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2 DMC DECT FundamentalsAugust 2012
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Contents
Chapter 1: New in this release...........................................................................................
Site survey................................................................................................................................................
Before you begin.......................................................................................................................................
Unpacking the equipment.........................................................................................................................
The following sections detail what is new in DMC DECT Fundamentals, NN43120–1
14 for Release 7.5:
Feature changes
• All DECT Messenger material has been removed. See DECT Messenger Fundamentals
(NN43120-120).
• DSP provisioning information has been added to
Installing DMC8 and DMC8-E in an Avaya Communication Server 1000E on page 170 and now
aligns with the provisioning rules implemented in the ordering tools.
• Configuration information has been added to Installing DMC8 and DMC8-E in an IPE Module
Controlled by MGXPEC (CS 1000E) on page 168 for IPE shelves upgraded to the MG XPEC
controller.
System hardware parameters on page 39 and
Revision History
August 2012Standard 02.07. This document has been up-issued to update the
compatible operating systems for DMC DECT Manager 2.0.
May 2012Standard 02.06. This document is up-issued to update location of
DMC slot in Communication Server Release 7.5.
DMC DECT FundamentalsAugust 2012 11
New in this release
12 DMC DECT FundamentalsAugust 2012
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Chapter 2: Product description
Contents
This section contains information on the following topics:
Overview on page 13
Mobility card (DMC8) on page 17
Basestations on page 25
DECT handsets
DMC DECT Manager on page 29
Multi-site Mobility Networking on page 33
Messaging and Alarms on page 35
Overview
vaya Integrated DECT (DECT) allows users to move freely about their work sites while
A
conducting telephone conversations using wireless handsets. DECT is an acronym for Digital
Enhanced Cordless Telecommunications.
DMC DECT FundamentalsAugust 2012 13
Product description
Figure 1: Main parts of the DECT system
The DECT system is in a CS 1000M IPE shelf or a CS 1000E cabinet or chassis. DECT has
four main components:
The following clock controller cards are mandatory:
NTRB53 Clock Controller card for a CS 1000M SG or MG
•
• NTAK20BD Clock Controller daughterboard or NTAK79AA card with a built-in clock
controller for an Option 11C and CS 1000E Media Gateways
If there is no digital connection to the network, the appropriate clock controller must be installed
and operated in free run mode.
Note:
On EMC-hardened Cabinet systems, the clock controller must be in one of the first three
slots of the CPU cabinet.
CS 1000E
The NTDW63AAE5 Ethernet & Clock Reference Breakout
with MGC and the NTDW67AAE5 MGC DECT clock reference cable, used to synchronize the
14 DMC DECT FundamentalsAugust 2012
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Adapter for Option 1 1C cabinet used
Overview
backplane clock between two MG1000 chassis, MG 1010 chassis, or Option 1 1C cabinets, are
shown in the figures below.
For CS 1000E DECT installations that span more than 1 cabinet, the NTDW63AAE5 (Option
11C Cabinet Ethernet & Clock Reference Breakout Adapter) is used with the NTDW67AAE5
(Clock Reference Cable) to synchronize the backplane clock between two Option 11C
cabinets. For DECT installations that span more than 1 MG 1000 or MG 1010 main and
expander chassis, the NTDW67AAE5 cable is used to synchronize the backplane clock
between two MG 1000 or MG 1010 chassis. This is in addition to the clock controller
requirement identified above.
DMC DECT FundamentalsAugust 2012 15
Product description
Figure 2: MGC Breakout Adapter for Option 11C
Figure 3: MGC DECT Clock Reference Cable
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Synchronization port
Figure 4: DECT synchronization
Mobility card (DMC8)
Where multiple DECT
synchronization port must be used. The DECT synchronization port is accessed through a
Main Distribution Frame (MDF) connection. Failure to connect the DECT synchronization ports
of each system can lead to service interruptions.
systems share the same radio coverage area, the DECT
Mobility card (DMC8)
The NTCW00AB DMC8 DECT
and the Meridian 1, or CS 1000M.
Mobility Card provides an interface between the basestations
Figure 5: DECT Mobility Card
The DECT
basestations.
DMC DECT FundamentalsAugust 2012 17
system supports a mix of DMCs and DMC8s. A DMC8 supports up to eight
Product description
All DMC8s support a Point-to-Point Protocol (PPP) connection to the DECT Manager with an
NTCW12DA cable. The DMC8 card requires a NTCW25AA DECT Manager Ethernet (DME)
daughterboard installed to support an Ethernet connection.
Each DMC8 is programmed in the database using LD 10.
The DMC8s are interconnected by faceplate cables, allowing them to pass information to each
other.
DMC8s must be in an IPE shelf or in a cabinet or chassis.
There is no call switching in the DMC8 card. All call switching occurs within the Meridian 1, CS
1000M, or CS 1000E.
DMC8 options
Figure 6: DMC8 options
The component side of the DMC8 contains jumpers J1, J2, and J3. The jumpers indicate card
status.
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DMC8 - Expander (DMC8-E)
Mobility card (DMC8)
The NTCW01AB DMC8-E DECT
DMC card.
The DMC8-E has additional circuitry required to regenerate faceplate cable signals when a
system contains more than eight DMC8s. The DMC8-E connects two shelves or cabinets in a
DECT system.
Figure 7: DECT Mobility Card - Expander
Mobility Card – Expander provides the same functions as a
If the DMC8-E is used in an IPE module, it must be located in card slot 8. Do not install a DMC8
in slot 8 of an IPE module.
If the DMC8-E is used in a CS 1000E cabinet or chassis, it must be located in card slot 8. Do
not install a DMC8 in slot 8 of a CS 1000E cabinet or chassis.
An NTCW25AA
access. The daughterboard is also required to enable DECT Messaging. The DME
daughterboard is not required for serial DMC DECT Manager access. Only one DME
daughterboard is required per system.
DME daughterboard is required to provide Ethernet DMC DECT Manager
Faceplate features
Figure 8: DMC8 and DMC8-E faceplate features on page 20
DMC8-E faceplate features:
aRed LED (indicates the same status as all IPE cards)
bYellow LED (indicates DECT sub-system status)
shows the following DMC8 and
DMC DECT FundamentalsAugust 2012 19
Product description
cGreen LED (indicates DECT sub-system status)
dDMC8 to DMC8 faceplate cable port
eDMC8 bypass faceplate cable port
fDMC8-E to DMC8-E faceplate cable port
gFor future use
Figure 8: DMC8 and DMC8-E faceplate features
20 DMC DECT FundamentalsAugust 2012
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DMC Faceplate cables
Mobility card (DMC8)
The faceplate cables form the 20 Mb/s bus that connects all DMCs in a DECT
faceplate cables meet the standard for Unshielded Twisted-Pair category of performance 5
(UTP CAT 5).
Signaling and PCM are sent to all DMCs over the faceplate cables, allowing a DMC8 to pass
a call to another DMC8.
The following faceplate cables are used in DECT systems:
1. DMC to DMC faceplate cable (NTCW11AA)
The cable extends the 20Mb/s bus to all DMCs.
2. DMC to DMC-E faceplate cable (NTCW11BA)
The DMC to DMC-E cable extends the 20Mb/s bus past the XPEC card in the IPE
shelf.
3. DMC bypass faceplate cable (NTCW11CA)
The DMC bypass faceplate cable bypasses DMCs to be inserted in or removed from
an operational DECT system.
4. DMC faceplate termination (NTCW11DA)
The DMC faceplate termination balances the impedance at either end of the 20Mb/
s bus.
system. The
5. DMC-E to DMC-E intershelf faceplate cable (NTCW11EA)
This faceplate cable connects DMC-Es in two shelves or two cabinets.
DMC DECT FundamentalsAugust 2012 21
Product description
Figure 9: DMC-E to DMC-E intershelf faceplate cable
Caution:
Service Interruption
The DMC-E to DMC-E faceplate cable has four sets of movable ferrites.
position of the ferrites on the cable is important. Each end of the cable must have
a group of 20 ferrites. One quarter the distance from each end of the cable must
have a group of 10 ferrites. The maximum length of the cable is 1.5 meters,
limiting the position of DECT shelves 0 and 1 to adjacent IPE modules or CS
1000E cabinets/chassis.
6. DMC to DMC 1-meter faceplate cable with four ferrites (NTCW11FA)
This cable extends the 20Mb/s bus to all DMCs and is used in Avaya
Communication Server 1000E systems to connect DMC cards in MG1000E Main
Chassis and MG1000E Expander Chassis.
The
Figure 10: DMC to DMC 1 meter faceplate cable with four ferrites
Caution:
Service Interruption
22 DMC DECT FundamentalsAugust 2012
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Customers must use UTP Cat 5 faceplate cables supplied by Avaya. Faceplate
termination must be used on the DMCs at both ends of the faceplate cabling.
Faceplate cabling between DMC(-E) cards is slightly different for different Avaya CS 1000
system types. The following are the examples:
IPE Shelves Faceplate Cabling
The following figure describes the faceplate cabling within one IPE shelf.
The following figure describes the IPE inter-shelf faceplate cabling.
DMC DECT FundamentalsAugust 2012 23
Product description
Figure 12: IPE inter-shelf faceplate cabling
The above figure shows:
aIPE DECT shelf 0
bIPE DECT shelf 1
cDMC-E to DMC-E faceplate cable connection between DMC-Es on DECT IPE
shelves (NTCW1
1EA)
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MG1000E Chassis faceplate cabling
The following figure describes the MG1000E Chassis faceplate cabling.
Figure 13: MG1000E Chassis faceplate cabling
Basestations
Faceplate cables shown on the figure are:
aDMC to DMC faceplate cable (NTCW11AA)
bFaceplate termination (NTCW11DA)
cDMC to DMC 1-meter faceplate cable with four ferrites (NTCW11FA)
dDMC-E to DMC-E faceplate cable connection between two shelves (NTCW11EA)
Basestations
There are three basestation models available:
C4600 – supports six active call radio links
•
• C4610 – supports 12 active call radio links
• C4610E (with external antenna) – supports 12 active call radio links
DMC DECT FundamentalsAugust 2012 25
Product description
Basestations are IP40-compliant wall-mounted transceivers that provide digital radio links to
handsets.
Caution:
Service Interruption
For maximum line length before signal degradation occurs, use UTP
Cat 5 cabling between
the basestation and the shelf or cabinet. If the line length exceeds 100 ohms for the 4610
basestation, an external power supply must be used. The maximum distance when using
external power with UTP Cat 5 cabling is approximately 1.7 km.
The basestation has the following features:
• RJ45 socket connection to a one meter UTP Cat 5 cable
• RJ45 socket connection to an external or local power supply
• Green LED (C4600) or a yellow LED (C4610), indicates synchronization to its DMC8
• One meter UTP Cat 5 cable connected through an RJ45 Connect Box and MDF to an
IPE I/O panel or CS 1000E cabinet I/O panel
Two sources can power the basestation:
• The DMC8 and DMC8-E feeding phantom power over the UTP Cat 5 cable signaling
pairs, connected to (a) in
•
A local power supply, connected to (b) in
Figure 14: Basestation on page 26
Figure 14: Basestation on page 26
Figure 14: Basestation
Basestations connected to a DMC8 or DMC8-E card can use phantom power in some
conditions, and must use local power in other conditions.
An application on the DMC DECT
Manager can enable or disable phantom power.
Note:
The maximum line length for a twelve-channel basestation using phantom power is 1.0 km.
The maximum line length for a six-channel basestation, regardless of power
, or a twelve-
channel basestation using external power, is 1.7 km.
26 DMC DECT FundamentalsAugust 2012
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Basestation housing
Basestations
The basestation environmental housing is IP66 compliant.
if a basestation is subject to conductive pollution, or outdoors if basestations are mounted
externally.
The housing must be used indoors
Figure 15: Basestation environmental housing
The environmental housing kit includes all of the relevant cables and installation material. The
environmental housing mounts to existing walls. Signaling lines provide power to the external
basestations.
Basestation cell
basestation cell is the radio signal area covered by a single basestation. The basestations
A
are positioned so the cells overlap. A DECT handset can make and receive calls when within
a basestation cell. When the handset moves from one cell to another, the cell overlap allows
the handset to move without interruptions.
DMC DECT FundamentalsAugust 2012 27
Product description
Figure 16: Basestation cell
The cell radius varies from 20m to 100m.
The number of basestations required to cover a certain area depends on many factors, such
as the following:
Size of the area of coverage
•
• Radio propagation characteristics of the buildings
• Materials used for walls, floors, lift shafts, reinforced glass, doors
• Strong magnetic fields from radar, welding equipment, manufacturing equipment, and
high energy electronic devices
• Density of telephone users in an area, and amount of telephone traffic
DECT handset subscription and de-subscription
Subscription is the process of adding a handset to a DECT
make and receive calls.
system. The handset can then
A user can subscribe a handset to more than one DECT system. This feature is useful for a
company that has multiple DECT sites.
De-subscription is the process of removing a handset from a DECT system. The handset user
is then prevented from making and receiving calls.
28 DMC DECT FundamentalsAugust 2012
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Note:
Refer to each DECT Handset User Guide for a detailed description of how to use handset
features and system features.
DMC DECT Manager
DMC DECT Manager
The DMC DECT
an A vaya CS system. DMC DECT Manager 2.0 runs on Windows 2000 Server , Windows 2000
Professional, Windows XP Professional, Windows Server 2003, and Windows 7.
Note:
For an overview of the DMC DECT
Communication Server 1000 (NN43001-142).
Manager provides a point of access and control to manage DECT system on
DECT Application features
The DECT
• Launch the Application from DMC DECT Manager using Windows and Web navigators
• View DECT provisioning using the DECT Systems window
• View the DMC8 configuration using the Boards window
• View basestation configuration using the Radio Fixed Part window
• View subscription information using the Subscriptions window
• Upgrade firmware using the DECT Systems window
Application allows a user to:
Manager, see Using the DMC DECT Manager Avaya
• Subscribe handsets using the Subscription window
• Support DMC8 and DMC (serial only) cards
• Synchronize (update) the DECT Application database to the DECT system configuration
when the DMC DECT Manager connects to the DECT system
• Collect performance data using the Performance Collection window
• View On-line Help
DMC DECT FundamentalsAugust 2012 29
Product description
Common Services
The following DECT
• DMC DECT Manager Alarm Management provides alarm collection and alarm
processing, as well as the following:
- a Windows-based alarm browser to view alarms that occur while the browser is open
- an Alarm Notification application to notify personnel of an alarm occurrence by pager
or e-mail. This application can forward the alarm to an upstream processor
- a PC Event log and Viewer to view events and alarms generated from the DECT
Application in a report layout
• Backup and restore to create and restore a DMC DECT Manager backup file of the DECT
application data
• User profiles to enable configuration of different types of DECT users
• On-line help to provide help for common services features
For more information about the Common Services features, see Using the DMC DECT
Manager Avaya Communication Server 1000 (NN43001-142).
management features are provided by DMC DECT Manager Applications:
Remote Access Service (RAS)
A
computer in a network provides access to remote users through analogue modem or ISDN
connections. The computer includes the dial-up protocols and access control (authentication),
and can be a regular file server with remote access software or a proprietary system. The
modems can be internal or external to the device.
ISDN is an international telecommunications standard for providing a digital service from the
customer's premises to the dial-up telephone network.
30 DMC DECT FundamentalsAugust 2012
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