 37: Colour code for 25 pair cable on pag

The jumper wire on the MDF must be at least UTP Cat 3. Avaya recommends UTP Cat 5,as it provides a greater line length before signal degradation occur

Figure 2: MGC Breakout Adapter for Option 11CFigure 3: MGC DECT Clock Reference CableProduct description16 DMC DECT Fundamentals August 2012Commen

Basestation number Basestation MDF connection DMC8 MDF connectionR13 R13Basestation 4T14 T14R14 R14T15 T15R15 R15Basestation 5T16 T16R16 R16T17 T17R17

Figure 93: DMC8 Relay card to basestation connectionsCross-connecting basestations to the DMC8 positions1.Connect the NTCW12DA cable to the DMC8 Relay

NT8D37 from 16 pair to 24 pair, see Avaya Communication Server 1000M andMeridian 1: Large System Installation and Commissioning (NN43021-310).Installi

Figure 94: DMC8/DMC8-E jumper detailsSee Installing DMC8 and DMC8-E in an IPE shelf on page 163 for card jumper settings. Caution:Service Interruption

For shelf 0, the lower TN IPE shelf, strap B C. For shelf 1, the higher TN IPE shelf,strap A B.4. Install J6 to J9 jumper straps on the DMC8 and the D

Figure 95: Example of a full system housed in two IPE shelvesInstalling DMC8 and faceplate cablesDMC DECT Fundamentals August 2012 165

Figure 96: Example of a 16 card system housed in two IPE shelvesInstallation and configuration166 DMC DECT Fundamentals August 2012Comments? infod

Figure 97: Example of a 17 card system housed in two IPE shelvesFigure 98: Example of an eight card system housed in one IPE shelfInstalling DMC8 and

Installing DMC8 and DMC8-E in an IPE Module Controlled byMGXPEC (CS 1000E)The MG XPEC is a double wide, dual card Gateway Controller assembly based on

Note:Note: all DMC8 (DMC8-E) cards in one IPE module should have the sameconfiguration for J3 jumpers.For example, it’s possible to configure:• IPE s

Synchronization portFigure 4: DECT synchronizationWhere multiple DECT systems share the same radio coverage area, the DECTsynchronization port must be

Installing DMC8 and DMC8-E in an Avaya Communication Server1000EConsult the work order and marked-up floor plan to determine the position of the DMC8

Figure 99: DMC8/DMC8-E jumper detailsSee Installing DMC8 and DMC8-E in an IPE shelf on page 163 for card jumper settings. Caution:Service Interruption

5. Install J3 jumper straps on the DMC8 and the DMC8-Es for shelf number.For the lower TN cabinet, strap B C. For the higher TN cabinet, strap A B.6.

Figure 100: Example of full CS 1000EFigure 101: Example of an 8-card system in two CabinetsInstalling DMC8 and faceplate cablesDMC DECT Fundamentals A

Figure 102: Example of an 8-card system in one CabinetFigure 103: Example of one-shelf 3-card system in one MG1000E ChassisInstallation and configurat

Figure 104: Example of one-shelf 7-card system in MG1000E Chassis and ExpanderFigure 105: Example of two-shelf 15-card system in two MG1000E Chassis a

Figure 106: Example of one-shelf 8-card system with clocking taken from another shelfChassis installationFor information on installing circuit cards,

Figure 107: Chassis and Expander connected with 2 NTDK95 and CE-MUX/DS-30SX bus cablesFigure 108: MG 1000S and MG 1000S Expander cablingInstalling fac

Figure 109: NTCW11EA DMC8-E to DMC8-E faceplate cable Caution:Service InterruptionThe NTCW11EA DMC8-E to DMC8-E faceplate cable has four sets of movab

Plug the cable into the lower port of the DMC8 in slot 7. Plug the other end of thecable into the arrow pointing left port of the DMC8-E in slot 8. Se

All DMC8s support a Point-to-Point Protocol (PPP) connection to the DECT Manager with anNTCW12DA cable. The DMC8 card requires a NTCW25AA DECT Manager

1. When the File menu or tool button is used to connect. The synchronization can becontrolled through dialog boxes.2. When the DMC DECT Manager re-est

Figure 111: Synchronize DECT Parameters Mismatch dialog boxIf there is a Parameter mismatch between the DMC DECT Manager Application database, andthe

Figure 113: Synchronize DECT Radio Fixed Part Configuration Mismatch dialog boxFigure 113: Synchronize DECT Radio Fixed Part Configuration Mismatch di

DMC DECT Manager Application. See Figure 115: Synchronize DECT Upstream Manager IPAddress Mismatch dialog box on page 182.Figure 35 DECT Subscription

Remove the packing material.2.Install the DME.Carefully position the daughterboard over the four standoff posts and press ontothe DMC8 relay card.Chan

Consult the work order to determine the DMC8 Relay card location, then perform the steps inConnecting the DMC8 Relay card to a configuring PC on page

Type username dasuser and password dasuser.3.When the connection prompt local appears, change the DMC8 Relay cardaddress.Enter the following command:i

Connecting the DMC8 Relay card to a Captive LAN1. If the DMC8 Relay card was configured on a captive LAN, remove the NTCW12DAEthernet cable from the c

Adding DECTAdding General System PropertiesFigure 120: DECT Systems and DECT System Properties windowsComplete the following steps.Adding DECT1.Open t

Setting the DECT system IP address to match the DMC8 Relay cardFigure 121: System Properties - CommunicationComplete the following steps.Setting the I

DMC8 - Expander (DMC8-E)The NTCW01AB DMC8-E DECT Mobility Card – Expander provides the same functions as aDMC card.The DMC8-E has additional circuitry

Note:When the OK button or Apply button is clicked at this point, the manager attemptsto connect to the DECT system to write the MIB2 system name.6.

Click the Alarm tab.3.Enter the IP address.Type the Upstream manager IP address.4. Accept the changes.Click the OK button.Synchronizing data with DECT

Synchronizing DECT PARI and SARIFigure 124: Synchronize DECT PARI and SARI Mismatch dialog boxComplete the following step:Synchronizing DECT PARI and

Click the Update DECT Manager button.Synchronizing DECT parametersFigure 125: Synchronize DECT Parameters Mismatch dialog boxComplete the following st

Synchronizing DECT Upstream Manager IP addressFigure 126: Synchronize DECT Upstream Manager IP address mismatch dialog boxComplete the following step:

Click the Update DECT Manager button.Configuring handsets and retrieve subscription dataRetrieving subscription data for handsetsFigure 127: DECT Syst

Note:At this point, all handsets configured on DMC DECT Manager StationAdministration are shown in the Subscriptions windowClick the File menu, click

Activating the PIN on the handsetsFigure 129: Subscriptions windowComplete the following step:Obtaining the PIN Note:At this point, in the Subscriptio

Basestation Powering and MutingOpening RFP windowFigure 130: DECT Systems main window and RFP windowComplete the following steps:Opening RFP window1.

Setting basestation alarm muting, line power, and commentsFigure 131: DECT Radio Fixed PartsComplete the following steps:Setting alarm muting, line po

© 2012 Avaya Inc.All Rights Reserved.NoticeWhile reasonable efforts have been made to ensure that theinformation in this document is complete and accu

c Green LED (indicates DECT sub-system status)d DMC8 to DMC8 faceplate cable porte DMC8 bypass faceplate cable portf DMC8-E to DMC8-E faceplate cable

Upgrade a DECT system to an SNMP-managed systemThere are two types of managers for DECT systems:• Windows Manager• DMC DECT Manager applicationThe Win

Connect the DB-25 connector end and the NTCW12AA cable end into theA0773252 null modem adapter.4. Connect the DB-9 end into the chosen PC COM port.Ref

Figure 132: Phone and Modem Options window2.Click Add.The Install New Modem window opens. See Figure 133: Modem detection onpage 203.3. Select the Don

Figure 133: Modem detection4.Click Next.The Wizard displays a list of modem manufacturers and a list of the correspondingmodem models. See Figure 134:

7. Click Next.The Wizard requests information about the ports on which the selected modem isinstalled. See Figure 135: Port selection on page 204.8. S

Figure 136: Successful modem installation window10.Click Finish.Once installed, the properties of the modem must be configured to communicate serially

Figure 137: Control Panel - Phone and Modem Options - Modems tab2.Select Communications cable between two computers.3. Click Properties.The Communicat

Figure 138: Properties window - General tab4.Select 38400 from the Maximum Port Speed drop-down list.5. Click the Advanced tab. See Figure 139: Proper

Figure 139: Properties window - Advanced tab6.Click Change Default Preferences.The Communications cable between two computers Default Preferences wind

Figure 140: Change Default Preferences - General tab7.Select None from the Flow control: drop-down list in Data ConnectionPreferences.8. Click the Adv

DMC Faceplate cablesThe faceplate cables form the 20 Mb/s bus that connects all DMCs in a DECT system. Thefaceplate cables meet the standard for Unshi

Figure 141: Change Default Preferences - Advanced tab9.Define Hardware Settings on the Advanced tab:a. Set the Data bits to 8.b. Set the Parity bits t

Figure 142: Network Connection Wizard3.Click Next.The Network Connection Type window opens. See Figure 143: Network ConnectionType window on page 211.

The Host or Guest window opens. See Figure 144: Host or Guest window onpage 212.6. Select the Guest radio button.Figure 144: Host or Guest window7.Cli

Figure 145: Select a Device window9.Click Next.The Connection Availability window opens. See Figure 146: Connection Availabilitywindow on page 213.10.

The Completing the Network Connection Wizard window opens. See Figure 147:Completing the Network Connection Wizard on page 214.12. Type a name for the

Figure 148: Telnet to 192.168.1.1Complete the following steps to reset the DMC4 relay card to the server IP address.Resetting the DMC4 relay card to t

Important:Always ensure the Windows Registry is backed up before opening the Registry and Registrykeys.Complete the following steps to launch the DMC

DAS configurationIt is necessary to configure the DECT Access System (DAS). You must first add the DECTsystem to DMC DECT Manager.Adding the DECT syst

Figure 151: DECT System Properties - communication tab6.Enter the IP address of this DMC4 card (use the address that you configured in Resetting the D

Figure 152: DMC DECT Manager - DECT System Detailed Connection settingsproperties window10.Enter the IP address of the DMC DECT Manager Server (for ex

Figure 9: DMC-E to DMC-E intershelf faceplate cable Caution:Service InterruptionThe DMC-E to DMC-E faceplate cable has four sets of movable ferrites.

Figure 153: New connection icon in the Network and Dial-up Connections window Note:At this stage, disable the LAN. If it is in the enabled state, it c

Figure 154: DOS window running the back-end process - new DECT site using serial connectionYou can now connect to the new DECT system.When connecting,

Figure 155: DECT Systems window and a synchronize dialog boxWith the DMC DECT Manager connected to the system, store the system data in the DMCDECT Ma

Figure 156: DMC window and DECT Board properties dialog boxWhen you have confirmed that the software package on the DMC4 relay card is correct,activat

Figure 157: DECT Systems windowFigure 158: DMC windowYour DECT system is now complete and fully configured.Implementing and operating MSMNImplementing

1. Configure a phantom superloop using LD 97, if required.2. Create the new DCS sets in LD 10.3. Configure the RCFW data in LD 57 and LD 15 for handse

Prompt Response DescriptionMWUN 32 Maximum number of Wireless UNits – entry defaultsto 32 with no user input – value cannot be CHG'ed. Note:If MW

Table 43: LD 10 - Convert handset type 500 to DCSPrompt Response DescriptionREQ CDCS Convert Digital Cordless Set – always convert from anon-concentra

The LD 81 output format is as follows:DCS Cust# Local DN TN lll s cc uu HMDN Home DN Last Activity Date.where:•Cust# = Customer Number• Lo

Chapter 6: System administrationContentsThis section contains information on the following topics:DECT Systems window on page 230Deleting DECT system

Customers must use UTP Cat 5 faceplate cables supplied by Avaya. Faceplatetermination must be used on the DMCs at both ends of the faceplate cabling.F

Selecting the PBX that supports DECTRefer to section PBX system configuration of the NTP Using the DMC DECT Manager AvayaCommunication Server 1000 (NN

Connecting to a DECT systemComplete the following steps.Connecting to a DECT system1.Select a DECT system from the DECT Systems window list.Highlight

Establishing a permanent connection to a DECT systemFigure 160: DECT Systems window and DECT System Properties windowComplete the following steps.Esta

Deleting DECT systemsFigure 161: DECT Systems windowComplete the following steps.Deleting DECT systems1.Using Windows, log in to DMC DECT Manager. Sel

Retrieving subscription data for DECT handsetsFigure 162: DECT Subscriptions window, Synchronize DECT and Administration Config windowComplete the fol

5. Click the File menu.6.Click Add or.Enabling subscriptionsFigure 163: Subscriptions windowComplete the following steps for each DECT handset:Enablin

Activating the PIN on the DECT handsetsFigure 164: Subscriptions windowComplete the following step:Obtaining the PIN Note:At this point, in the Subscr

Disabling a DECT handset subscriptionFigure 165: DECT Subscriptions window and Disable DECT Subscription window Note:For further information, refer to

From the Operations menu, click Disable.5.Disable from this system only.Click OK.6. Disable from all systems where the portable set is subscribed.Clic

6. Select DMC on the DECT system where the copied subscription is to be stored.Pull-down the Destination DMC list and highlight a DMC.7.Select a DECT

Figure 12: IPE inter-shelf faceplate cablingThe above figure shows:a IPE DECT shelf 0b IPE DECT shelf 1c DMC-E to DMC-E faceplate cable connection bet

Follow the instructions in Logging into the DMC DECT Manager on page 229 and Selecting the PBX that supports DECT on page 230.2. Open the Subscription

Finding a DECT handset subscription1. Using Windows, login to DMC DECT Manager. Select the system that supports theDECT system. Launch the DECT applic

3. Open the DECT Import Subscription dialog box.From the File menu, click on Import.4.Select a DECT system where the imported subscription is to be pu

Exporting a DECT handset subscriptionFigure 170: DECT Subscriptions window and Export Subscription windowComplete the following steps.Exporting a DECT

6. Accept the changes.Click on the OK button.7.Paste the subscriptions into a file.Force disabling a DECT handset subscriptionFigure 171: DECT Subscri

Note:Select a single DECT handset, a list of DECT handsets, or all DECT handsetson a DMC.Highlight a DMC TN and an Index (or more than one index) in

Updating data on DMC DECT Manager or updating data ona DECT systemFigure 172: Mismatch dialog boxesWhen the DECT manager connects to a DECT system, sy

Updating data on DMC DECT Manager1. Using Windows, login to DMC DECT Manager. Select the system that supports theDECT system. Launch the DECT applicat

Remote DMC8 provisioning where the customer site has a DECTmanagerFigure 173: Remote DMC8 provision where the customer site has a DECT managerComplete

Remote DMC8 provisioning where the customer site does not havea DECT managerFigure 174: Remote DMC8 provision where customer site does not have a DECT

MG1000E Chassis faceplate cablingThe following figure describes the MG1000E Chassis faceplate cabling.Figure 13: MG1000E Chassis faceplate cablingFace

Remote DECT handset subscription where the customer site has aDECT managerFigure 175: Remote DECT handset subscription where the customer site has a D

Remote DECT handset subscription where the customer site doesnot have a DECT managerFigure 176: Remote DECT handset subscription where customer site d

• Changing the Upstream Manager IP address on page 258• Changing the time and date on page 259• Changing parameters on page 260Changing passwords Note

• Opening the web System navigator3.Open the DECT Systems Properties dialog box.From the File menu, click on Properties, and click on the General tab.

Follow the instructions:• Web-based browser access to the DECT application• Web Administrator Login• Opening the Web current Status• Opening the web S

Follow the instructions in Logging into the DMC DECT Manager on page 229 and Launching the DECT application on page 187.2. Using a web-based navigator

Figure 180: Telnet 192.168.1.1Complete the following steps.Changing the IP address on DECT system DMC8 Relay card1. Open the Telnet dialog box.Click S

Changing a PARI or SARI Note:When the PARI or SARI changes, the DECT system resets and the connection closes. Ifthe connection is permanent, the DMC D

From the File menu, click on Properties, and click on the Access Right Identificationtab.4.Change the PARI or SARI.Enter the PARI or SARI.5. Accept th

Follow the instructions:• Web-based browser access to the DECT application• Web Administrator Login• Opening the Web current Status• Opening the web S

Basestations are IP40-compliant wall-mounted transceivers that provide digital radio links tohandsets. Caution:Service InterruptionFor maximum line le

4. Open the DECT Systems Properties dialog box.From the File menu, click on Properties. Click the Alarm tab.5. Change the time and date.Enter the Date

https://voffice.innovatia.net/PWA/Avaya%20UC%202011%20-%20Sustaining%20WIs/Project%20Documents/Forms/AllItems.aspx3.Open the DECT System Properties di

Put a check mark in the appropriate box.3.Accept the changes.Click the OK button.Keeping or removing non-operational basestations fromDMC DECT Manager

Resolving a subscription configuration mismatch Note:The window shown in Figure 186: DECT Subscriptions Configuration Mismatch window andDMC window on

• Launching the DECT application on page 1872. Using a web-based navigator, open the Administrator login screen and login. Selectthe System Navigator.

Note:Select the option Do not change password on the DECT system.To change the password on the DMC8 relay card, see Recovering a password onpage 310.

System administration266 DMC DECT Fundamentals August 2012Comments? [email protected]

Chapter 7: System maintenanceContentsThis section contains information on the following topics:Alarm Code maintenance actions on page 268LED status f

Alarm Code maintenance actionsAlarm Codes can be viewed with one of the following:• Windows Alarm Snapshot on page 268Windows Alarm SnapshotFigure 187

Alarm Code maintenance actions1. Using Windows, and login to DMC DECT Manager. Select the system that supportsthe DECT system. Launch the DECT applica

Basestation housingThe basestation environmental housing is IP66 compliant. The housing must be used indoorsif a basestation is subject to conductive

Alarm code Alarm description Maintenance actionDCT1021. DCT102 displayed in the Alarmbrowsers is an alarm on aDMC8.2.DCT102 displayed in the AlarmSnap

Alarm code Alarm description Maintenance actionDCT205 Local bit error rate bad. Perform the DCT202 maintenanceaction.DCT206 Remote receiver signal mis

Alarm code Alarm description Maintenance actionIf needed, replace the defectiveDMC8 card or the defect faceplatecables.DCT303 No faceplate cable synch

Alarm code Alarm description Maintenance actionThe DCT403 alarm must alwayscome from both the source anddestination DMC8 cards.DCT404 (DCT404 only dis

Red LEDStateDescription ActionFlashes threetimesCard is doing a self test. Wait.Off1. The card is in service if the yellow LEDis off and the green LED

YellowLEDStatusGreenLEDStatusDescription Action• card has no PARI, or incompletePARI and• either software distribution is inprogress or subscription o

To remove, re-seat, or insert DMC8 card, perform the following actions:• Backup the data from the DMC8 card to be removed.• Remove the faulty DMC8 car

Removing a faulty DMC8 cardFigure 189: DMC8 card removalComplete the following steps.Removing a faulty DMC8 card1.Connect the maintenance bypass cable

Inserting a serviceable DMC8 cardFigure 190: DMC8 card insertionComplete the following steps.Inserting a serviceable DMC8 card1.Insert the DMC8 card.L

Restoring subscription data to the serviceable DMC8 cardFigure 191: DMC windowComplete the following steps.Restoring subscription data to the servicea

Figure 16: Basestation cellThe cell radius varies from 20m to 100m.The number of basestations required to cover a certain area depends on many factors

Figure 192: Add a DMC8 card to the systemComplete the following steps.Adding a DMC8 card to a DECT system1. Connect the bypass cable.Plug the bypass c

Reusing a DMC8 card in another DECT systemOpen the DMC window.Complete the following steps.Reusing a DMC8 card in another DECT system1. Select the DMC

Figure 193: RFP window and DECT Radio Fixed Parts properties windowComplete the following steps.Muting alarms on a basestation1. Using Windows, login

Canceling mute alarms on a basestation1. Using Windows, login to DMC DECT Manager. Select the system that supports theDECT system. Launch the DECT app

Disconnecting/reinstalling a basestation1. Disconnect the RJ45 cable, MDF side.Unplug the RJ45 cable from the wall socket of the RJ45 Connection Box.2

Figure 195: DECT systems, DECT Firmware Upload, DECT Firmware Activation UploadComplete the following steps.Uploading and activating firmware1. Using

Select the Firmware menu, and click on Upload.Recovering from a firmware upload failureIt is possible to upload DMC firmware with the V.24 port of a D

4. Unseat the DMC8 card.Disconnect the DMC8 card from the shelf backplane.5.Access Z-modem application; for example, Windows HyperTerminal.Click Start

Figure 197: Retrieve Current RSSI window, and Retrieve Current RSSI maps windowComplete the following steps.Retrieving current RSSI data1. Using Windo

Select a file location.RSSI file formatThe data for each RFP is a nibble for indication of the RSSI value for each slot (24) for eachcarrier (10). Thi

Note:Refer to each DECT Handset User Guide for a detailed description of how to use handsetfeatures and system features.DMC DECT ManagerThe DMC DECT

boards on the DECT system using the Performance collection application on DMC DECTManager. See Figure 199: Performance Collection window and Select lo

• portable statistics• basestation statisticsFor more information on the Reports, see DECT Performance Manager installation onpage 291.Complete the fo

Double-click the folder labeled Disk 1.4.Run Setup.exe.Double-click the Setup.exe icon. See Figure 201: DECT Performance Managerinstallation file on p

Set date and time on DMC DECT ManagerYou must set the date and time on the DMC DECT Manager before retrieving upm and epmfiles from the DECT system. T

Retrieve upm and epm filesUse the Performance Collection application on DMC DECT Manager to retrieve upm and epmfiles. Note:The Performance Collection

Figure 203: DMC DECT Manager Start/Stop Performance Collection windowCreating a new directory structureA database must be created before using the DEC

Figure 204: Directory structureFigure 205: Directory example on page 296 is an example of a directory.Figure 205: Directory exampleRename upm and epm

The upm file name format is upm_ddmmyy_hhmm.xml, where:• ddmmyy=PC date the performance data was requested (day, month, year)• hhmm=PC time the perfor

Figure 207: Epm file renamedCreating a databaseYou must first create a database as part of the process to generate Reports and Trends. Createthe datab

8. Select File > Import.Select File from the toolbar, and select Import from files from the File menu.9. Select the folder where the upm and epm fi

ContentsChapter 1: New in this release...11Revision History...

Common ServicesThe following DECT management features are provided by DMC DECT Manager Applications:• DMC DECT Manager Alarm Management provides alarm

Generating Reports or Trends1. Select Reports on the toolbar of the DECT Performance Manger application.2. Select Reports or Trends from the Reports m

Click the button to the right of the DECT PM Database: field, or select Database onthe toolbar, and then Select Database from the Database menu. See F

The following events are the most relevant performance data:• paging• dropped voice call• dropped message• handover• RFP-channel occupation• S-channel

Dropped messageA dropped message occurs when the PP loses the connection with the RFP. The PP is nolonger able to receive messages from the RFP.Handov

Figure 212: RFP channel occupation report - 6-channel RFPThe report indicates the following:•6 channels were free for 417 seconds. Therefore, at least

The S-channel occupation report contains tables that show the number of seconds that S-channels are free.The S-channel occupation report mimics the RF

Degradation of serviceThe degradation of service report shows the relation between the number of dropped activecalls and the number of successful call

Top-down analysis explanationThe top-down analysis is a troubleshooting strategy that helps you to more efficiently generatea performance file databas

Counter Description3 Number of page retries4 Number of page requests5 Number of page rejects6 Number of voice calls7 Number of message calls8 Number o

Setting parametersFigure 214: DECT System Properties - Parameters tabComplete the following steps.Setting parameters1. Using Windows, login to DMC DEC

Figure 17: Local DMC DECT Manager server access to a DECT system by V.24DMC DECT ManagerDMC DECT Fundamentals August 2012 31

Recovering a passwordPasswords recovery is needed in several instances:•If the DECT system password is changed by a customer, the distributor managing

Follow the instructions in:• Logging into the DMC DECT Manager on page 229•Selecting the PBX that supports DECT on page 230• Launching the DECT applic

System maintenance312 DMC DECT Fundamentals August 2012Comments? [email protected]

Chapter 8: Changing the DMC8 jumpersetting after DECT systemupgrade to Release 5.0During the upgrade from CS 1000M Cabinet using Release 4.5 SSC to C

5. Plug in all DMC8 cards (at this time the DECT system could stop working. TheDMC8 LED is flashing green and RFP also.6. Start the TM DECT applicatio

11. Go to application board and do a synchronization from all DMC12.Synchronize to all DMCConnecting a DECT system to DMC DECT Manager usingremote mod

Figure 216: DMC8 relay card connection to a remote DMC DECT Manager serverDECT relay board to remote modemRefer to Table 52: NTCW12AA cable to MDF con

Configuring NetBEUI ProtocolYou must first install NetBEUI Protocol if it is not already installed on the DMC DECT ManagerServer PC.Figure 217: Networ

If the NetBEUI Interface Service is already installed, it appears in the Local AreaConnection Properties dialog box (see Figure 217: Networking tab of

Setting the properties of the new connectionComplete the steps in Configuring connection properties on page 319 to set the properties ofthe new connec

Figure 18: Local DMC DECT Manager server access to a DECT system by dedicated LANMulti-site Mobility Networking subscriptionsIn Multi-site Mobility Ne

Modem setupInstall the local modem on the PC, then configure the modem.Modem requirementsThe modem requirements are:•56 Kbits/s• Baud rate 38 400 Kbit

Figure 218: Local modem connected using Hyper TerminalUse the initialisation commands in Table 53: Initialisation commands on page 321 to configurethe

Note:When connecting to the DMC8 relay board using modems, jumpers J6, J7, J8, and J9 mustbe strapped for V.24 on the DMC.Open the DMC DECT Manager S

Changing an existing DECT system on DMC DECT Manager froman Ethernet connection to a modem connectionIt is possible to manage a DECT system, which was

13. Click the Apply button.14.Click OK.It is now possible to manage the DECT system using the modem connection. Allthe DMC DECT Manager features and f

Chapter 9: Adding a DMC8 to a non-SNMPDECT systemIt is possible to add DMC8 cards to a DECT system that previously contained only DMC4 cards. Thesyst

Caution:Ensure that the System Parameters on the DMC8 are the same as the existingDECT system. The System Parameters on the DMC8 become the SystemPar

Chapter 10: DMC8 debug portOverviewThe ability to monitor messages on the DMC8 card is an important aid to resolving problemson DECT. Monitoring mess

Figure 219: DECT interfaceItems to monitorThe DS30 driver and IPC driver tasks are the most informative for preliminary investigation.They track messa

Figure 220: DMC8 debug port connectionsConnecting a modemFigure 220: DMC8 debug port connections on page 329 shows the DMC connected to a PCas DCE. To

The DECT Manager user programs the SARI in the DECT system. The DECT Managerprovides the PARK during the on-air subscription, and the PARK is programe

Figure 221: 3COM US Robotics modem settingsTerminal configurationWhether connected to the DMC directly, or through modems, terminal configuration is t

Figure 222: BCU Main Debug MenuInformation collectionRecord the following information (see Switching on DS30 and IPC monitors on page 331) witha captu

Figure 223: BCU main menu2.Press 3 from the main menu.The Driver Debug Menu displays. See Figure 224: Current debug settings onpage 332.Figure 224: Cu

3. Press 0 (zero) to display the current debug settings.4. Press 3 and 4 to switch on the monitors. See Figure 225: Current Driver Debug FlagSettings

the sending unit resets the timer for sending the next Hello message. If the timeout for receivinga Hello message is exceeded, the receiving unit rese

Figure 227: Error message exampleMessage examplesDMC DECT Fundamentals August 2012 335

DMC8 debug port336 DMC DECT Fundamentals August 2012Comments? [email protected]

Chapter 11: Performance Collection filesamplesEquipment Performance Collection file sample<?xml version="1.0"?> <file> <head

<ipui>40110000E5A97B7F84</ipui> <dnr>20801</dnr><counters>0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,255</counters> </ppstat

IndexAAlarm ...268code ...

Operating parametersAll DMCs, either new, empty for redundancy, or used for basestation coverage, must have atleast one handset configured to ensure s

PParameter mismatch ...179parameters ...309PA

Messaging and AlarmsDECT Messenger provides text messaging from many different sources to various outputdevices, including DECT handsets. Messages can

Product description36 DMC DECT Fundamentals August 2012Comments? [email protected]

Chapter 3: Engineering guidelinesContentsThis section contains information on the following topics:System capabilities and limits on page 37DMC8 engi

• At the IPE backplane interface – when all 32 speech channels to the DS30X interface onthe a DMC8 are occupied, calls to and from handsets that have

• Handset handover continues without interruption.• Handsets are distributed equally between the system DMC cards.• All calculations are based on resi

DECT on Cabinet system...44DECT on Chass

System type CabinetsDMC8 DMC8-EBasestationHandsetPRICardsMC32CardsMG 1000EChassis withExpander (one-shelfconfiguration)2 4 1 40††2550†1 2MG 1000EChass

The DECT system components have the following capacities:• One NTCW00AB DMC8 or one NTCW01AB DMC8-E can support up to 8 basestations.• One C4600 bases

Table 4: DMC8 engineering guidelines for 6-channel RFP (basestation) and 12-channelRFP (basestation)System Number of basestations that can be phantom

System Basestationaverage linelengthRequired number of unoccupied slots1.7km for every 1 – 6 slots, one slot must be unoccupiedCabinet 0.5 km for ever

DECT on Cabinet systemThe Order Tool allows the first 40 basestations to be phantom powered. When more than 40basestations are requested, the extra ba

0 0 58 117 176 176 220 220 220 2201 19 77 136 195 220 220 220 2202 38 97 155 214 220 220 2203 57 116 174 220 220 2204 76 135 194 220 2205 95 154 213 2

High traffic for a 0.2 Erlang capacityTable 8: Number of handsets for a 0.2 Erlang capacity on page 46 shows the 6-channel and12-channel basestation c

Simplified guidelinesUse Table 9: Handset capacity/DMC8 for Superloop/IPE on page 46 to calculate the superloopcapacity.Low traffic example of one sup

Engineering guidelines48 DMC DECT Fundamentals August 2012Comments? [email protected]

Chapter 4: Site planningContentsThis section contains information on the following topics:Overview on page 49Site survey on page 50Deployment on page

Calculating the number of users without an office...110Totalling the estimate

module includes information about a key piece of deployment equipment, the DECT RadioDeployment Tool. The section titled Preparing the tool for deploy

Building detailsSystem deployment and installation depends upon the following building details.•Building identification• Construction materials, such

Know in advance where coverage is required. Some examples of coverage areas are:• elevators• stairwells• toilets• outdoor areasNumber of handset users

4. Building information5. Existing cable information6. Basestation radio coverage information7. Handset user information8. Reviewing the workMethods a

3. Obtaining site plans on page 554. Gathering building information on page 555. Identifying existing cabling on page 566. Profiling handset use on pa

Obtaining site plansObtain two scaled plans. The scale is required to check wiring distances from the controller tothe basestations. The scale is in t

Record this information. If the building contains atriums, multiple floors, floors notall the same shape or any unusual conditions, see Multiple floor

3. Ask about external or outdoor radio coverage.Record this information.4.Discuss areas where radio coverage is not feasible or requires specificbases

Record this information.6.Ask about the mobility of the users. For example, do the users move from cell tocell, or is the area of movement restricted,

Figure 22: Critical pointsLocating cell centresFigure 23: Cell centres on page 60 shows the following:• stairwell• second floor planA cell centre is l

Compatibility...158C

Figure 23: Cell centresRules and guidelines for selecting cell centresComply with the following when selecting cell centres.•Ensure that the installat

Determining cell boundariesA specific RSSI value on the handset defines the cell boundary range. Links can be madeoutside the cell boundary but the au

Figure 25: Cell boundariesIdentifying critical points and cell boundariesFigure 26: Additional critical points and cell boundaries on page 63 shows th

Figure 26: Additional critical points and cell boundariesMarking the points, centres, and boundaries on the floor planThis section describes how to la

For example, label a cell centre on the second floor as 2C3. The 2 before the C indicates thatthe cell centre is on the second floor. The 3 after the

Figure 29: Example cell boundariesFigure 30: Points, centres, and boundaries on the floor planFigure 30: Points, centres, and boundaries on the floor

Two copies of the floor plan are required. One copy is used during the site planning. The secondcopy is marked with the information from the site plan

Figure 31: Example of initial critical pointsFigure 32: Cell contour of the initial critical pointDeploymentDMC DECT Fundamentals August 2012 67

Figure 33: Cell contour of the closest adjacent critical point to the initial critical pointFigure 34: Example of a cell centreSite planning68 DMC

Figure 35: Example of a cell centre boundaryFigure 36: Example of new critical points (P8 and P9)DeploymentDMC DECT Fundamentals August 2012 69

DECT Systems window...230Ope

Figure 37: Example of deployment for cell centre 1C2Figure 38: Example of deployment for cells 1C3 and 1C4Site planning70 DMC DECT Fundamentals Au

Figure 39: Identify new critical points (P11, P12, P13, P14, P15, P16, P17)Figure 40: Contours formed by critical points P11, P13 and P16DeploymentDMC

Figure 41: Cell centre 1C5 formed by critical points P11, P13 and P16Figure 42: Cell boundary 1C5 formed by critical points P11, P13 and P16Site plann

Figure 43: Example of critical point cell boundariesFigure 44: Example of cell centre boundary 1C6DeploymentDMC DECT Fundamentals August 2012 73

Figure 45: Example of a floor plan showing complete radio coverageDeployment termsTerms associated with deployment are listed in the following table.T

Figure 46: Example showing deployment termsCoverage termsThe terms used in this guide are described in Table 12: Coverage terms on page 75 andillustra

Term DefinitionTraffic table Traffic tables record site traffic information from the floor plan andthe customer. The traffic table helps to determine

Figure 48: Deployment tool carrying case and packing detailsDeployment toolDMC DECT Fundamentals August 2012 77

Figure 49: Assembled deployment toolPreparing the tool for deploymentPreparing the tool for deployment involves:1.Charging the deployment tool battery

Charging the deployment tool batteryCharge the deployment tool battery for at least six hours before using. Caution:Equipment DamageUse the Avaya batt

Restoring subscription data to the serviceable DMC8 card...279Adding a DMC8 card to a DECT s

Charging the deployment handset batteryFigure 51: Deployment handset battery chargerCharging timeCharge the deployment handset battery for at least 12

Assembling the deployment toolFigure 52: Deployment tool extension detailsTable 14: Key for Assembling the deployment toola adjustable tripodb extende

Figure 53: Deployment tool battery detailsTable 15: Deployment tool battery details keya battery mountb Allen screwsc thumb screwd battery packe guide

3. If required, secure the extension arm fitting.Use the Allen key attached to the extender arm to secure the extension arm fittingAllen screw.4. Moun

Testing the deployment handsetFigure 54: Handset display and keypad detailsTesting the deployment tool handset1. Start the test and establish a link w

Press the lock button. The handset displays CODE.6.Enter the monitor mode code.On the dial pad, enter 2530. Press the lock button.7. Interpret the han

The signal strength diminishes as the distance between the handset and the basestationincreases. The tone remains unchanged until the handset is out o

Rules for outdoor deployment1.Cover outdoor areas before covering indoor areas. Use the deployment tool todetermine outdoor cell centres.2. Use the de

Figure 56: Deployment Kit 2 and carrying caseThe following information can be used in conjunction with the DeTeWe User Manual thataccompanies the depl

5. The FE value is for the FP is the number of received Q1/Q2 bit information withinthe last 100 receiving frames (i.e., 1 sec.). For proper deploymen

Connecting a modem...329Terminal c

Figure 57: Assembled Deployment Kit 2 and DeTeWe handsetsSite planning90 DMC DECT Fundamentals August 2012Comments? [email protected]

Figure 58: Deployment Kit 2 basestationDeploying DECTTo deploy a DECT system follow Deploying a DECT system on page 91.Deploying a DECT system1. Ident

the critical point. Listen to the deployment tool handset while movingaway from the basestation. When the RSSI value changes from 7 to 6,the cell boun

See Figure 35: Example of a cell centre boundary on page 69 for an example of acell boundary.6. Mark and label the cell boundary on the floor planFoll

These critical points must be:• adjacent to a critical point and on the opposite side of the cell boundary area.(critical point = P11 in Figure 39: Id

Correcting problems with audio quality1. Move the cell centre closer to the office or work area in question.2. Repeat the coverage test in that area a

Figure 59: Elevation of external basestation and terrainKeya External housing positioned at least 4 m from the ground.b Clear line of sight to the ext

1. Deploy the external or outdoor areas first.2. Deploy from one side of the coverage area, then deploy the opposite side of thecoverage area.3. Finis

Figure 60: Single cell distanceSingle cell deployment1.Identify the initial critical points. Mark them on thefloor plan with a . Use differentcolour p

c. is in the coverage area.10. With a pencil, label the cell centre on the floor planwith xCn. The x is the floor, andn is the cell number in sequence