The information contained herein is the sole intellectual property of Polycom, Inc. No distribution,
reproduction or unauthorized use of these materials is permitted without the expressed written consent of
Polycom, Inc. Information contained herein is subject to change without notice and does not represent
commitment of any type on the part of Polycom, Inc. Polycom and Accord are registered trademarks of
Polycom, Inc.
Notice
While reasonable effort was made to ensure that the information in this document was complete and
accurate at the time of printing, Polycom, Inc., cannot assume responsibility for any errors. Changes and/or
corrections to the information contained in this document may be incorporated into future issues.
ii
Contents
Preface
Introduction to KIRK Wireless Server 6000
Contents
Important Information Before You Begin . . . . . . . . . . . . . . . . . . . . . . . . . . 1–1
KIRK Wireless Server 6000 Installation and Configuration Guide
18
Preface
1
This guide is intended for qualified technicians who will install, configure and
maintain the KIRK Wireless Server 6000 (KWS6000) Solution. To qualify to
install the KWS6000 Solution, you must have successfully completed the
KWS6000 technical training. The guide provides all the necessary information
for successful installation and maintenance of the wireless solutions.
This includes the installation and configuration of:
•KIRK Wireless Server 6000
•KIRK Media Resource
•KIRK Codec Module
•KIRK Base Station
•KIRK Repeater
•KIRK Handset
The Installation Guide also provides you with information about:
•Web based Administration Page of the KWS6000, media resource and base
station
Important Information Before You Begin
This guide assumes the following:
•that users have a working knowledge of the call handlers operations
•that the call handler is installed and initialized and is working correctly
•that you have a working knowledge of deployment in general
•that a site survey has been conducted and that the installer has access to
these plans
Note
The site survey should determine the number of handsets and how many
RF channels are needed.
1–1
KIRK Wireless Server 6000 Installation and Configuration Guide
Chapter Overview
Where is it?What is it about?When to use it?
Chapter 2Introduction to KIRK
Wireless Server
Chapter 3Deploying the KIRK
Wireless Server 6000
Chapter 4Installing KIRK Wireless
Server 6000 and KIRK
Media Resource
Chapter 5Installing KIRK Codec
Module
Chapter 6Installing KIRK Base
Station
Chapter 7Installing KIRK RepeaterTo learn about the KIRK Repeater
Chapter 8Preparing KIRK Handset
for Use
Chapter 9Basic Network
Configuration
6000
To learn about the different
components in a typical KWS6000
configuration.
To learn how to deploy a KWS6000
Multi-cell installation.
To learn about KWS6000/KIRK
Media Resource and to install it.
To learn about the KIRK Codec
Module and to install it in a KIRK
Media Resource.
To learn about the KIRK Base
Station and to mount it onto wall
indoors.
and to mount repeater onto wall or
ceiling indoors.
To prepare KIRK Handsets for use,
installing and charging battery.
To learn about DHCP and TCP/IP
Setup and to assign options to
DHCP server.
1–2
Chapter 10Configuring KIRK
Wireless Server 6000
Chapter 11Configuring KIRK Media
Resource
To power up the KWS6000,
connect a computer to the
KWS6000, access the web based
Administration Page and configure
the KWS6000 using DHCP or
TCP/IP Setup.
To power up the KIRK Media
Resource, connect a computer to
the KIRK Media Resource, access
the web based Administration Page
and configure the KIRK Media
Resource using DHCP or TCP/IP
Setup.
Where is it?What is it about?When to use it?
Preface
Chapter 12 Configuring KIRK Base
Station
To power up the KIRK Base
Station, connect a computer to the
KIRK Base Station, access the web
based Administration Page and
configure the KIRK Base Station
using DHCP or TCP/IP Setup.
Chapter 13KIRK Handset
Registration and
To register and subscribe KIRK
Handsets.
Subscription
Chapter 14KIRK Handset
Management
To unsubscribe and deregister
KIRK Handsets. To change user
configuration and adjust handsets.
Chapter 15System ManagementTo define and view different
settings of the system, reading
statistics, making a backup of
configuration file, updating system
software, and resetting the system.
Chapter 16Messaging over MSFTo enable the MSF messages
function.
Chapter 17Regulatory NoticesTo learn about safety regulation for
the KWS6000.
Chapter 18Open Source Software
Notice
To provide information about the
Open Source Software.
0
1–3
KIRK Wireless Server 6000 Installation and Configuration Guide
Related Documentation
For further information about the KWS6000 not covered by this manual, refer
to the following documentation:
SubjectDocumentation
Deployment KitDeployment Guide
Handset OperationHandset User’s Guide
Pre and Mid Call
Services
Release NotesEvery softare release is accompanied by a release
Pre and Mid Call Services User Guide
note. The release note describes software changes,
bug fixes, outstanding issues, and hardware
compability considerations for the new software
release.
Read the release note before you begin a software
upgrade!
To obtain the release note, see www.polycom.com
1–4
Acronyms
Preface
ACAuthentication Code
ARI no. Access Rights Identity - Serial number of the KWS6000
CLICommand Line Interface
dBDecibels (deciBells)
DECTDigital Enhanced Cordless T elecommunications
DHCPDynamic Host Configuration Protocol
DNSDomain Name System
e.i.r.p.Equivalent Isotropic Radiated Power
GAPGeneric Access Profile
HW PCSHardware Product Change Status - Hardware edition
IPInternet Protocol
IPEIInternational Portable Equipment Identity - Serial number of the
handset - SN
IWUInter Working Unit
KWSKIRK Wireless Server
KWS6000KIRK Wireless Server 6000
LANLocal Area Network
LEDLight Emitting Diode
MACMedia Access Control - hardware address of a device connected to
a network
MTUMax imum Translation U ni t
MWIMessage Weighing Indication
NICNetwork Interface Card
NTPNetwork Time Protocol
PBXPrivate Branch eXchange
PCSProduct Change Status (Edition)
PoEPower over Ethernet
PPPortable Parts - wireless handset
RSSIReceived Signal Strength Indicator
RTPReal-time Transport Protocol
SIPSession Initiated Protocol
SW PCSSoftware Product Change Status - Software edition
TFTPTrivial File Transfer Protocol
UDPUser Datagram Protocol
1–5
KIRK Wireless Server 6000 Installation and Configuration Guide
VoIPVoice over Internet Protocol
WLANWireless Local Area Network
WRFPWireless Radio Fixed Part - Wireless Repeater
1–6
2
Introduction to KIRK Wireless Server
6000
This section provides a description of the KWS6000 solution.
A typical KWS6000 configuration includes a number of the following
components, in addition to the KWS6000:
•Media resources
•Base stations
•Repeaters
•Handsets and accessories
Figure 2-1Overview of the Whole Solution
2–1
KIRK Wireless Server 6000 Installation and Configuration Guide
This section provides information about:
•“Components of the KIRK Wireless Server 6000 Solution” on page 2-2
•“Requirements for the KIRK Wireless Server 6000 Solution” on page 2-7
•“Installation Prerequisites” on page 2-11
Components of the KIRK Wireless Server 6000 Solution
This section provides information about:
•“KIRK Wireless Server 6000” on page 2-2
•“Wireless Bands” on page 2-3
•“KIRK Media Resource” on page 2-3
•“KIRK Base Station” on page 2-4
•“KIRK Repeater” on page 2-5
•“KIRK Handset” on page 2-6
•“KIRK Maintenance Software” on page 2-7
•“Administrative Computer” on page 2-7
KIRK Wireless Server 6000
Below you will find an overview of the system capacity of the KWS6000.
Table 2-1Overview of System Capacity
DescriptionCapacity
Max. number of base stations.
Note: A minimum of 1 base station is required, as the KWS6000
does not have a built-in radio.
Max. number of simultaneous calls on each base station11
Max. number of repeaters on each base station6
Max. number of simultaneous calls on a KWS6000/media resource
(G.711)
Max. number of media resources 32
255
32
2–2
Max. number of simultaneous calls with 32 media resources1024
Introduction to KIRK Wireless Server 6000
Table 2-1Overview of System Capacity
DescriptionCapacity
Wireless Bands
Max. number of simultaneous calls on each KWS6000/media
resource with Codec Module
Max. number of simultaneous calls with 32 media resources with
Codec Module.
24
768
Note: If the Codec Module is used, it is recommended to
install it in al media resources.
Max. number of registered handsets
4096
The KWS6000 controls the wireless infrastructure. It manages media
resources, base stations, repeaters and the IP interface to the call handler.
The communication protocol between the KWS6000 and the call handler is SIP
A KWS6000 is installed directly on the LAN and must be managed as part of
the corporate network.
For more information about the KWS6000, refer to “Deploying KIRK Wireless
Server 6000” on page 3-1, “Installing KIRK Wireless Server 6000 and KIRK
Media Resource” on page 4-1 and “Configuring KIRK Wireless Server 6000”
on page 10-1.
The wireless solution supports two wireless bands, allowing operation in
various countries and regions. Supported wireless bands are:
•ETSI DECT (1880-1900 Mhz), referred to as DECT
•USA DECT (1920-1930 Mhz), referred to as 1G9
The wireless band used by a KWS6000 solution is determined by the base
stations and handsets ordered with the solution.
KIRK Media Resource
The media resource performs media conversion between the call handler and
the KWS6000 and is the media termination point for incoming and outgoing
calls.
A maximum of 32 media resources can be added to a KWS6000. Each media
resource adds 32 voice channels to the system. Adding 32 media resources
makes it possible to have 1024 calls at the same time.
Note
The KWS6000 contains one media resource.
2–3
KIRK Wireless Server 6000 Installation and Configuration Guide
Codec Module
It is possible to install a Codec Module in the media resource. The Codec
Module adds a number of codecs, allowing the wireless server to interface to
G.729A/G.723.1 and other codec standards.
Note
KIRK Base Station
When installing a Codec Module, the media resource only adds 24 voice
channels to the system. Adding 32 media resources with codec modules
makes it possible to have 768 calls at the same time.
For more information about media resources, refer to “Installing KIRK
Wireless Server 6000 and KIRK Media Resource” on page 4-1 and
“Configuring KIRK Media Resources” on page 11-1.
For more information about installing the Codec Module, refer to “Installing
KIRK Codec Module” on page 5-1.
The base stations are positioned in the area to send and receive calls between
the wireless server and the handset. The base station contains internal
antennas and handles 11 speech channels simultaneously. A base station is
able to synchronize with other base stations. When the base station is
synchronized with other base stations, a person speaking in a handset can
move between base stations without any interference.
Transmission length is up to 100 meters/329 feet according to IEEE 802.3u on
a twisted pair cable, e.g. cat.5e. The base station is a class 1 PoE device (802.3af)
and must be powered accordingly (maximum power supply consumption
3.0W according to PoE 802.3af). The radius coverage of the base station is up
to 90 meters/295 feet indoor and up to 300 meters/984 feet outdoor, with a
handset in line-of-sight.
2–4
Coverage area decreases depending on choice of building materials and
obstructive elements. To ensure proper coverage in the areas required, it is
necessary to conduct a site survey and deployment by certified technicians.
For more information about deployment, refer to the Deployment Guide
accompanying the Deployment Kit.
For more information about the base station, refer to “Installing KIRK Base
Station” on page 6-1 and “Configuring KIRK Base Station” on page 12-1.
KIRK Repeater
Introduction to KIRK Wireless Server 6000
The repeater can be used to extend the coverage area in a wireless solution.
Depending on the repeater type, it can be mounted either on the wall or on the
ceiling. The wireless repeater is used in areas with limited voice traffic, where
cabling is difficult. The repeater does not increase the number of traffic
channels, but increases the coverage area established with the base station. Up
to three repeaters can be placed in cascade formation directing coverage in a
certain direction.
The base station can support up to 6 repeaters.
For more information about the repeater, refer to “Installing KIRK Repeater”
on page 6-1.
2–5
KIRK Wireless Server 6000 Installation and Configuration Guide
KIRK Handset
The handset is a lightweight, ergonomically designed wireless unit that
includes an LCD display and keypad.
The handset is a portable unit compatible with DECT GAP standard.
The handset is designed to provide the subscriber with most of the features
available for a wired phone, in addition to its roaming and handover
capabilities.
The KWS6000 supports up to 4096 registered handsets.
For more information about the handset, refer to “Preparing KIRK Handset for
Use” on page 8-1, “KIRK Handset Registration and Subscription” on page 13-1
and “KIRK Handset Management” on page 14-1.
Auto Login and Handover
Auto login refers to the ability to log on to more than one system, enabling you
to use the same handset on up to 10 different systems. If a handset is
subscribed to two or more systems, you can use Auto Login type A or Auto
Login type B to change between the systems automatically:
•Auto Login type A is used if a handset is subscribed to two or more
systems. Auto Login A should only be used in separate systems without
overlaps.
•Auto Login type B is used if a handset is subscribed to two systems only.
Auto Login B can be used in separate systems which are overlapping each
other.
Note
Auto Login type B is only supported in 4020/4040/4080 Handsets.
For more information about Auto Login, refer to “Subscribing KIRK
Handsets” on page 13-3.
Handover refers to the ability to move between the coverage areas of different
radio units on the same system while talking, without interruptions in the
conversation.
KIRK SIO Application Interface
The SIO Application Interface is a communication platform allowing text
messaging between the wireless server and a handset. With the SIO API,
which is a fundamental part of all our solutions, and a third party application
program, the customer is offered a wide range of usage opportunities in a
variety of vertical markets.
2–6
KIRK Maintenance Software
The following software application for the installation and maintenance of the
KWS6000 Solution is provided:
•ServiceTool
Used for programming of the repeater, adjustment of the handset and
software download to repeater/handset.
Introduction to KIRK Wireless Server 6000
Note
ServiceTool is not used for adjustment of the 5020 Handset.
The ServiceTool application can be downloaded from
www.polycom.com.
Administrative Computer
An administrative computer is required for configuration and maintenance of
the KWS6000, media resource and base station. This computer may be
temporarily connected directly to the device or to the network. A dedicated
computer is not required.
Requirements for the KIRK Wireless Server 6000 Solution
This section provides information about the environmental and electrical
requirements and software requirements for the KWS6000 solution.
KIRK Wireless Server 6000/KIRK Media Resources
Note
Environmental Requirements
The installation area must:
•be clean, free of traffic and excess dust, dry, and well ventilated
•be within the temperature ranges of 10°C and 40°C/50°F and 104°F
•be between 20% and 80% non-condensing relative humidity
The installation area must be of sufficient height from the floor to prevent
water damage.
2–7
KIRK Wireless Server 6000 Installation and Configuration Guide
Electrical Requirements
The following electrical requirements must be met:
•Power consumption: 8V/500 mA
•Typical power consumption: 5W per unit
•The supplied power for the AC adaptor power supply must be 110 to 240
ac nominal, 50/60 Hz.
KIRK Base Stations and KIRK Repeaters
Environmental Requirements
•Avoid installing base stations and repeaters on large concrete or marble
columns because these columns affect radio coverage. If possible, place the
base station a minimum of one meter/3.3 feet from these types of columns.
•Do not install a base station or repeater with the antenna housings near
metal objects. Be careful not to damage existing wiring or panels.
•Do not position base stations and repeaters in ducts, plenums, or hollow
spaces used to transport environmental air except where the duct, plenum
or hollow space is created by a suspended ceiling having lay-in panels.
When you need more than one base station in a cell to meet traffic
requirements, position the base stations at the same cell center.
•Keep the base station and repeater away from steel constructions.
•Do not position base stations and repeaters directly on metallic surfaces. If
possible, place the base station a minimum of one meter/3.3 feet from
these types of surfaces.
•Do not position base station and repeaters behind furniture.
•Only position base stations and repeaters where the signal is needed.
•The installation area must be clean, free of traffic and excess dust, dry, and
well ventilated.
•The installation area must be within the temperature ranges of 10°C and
40°C/50°F and 104°F.
•The installation area must be between 20% and 80% non-condensing
relative humidity.
2–8
Introduction to KIRK Wireless Server 6000
•Minimum distance between two base stations varies depending on
material and construction of buildings, but there must always be
synchronization chains and radio coverage overlap between the two base
stations or handover between radio units. The time it takes a person to
cross the common coverage area must be 10 seconds or more, as the
handset needs time to scan for an alternative base station.
Electrical Requirements for Base Station
The following electrical requirements must be met:
•The base station operates on standard twisted pair ethernet cable - e.g.
minimum Cat.5e - to prevent disturbances from other equipment.
•Maximum power supply consumption is 3.0W (IEEE 802.3af class 1
device).
•The max. radiated output power for the antenna is 10mW e.i.r.p/channel.
Electrical Requirements for Repeater
•The supplied power (power supply) for the charger must be 110 V to 120
V ac nominal (or 220 V to 230 V ac nominal), 50/60 Hz.
2–9
KIRK Wireless Server 6000 Installation and Configuration Guide
KIRK Handsets
Environmental Requirements
•The area where the handset is used must be within the temperature ranges
of 0°C and 40°C/32°F and 104°F.
•For correct battery charging, the room temperature must be between 0°C
and 25°C/32°F and 77°F. Therefore, the handset must not be placed in
direct sunlight. The battery has a built-in heat sensor which will stop
charging if the battery temperature is too high.
•For battery information, refer to “Installing Battery” on page 8-4.
•The area where the handset is used must be between 20% and 80%
non-condensing relative humidity.
Electrical Requirements
The following electrical requirement must be met:
•The supplied power (power supply) for the charger must be 110 V to 120
V ac nominal (or 220 V to 230 V ac nominal), 50/60 Hz.
KIRK Maintenance Software
This section describes the computer requirements to run the installation and
maintenance tools of the handset and repeater.
Software Requirements
•OS: Windows 2000 (SP4), Windows XP (SP2), Windows Vista
•CPU: Minimum 400MHz (2000/XP), 1GHz (Vista)
•RAM: Minimum 256 MB (2000/XP), 1 GB (Vista)
•GPU/Display: XGA (1024x768)
•Harddisk: Minimum recommended harddisk size by OS and other
installed applications + 25 MB free space for the application.
Note
Depending on other applications running on the system, CPU, RAM and
harddisk may vary.
2–10
Installation Prerequisites
Introduction to KIRK Wireless Server 6000
Note
Ensure that a site survey and deployment have been conducted and that the
installer has access to these plans before proceeding any further. For more
information about deployment, refer to “Deploying KIRK Wireless Server
on page 3-1.
6000”
Before you start the installation you need to find the following information
and perform the following tasks:
•ARI codes (serial numbers) for the KWS6000 (see label on the rear of the
KWS unit)
•Serial numbers for handsets. Refer to “Retrieving the Serial Number of the
KIRK Handset” on page 8-12.
•AC codes (authentication codes)
The AC is a customer-defined optional subscription pin code of a
maximum of eight digits for the individual handset. The AC can be used
when connecting the handset to the KWS.
•Repeaters:
Mark each repeater with the number of the related base station. This way
you can easily configure the system on site.
•Handsets:
To use the handsets, you must first install the radio infrastructure, e.g.
base stations and repeaters to transmit and receive radio signals to and
from the handsets. There are no direct connections between the handset
and the system. For more information about base station and repeater
installation, refer to “Installing KIRK Base Station” on page 6-1 and
“Installing KIRK Repeater” on page 6-1.
•Charging battery
When charging the handset battery for the first time, leave the handset in
the charger for 14 - 16 hours to ensure that the battery is fully charged and
the handset ready for use. Refer to “Charging KIRK Handsets” on
page 8-7.
2–11
KIRK Wireless Server 6000 Installation and Configuration Guide
2–12
Deploying KIRK Wireless Server
6000
Before you install the KWS6000 solution, it is necessary to perform a complete
site survey and determine the exact location of KWS6000, base stations,
repeaters and number of handsets required.
A well planned installation should start with an RF coverage site survey. A site
survey is designed to determine the optimal location for base stations and
repeaters and the amount of wireless voice traffic to be supported by the
installation (i.e., how many handsets must maintain voice conversations at the
same time, in any given area).
3
Due to the unexpected nature of RF propagation in an indoor environment, an
actual on-site test must be performed before the installation is complete. While
an extensive guide to effective RF coverage planning is outside the scope of
this manual, the following points should be taken into consideration when
planning the site, prior to base station and repeater installation:
•The base station/repeater provides typical RF coverage of up to 50
meters/164 feet in a typical indoor office environment and up 300
meters/984 feet in an open area (line-of-sight), extending in all directions
from the base station/repeater. The exact coverage range depends on the
building architecture, wall material and surroundings.
•The wireless solution can support a maximum of 4096 handsets.
•The wireless solution supports a maximum of 255 base stations.
•Handset handover: handsets can move between coverage areas of base
stations and repeaters while receiving continuous service and maintaining
conversations in progress.
•For efficient handover of conversations between base stations, deploy base
stations with wide overlap between them (i.e., plan for some areas to be
covered by more than one base station). Overlaps are necessary to
maintain seamless handover and to establish synchronization chains. A
good example may be a cafeteria during lunch hour where temporary
3–1
KIRK Wireless Server 6000 Installation and Configuration Guide
concentrations of handsets may occur. The overlap carries the excess call
load to adjacent base station to provide uninterrupted services to
subscribers.
•Typically, installations such as office buildings, hotels and hospitals
should be equipped with base stations/repeaters on several floors to
create uniform and complete RF coverage.
•Open areas can be covered with a sparse network of base stations. In such
applications, the base stations/repeaters cover an extended range due to
the extended line-of-sight RF propagation capability.
•Ensure that there is not a residential DECT system (home DECT) on the
site.
This section provides information about:
•“Recommendations for KIRK Base Station/KIRK Repeater Placement” on
page 3-2
•“Deployment of a KIRK Wireless Server 6000 Multi-Cell” on page 3-3
Recommendations for KIRK Base Station/KIRK Repeater
Placement
•In large halls, the base station/repeater (wall) should be installed
vertically in the middle of the space below the drop ceiling.
•In corridors, the base station/repeater (wall) should be installed vertically
preferably at corridor intersections where propagation patterns follow the
corridor patterns. The base station/repeater should point towards the
corridor and preferably in the middle height between the floor and the
actual ceiling. In case there are high objects in the area, the base
station/repeater (wall) should be installed above those objects but still
kept distant from the ceiling.
•The repeater (ceiling) should be installed in the middle of corridors and
small rooms.
•In multi-story buildings, base stations/repeaters may be installed on
opposite sides of the floors to take advantage of the floor-to-floor
coverage. The coverage design cannot rely entirely on floor-to-floor
propagation; each case must be verified due to variations in local
attenuation patterns.
•If the building contains a central open space area with windows to the
other areas, base stations/repeaters may be installed in this open space to
provide a good coverage for the rooms in the inner circle on all floors (e.g.
hotels).
3–2
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