WNI Global KS5X KymaStar KS5X User Manual KS UM Multi Function 1 0 4 W2

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Chapter 5. Wireless Setup
This chapter focuses on the radio’s powerful wireless functions.
5-1
Basic Settings
Or 802.11g
Or 11/2.462 GHz
Figure: 5-1 Basic Settings
• Operating Mode:
The AP is capable of five operating modes, as defined below.
•Access Point
Any 802.11a/b/g wireless station can communicate with it by using the correct SSID and
security settings.
•Station adapter: Performs as a client, and can associate to other APs. The client must be
programmed with the correct SSID and security settings in order to associate to a particular
AP.
•Wireless bridge
In this mode, the radio only communicates with another bridge-mode wireless station. You
must enter the MAC address (physical address) of the other bridge-mode wireless station in
the field provided. WEP should be used to protect this communication.
•Point to Multi-Point Bridge
Select this only if this radio is the “Master” for a group of bridge-mode wireless stations. The
other bridge-mode wireless stations must be set to Point-to-Point Bridge mode, using this
radio MAC address. They then send all traffic to this “Master”.
•
32
Wireless Repeater.
In this half-duplex mode, the radio can communicate with another wireless bridge and
wireless station. You must enter the MAC address of both adjacent wireless bridges in the
fields provided. WEP should be used to protect this communication.
• Inter-building
Under unique to KymaStar WDS mode, radio will automatically connect to each other without
manually entering MAC address.
• SSID
The SSID is the unique name shared among all devices in a wireless network. It is
case-sensitive, must not exceed 32 alphanumeric characters, and may be any keyboard
character. Make sure this setting is the same for all devices in your wireless network. The
default SSID name is wireless.
• BSSID
A group of Wireless Stations and a single access point, all using the same ID (SSID), form a
Basic Service Set Using the same SSID is essential. Devices with different SSIDs are unable
to communicate with each other. However, some access points allow connections from
wireless stations which have their SSID set to “any” or whose SSID is blank (null).
• Wireless Mode
Select the desired wireless operating mode from the pull down menu.
• Channel.
This field identifies which operating frequency will be used. You can use the site survey
feature discussed in chapter six to help you select a channel that is not being used by other
AP’s in the area.
• Data Rate.
Shows the available transmit data rate of the wireless network. The default is “Best”.
• Output Power.
Set the transmit signal strength of the radio. The options are full, half, quarter, eighth, and min.
Decrease the transmit power if more than one AP is co-located using the same channel
frequency. The default is Full.
• Station Mode Flow Control
This limits the uplink speed.
Select a value between 1 and 1687.
33
5-2
VAP / VLAN Settings
Overview
As the number of data-based systems increase, it becomes more and more difficult to provide
the network infrastructure (due to the sheer number of Ethernet connections that need to be
provided) from the perspective of cost, space, and wire management. Using the VLAN feature
it is possible for these multiple devices to function as in different networks without the need for
multiple physical network APs.
See the diagram below.
In this mode, this radio can behave as 8 virtual Wireless LAN infrastructures. You can specify
a unique SSID for each of these different virtual networks. For example, VLAN1 contains
ETH1 and STA1, VLAN2 contains ETH2 and STA2, and so on. However, they all share the
same AP and undertake different tasks. Some VLANs can be used for guest Internet access,
others for enterprise users, and administrators can be put on a high security VLAN with
enhanced firewall permissions. All this can be achieved using a single infrastructure to
emulate up to 8 separate networks. The AP does this by assigning each of the 8 VLANs its
own SSID.
34
Figure 5-2 VAP / VLAN Settings
You can configure each profile by clicking “Edit”.
Figure 5-3 Security profile for Vap x
35
5-3
Understanding WEP/WPA Security Options
The following elaborate WEP/WPA security options.
Field
Description
Network
You have two authentication options.
Authentication
• Open System:
This allows any properly configured client to establish a secure
connection to the radio.. However, if the 802.1x option is configured,
authentication of connections can be performed by a RADIUS server.
• Shared: This is for shared key authentication. Data is encrypted.
Encryption Strength
You can select the following data encryption options: Disabled,
64, 128, or 152-bit WEP With Open System Authentication, and 64128- or 152-bit WEP Data Encryption with Shared Key authentication
Security Encryption
WEP enabled, you can manually enter the four data encryption keys or
(WEP) Keys
enable Passphrase to generate the keys for you automatically. These
values must be matched between all Clients and access points at your
LAN (key 1 must be the same for all, key 2 must be the same for all,
etc.)
Two ways to create WEP encryption keys:
• Passphrase.
Passphrase functions as automatically case-sensitive characters.
However, not all wireless adapters support passphrase key generation.
• Manual. These values are not case sensitive. 64-bit WEP: enter 10
hexadecimal digits (any combination of 0-9, a-f, or A-F). 128-bit WEP:
enter 26 hexadecimal digits (any combination of 0-9, a-f, or A-F).
152-bit WEP: enter 32 hexadecimal digits (any combination of 0-9, a-f,
or A-F).
WPA-PSK
(Wi-Fi
WPA Pre-Shared-Key uses a pre-shared key to perform the
Protected
Access
authentication and generate the initial data encryption keys. Then, it
Pre-Shared Key)
dynamically varies the encryption key. It uses Temporal Key Integrity
Protocol (TKIP) for encryption keys. However not all wireless adapters
support WPA. Furthermore, client software is required on the client.
Windows XP and Windows 2000 with Service Pack 3 do include the
client software that supports WPA. Nevertheless, the wireless adapter
hardware and driver must also support WPA.
36
WPA 2-PSK
Identical to WPA-PSK with the exception of the way to encryption keys.
WPA2-PSK uses Advanced Encryption Standard (AES) for encryption
keys.
WPA-PSK&
2-PSK
WPA You may have the option of WPA-PSK associated with TKIP.
Alternatively, you can select WPA2-PSK associated with AES.
Figure 5-4 Security profile with WPA-PSK
Figure 5-5 Security profile with WPA2-PSK
37
Figure 5-6 Security profile with WPA-PSK & WPA2-PSK
38
5-4
Access Control
This feature allows you to enter a list of client MAC addresses that will be allowed wireless
access to your network.
Clients with a MAC address that is not on the list will be denied
access.
Figure: 5-8 Access Control
5-5
WDS Mode
In a Wireless Distribution System (WDS) mode, multiple radios can be configured to operate
in the WDS mode to inter-connect wired LAN segments that are attached to the radio. Up to
four devices can be connected to the AP.
39
Figure: 5-9 WDS mode
• Local MAC Address:
Enter the MAC address of the local AP
• Remote MAC Address:
Enter the MAC Address of your desired devices connected to the AP in WDS Mode.
• Uplink Speed Limit:
You can specify the transmission rate between the AP and other devices by entering the value
in uplink speed limit. The highest speed available is 1687 ×64Kbps=105.4375Mbps
5-6
Smart WDS
• WDS Service Group ID
If two radios share the same group ID, they will be automatically connected.
Smart WDS can be activated only when the radio is configured in AP mode.
5-7
Advanced Settings
The advanced wireless LAN parameters can be configured to make the AP more efficient for
the type of traffic that it will be carrying.
40
Figure: 5-10 Advanced Wireless Settings
• Wi-Fi Multi-media (WMM)
Currently interest and demand for multimedia applications and advanced capabilities are
growing quickly. In the residential market, Voice over Internet Protocol (VoIP), video
streaming, music streaming, and interactive gaming are among the most anticipated
applications. In enterprise and public networks, support for VoIP, real time streaming of audio
and video content, as well as traffic management, allows network owners to invent advanced
methods to offer a richer and more diverse set of services.
WMM prioritizes traffic demands from different applications and extends Wi-Fi’s high quality
end-user experience from data connectivity to voice, music, and video applications under a
wide variety of environment and traffic conditions. WMM defines four access categories
(voice, video, best effort, and background) that are used to prioritize traffic so that these
applications have access to the necessary network resources.
Before enabling WMM, make sure your stations also support WMM. Further,
your operating system must be Windows XP with Service Pack 2 or later.
• Super A or Super G and wireless parameters
Enabling super A, your transmission rate could reach up to 108Mbps.
The following describes the advanced wireless parameters.
41
Field
Description
RTS Threshold
The packet size used to determine whether it should use
the CSMA/CD (Carrier Sense Multiple Access with
Collision Detection), or CSMA/CA (Carrier Sense Multiple
Access with Collision Avoidance) mechanism for packet
transmission.
Fragmentation Length
This is the maximum packet size used for fragmentation.
Packets larger than the size programmed in this field will
be fragmented. The Fragment Threshold value must be
larger than the RTS Threshold value.
Beacon Interval
This value indicates the frequency interval of the beacon.
A beacon is a packet broadcast by the Access Point to
keep the network synchronized. A beacon includes the
wireless LAN service area, the AP address, the Broadcast
destination addresses, a time stamp, Delivery Traffic
Indicator Maps, and the Traffic Indicator Message (TIM).
Specifies the data beacon rate between 20 and 1000.
DTIM Interval
This value indicates the interval of the Delivery Traffic
Indication Message (DTIM). A DTIM field is a countdown
field informing clients of the next window for listening to
broadcast and multicast messages. When the outdoor
radio has buffered broadcast or multicast messages for
associated clients, it sends the next DTIM with a DTIM
Interval value. Clients can hear the beacons and awaken
to receive the broadcast and multicast messages.
Space in meters
This space in meter is used for extending ACK time-out
destination. The setting range is 0-36000.
Preamble Type
A long transmit preamble may provide a more reliable
connection or slightly longer range. A short transmit
preamble gives better performance. Auto is the default
Antenna
Select the desired antenna for transmitting and receiving.
“Auto” is the default setting for 5.X GHz System.
“Primary” is the default setting for 2.4 GHz System.
42
Chapter 6. Managing and Testing Your AP
6-1
Site Survey
Figure: 6-1 Site survey
Site Survey provides you with a table of adjacent APs discovered by your radio when it acts
as a station. For each AP within range, Site Survey displays some information, including SSID,
BSSID, RSSI, channel mode, connection status and encryption.
43
6-2
Link Test
To optimize the communication between your LAN, link test is designed to test the
parameters that indicates communication quality.
Figure: 6-2 Link test
Below are the parameters used in the Link Test:
• RF Cable Loss (0-10):
Enter the loss in dB of the cable and connectors between the Local radio and its antenna.
• Local Antenna Gain (0-99):
Enter the gain in dB of the local antenna.
• Remote Antenna Gain (0-99):
Enter the gain in dB of the remote antenna
• Wireless local area network (WLAN).ranging from o to 99.
• Test Interval (1-60000): This provides testing time in seconds
• Test Packet Size (64-1514):
This test the size of packet transmitted between the two radios, ranging from 64 to 1514
• Test Time (60-86400):
This specifies how long the link test will last ranging from 60 to86400.
44
Chapter 7. Management
This chapter describes how to manage your radio.
7-1
Change Password
Figure: 7-1 Change Password
Take the following steps to change password.
• Enter your currently-used password in the current field.
• Enter your new password in the New Password field.
• Re-enter the new password to confirm it in the Repeat New Password field.
Finally, click “Apply” to save the change
You can also restore the factory-set password.
Just click “Yes”, and then “Apply”.
..
45
7-2
Remote Management
This radio provides remote management to manage and diagnose your network.
Figure: 7-2 Remote Management
SSH
Secure Shell (SSH) is a program that provides a cryptographically secure replacement for
Telnet that is considered the de facto protocol for remote logins. SSH runs in the Application
Layer of the TCP/IP stack. SSH provides a secure connection over the Internet providing
strong user authentication. SSH protects the privacy of transmitted data (such as passwords,
binary data, and administrative commands) by encrypting it.
SSH clients make SSH relatively easy to use and are available on most computers including
those that run Windows or a type of UNIX. SSH clients are also available on some handheld
devices. SSH on the radio is enabled by default. When user manager is enabled, SSH uses
the same usernames and passwords established by the user manager.
If your computer does not have the SSH client installed, you must procure and
install it before you can proceed. You can download the latest SSH client from the
following site: http://ssh.com/.
Take the following steps to manage this radio via SSH:
1.
From the PuTTY Configuration, enter IP address in host name field and port number in
port field. Also, select SSH as protocol.
46
Figure: 7-3 PuTTY configuration utility
2.
Press Open, and the screen below should appear.
Figure: 7-4 Putty configuration page
The login name is admin and password is the default password. After successful login, the
screen should show the APdcb325>. In this example, the APdcb325 is the radio name..
Enter help to display the SSH command help.
47
SNMP
SNMP (simple network management protocol) is a distributed-management protocol. Via
SNMP, you have access to administrate your AP remotely.
Read Community Name: You have access to read rather than write. The default name is
public.
Write Community Name: The default name is private.
48
7-3
Upgrade Firmware
When uploading software to the AP (Access Point), it is important not to interrupt the
Web browser by closing the window, clicking a link, or loading a new page. If the
browser is interrupted, the upload may fail, corrupt the software, and render the AP
completely inoperable.
The software of the radio is stored in FLASH memory, and can be upgraded as new
software is released. The upgrade file can be sent via your browser.
The Web browser used to upload new firmware into the AP must support HTTP
uploads, such as Microsoft Internet Explorer 6.0 or above, or Netscape Navigator 4.78
or above.
1. Download the new software file and save it to your hard disk.
2. From the main menu Management section, click the Upgrade Firmware link to display the
screen below.
3. In the Upgrade Firmware menu, click the Browse button and browse to the location of the
image (.RMG) upgrade file.
4. Click Upload. When the upload completes, your wireless access point will automatically
restart. The upgrade process typically takes about 150 seconds. In some cases, you may
need to reconfigure the wireless access point after upgrading.
Browse
Figure: 7-5 Upgrade Firmware
49
7-4
Backup / Restore Settings
Radio provides backup and restore for file management.
Browse
Figure: 7-6 Backup / Restore Settings
Backup
You have access to back up the currently settings by enabling radio ‘s Backup function.
Retrieve:
Retrieve button allows you to retrieve your backup files.
Restore:
This button can be used to clear ALL data and restore ALL settings to the factory default
values.
50
7-5
Event Log
If you have a SysLog server on your LAN, enable the SysLog option. Event Log offers you
activity log information.
Figure: 7-7 Event log
• SysLog Server IP address:
The radio will send all the SysLog to the specified IP address if SysLog option is enabled.
Default: 0.0.0.0
• Syslog Server Port Number:
The default port number configured in the SysLog server is 514.
51
7-6
Reboot AP
In some cases, if you want to reboot AP, click Yes and then apply. AP will reboot.
Figure: 7-8 Reboot AP
7-7
Hardware reset
If your Web User Interface stops responding, ping the IP address of the radio to check
whether “reply” is obtained, or unplug and then plug back in the power supply of the Wireless
AP Access Point. This will reboot the Wireless AP Access Point. If you are still unable to
communicate with the Web User Interface. Use the following procedure.
With the radio powered up, unscrew the screw next to the grounding stud.
Use a paper clip or similar object to depress the reset button inside the radio for 10
seconds.
This will delete any configurations you have entered, and restore all factory default
configurations
Figure: 7-8 Tool used to unscrew the screw covering the reset button.
52
Chapter 8. Troubleshooting
This chapter helps you to isolate and solve the problems with the Outdoor Multi-function
Radio. Before you start troubleshooting, it is important that you check that the installation and
configuration are done according to the guidance in this manual. In some cases, rebooting the
unit can clear the problem.
8-1
General Descriptions
This section will show you how an Outdoor Multi-function radio could be analyzed in the
case of “no link”, or there is no traffic being passed. The four main reasons that a link may
not work are listed below:
„ Configuration
„ Path issues such as distance, obstructions, RF reflection, etc.
„ Incorrect connection
„ Hardware (includes the radio, cable and connectors, etc. In some cases, the radio
cannot communicate with the laptop or PC.
„ Environment (anything that is outside the equipment and not part of the path itself)
General Check
Two general checks are recommended before taking any action: 
„ Check whether the software version at both sides the same and current
„ Check for any reported alarm messages in the Event Log
Analyzing the Spectrum
The best way to discover if there is a source of interference is to use a spectrum analyzer.
By turning the antenna 360 degrees, you can locate the sources of any interference and
the frequencies on which they transmit.
Avoiding Interference
When a source of interference is identified and when the level and frequencies are known,
the next step is to avoid the interference. Some of the following actions can be tried:
53
„ Change the RF channel to the one away from the interference source
„ Change the polarization of the antenna to the opposite polarization of the
interferer.
„ A narrower beam antenna may help. Careful planning is necessary in this case.
The replacement antenna must have sufficient beam width to cover the locations
of all of your clients, yet narrow enough to eliminate sources of interference.
54
8-2
Connection Issues
This section describes several common troubles the customer might have while installing
and configuring the radios.
Radio Does Not Boot
When the Radio does not boot, follow these steps to check the whole system:
1. Ensure that the power supply is properly working and correctly connected.
2. Ensure that all cables and connectors are in good condition and connected correctly.
3. Check the power source.
Cannot use the Web Interface
If the radio boots, but can’t be entered via the Web site:
1. Open a command prompt window and enter ping  (for example:
ping 192.168.1.1). If there is no response from the radio, make sure that the IP
address is correct. If there is response, the Ethernet connection is working properly,
go to the next step.
2. Make sure that you are using one of the following Web browsers:
„ Microsoft Internet Explorer version 5.0 or later
„ Netscape version 5.0 or later.
3. Ensure that you are not using a proxy server for the connection with your Web
browser.
4. Double-check the physical network connections (including the cables and the
connectors). Use a known good unit to ensure that the network connection is properly
functioning.
55
8-3
Configuration Issues
The following relates to setup and configuration problems.
Some basic configurations might make the link fail, below are the major ones:
„ RF Channel
„ SSID
„ IP address
„ MAC address filter rules
„ Check security settings (such as WEP or WPA)
„ Authentication rules, such as settings of radius server and 802.1x
„ Check configuration of WDS
56
8-4
Communication Issues
If two radios can link when they are close to each other, there are two possible reasons
that wireless connectivity is not possible when the Outdoor Multi-function radios are at
their desired locations:
„ RF path problems such as bad antenna alignment, obstructions in the path,
defective coaxial cables and connectors, or even defective antennas or feeders.
Check all cables and connection for the presence of water. Water in connectors,
antennas and feeders can have a dramatic effect on signal level.
„ Interference caused by a high signal level from another unit in the area can interrupt
communications between your radios. The interference problem can be corrected by
changing the frequency checking performance until a suitable frequency can be
found.
You can also try changing the polarization of the antenna as a way of
avoiding the interfering signal.
57
Chapter 9.1;
DATASHEET:
Table 9.1; KS5X-2301-EXT / I23 / I20
RADIO
 Standards
IEEE 802.11a (20 MHz RF Channel)
Frequency Band
5.150 to 5.850 GHz ;
Data Rate
Modulation
OFDM, 54 Mbps
 OFDM, 36 Mbps
Customized to meet regulatory requirements
Tx Pwr Output** Rcvr Sensitivity* Net Throughput*
Range*
64 QAM
+29(f1.5) dBm
-70 dBm
Up to 23.4 Mbps
Up to 11 Km
16 QAM
+29(f1.5) dBm
-75 dBm
Up to 18.6 Mbps
Up to 15 Km
OFDM, 16 Mbps
QPSK
+29(f1.5) dBm
-80 dBm
Up to 10.2 Mbps
Up to 19 Km
OFDM, 6 Mbps
BPSK
+29(f1.5) dBm
-87 dBm
Up to 4.7 Mbps
Up to 27 Km
* Range : Path distance, with 23 dBi Integral Antenna at both ends for 99.7% availability at ideal conditions.
Note :
Rcvr Sensitivity :
Operating Data Rate selection
measured at Laboratory conditions for 10-6 BER.
** = Peak Power Output
54/48/36/24/18/12/9/6 Mbps
INTERFACES
RF (connect to the antenna)
Type N, female
Ethernet
IEEE 802.3(10 Base-T) / IEEE 802.3u(100 Base-TX) /
IEEE 802.1d (spanning tree protocol) / IEEE 802.1Q (VLAN)
MANAGEABLILITY
Management and setup
Web-based configuration
Configurable Operating mode
AP / CPE / WDS (Bridge) / Repeater / Inter-Building private LAN
SNMP agents
MIB II
Protocol
TCP/IP, IPX/SPX, NetBEUI
Operating System
Windows 98 / 2000 / NT / XP
Network Architecture
Hotspot / Point to point / Point to multi-point / Repeater
Data bandwidth Control, QoS
Uplink speed limiting (n x 64 Kbps); VQoS Class:
IP Routing
Enable any IP
Other Features
HTTP Redirect / Virtual Servers
DHCP supports
DHCP client
VoIP, Video, Best Effort, Background
SECURITY
WEP 64 / 128 / 152 bits or AES-128 bits encryption
Data Encryption
WPA-PSK (Wi-Fi Protected Access Pre-Shared Key)
WPA2
Authentication
802.1x Auth.(EAP)
Authorization
MAC Access Control
Disable broadcast SSID
Advanced Security
Firewall
Client Isolation (Layer 2 Isolation)
ENVIRONMENT
Operating Temperature
-20°C to +55°C
Storage Temperature
-30°C to +70°C
Humidity
95% non-condensing
POWER SUPPLY
AC 100-264 V, DC 24 V, 50-60Hz;
PHYSICAL
Power Consumption; 7.5 Watts
KS5X-2301-EXT
KS5X-2301-I23
KS5X-2301-I20
Dimension
259 (L) × 250 (W) × 75 (H) mm
10.2 x 9.8 x 2.9 in
335(L) x 335(W) x 81(H) mm
13.2 x 13.2 x 3.2 in
330(L) x 295(W) x 91(H)mm
13.0 x 11.6 x 3.6 in
Weight
1.8 Kg;
2.9 Kg,
3.5 Kg,
4.0 lb
6.4 lb
7.7 lb
WARRANTY
1 Year
ORDER INFORMATION
KS5X-2301-EXT
5.X GHz, 200mW, AP, CPE, Bridge, Repeater, Private LAN, for External Antenna
KS5X-2301-I20 (Special Order)
5.X GHz, 200mW, AP, CPE, Bridge, Repeater, Private LAN, 20 dBi Integral ANT, EIRP=43dBm
KS5X-2301-I23
5.X GHz, 200mW, AP, CPE, Bridge, Repeater, Private LAN, 23 dBi Integral ANT, EIRP=46dBm
58
Table 9.2; KS5X-1501-I14
RADIO
Standards
IEEE 802.11a (20 MHz RF Channel)
Frequency Band
5.150 to 5.850 GHz ;
Data Rate
Modulation
Customized to meet regulatory requirements
Tx Pwr Output**
Recvr Sensitivity*
OFDM, 36 Mbps
64 QAM
+19(f1.5) dBm
-70 dBm
Up to 23.4 Mbps
Up to 5.2 Km
16 QAM
+21(f1.5) dBm
-75 dBm
Up to 18.6 Mbps
Up to 7.0 Km
OFDM, 16 Mbps
QPSK
+21(f1.5) dBm
-80 dBm
Up to 10.2 Mbps
Up to 9.0 Km
OFDM, 6 Mbps
BPSK
+21(f1.5) dBm
-87 dBm
Up to 4.7 Mbps
Up to 13.0 Km
OFDM, 54 Mbps
Note :
Operating Data Rate selection
Range*
Net Throughput*
* Range : Path distance, with 14 dBi Integral Antenna at both ends for 99.7% availability at ideal conditions.
Recvr Sensitivity:
measured at Laboratory conditions for 10-6 BER.
** = Peak Power Output
54/48/36/24/18/12/9/6 Mbps
INTERFACES
RF Output
Internally connected to 14 dBi Integral antenna
Ethernet
IEEE 802.3(10 Base-T) / IEEE 802.3u(100 Base-TX) /
IEEE 802.1d (spanning tree protocol) / IEEE 802.1Q (VLAN)
MANAGEABLILITY
Management and setup
Web-based configuration
Configurable Operating mode
AP / CPE / WDS (Bridge) / Repeater / Inter-Building private LAN
SNMP agents
MIB II
Protocol
TCP/IP, IPX/SPX, NetBEUI
Operating System
Windows 98 / 2000 / NT / XP
Network Architecture
Hotspot / Point to point / Point to multi-point / Repeater
Data bandwidth Control, QoS
Uplink speed limiting (n x 64 Kbps); VQoS Class:
IP Routing
Enable any IP
Other Features
HTTP Redirect / Virtual Servers
DHCP supports
DHCP client
SECURITY
INTEGRAL ANTENNA
WEP 64 / 128 / 152 bits or AES-128 bits encryption
Data Encryption
VoIP, Video, Best Effort, Background
WPA-PSK (Wi-Fi Protected Access Pre-Shared Key)
RF Band
5.150 ~ 5.875 GHz
14 dBi
WPA2
Efctv Gain
Authentication
802.1x Auth.(EAP)
Beam width
H33.4°; E36.9°
Authorization
MAC Access Control
VSWR
O2.0 : 1
R/B Ratio
>40 dB
Disable broadcast SSID
Advanced Security
Firewall
Impedance
50 ohms
Client Isolation (Layer 2 Isolation)
ENVIRONMENT
Operating Temperature
-20°C to +55°C
Storage Temperature
-30°C to +70°C
Humidity
95% non-condensing
POWER SUPPLY
AC 100-264 V, DC 24 V, 50-60Hz;
Power Consumption; 7.5 Watts
PHYSICAL
Dimension
197 (L) × 197 (W) × 70 (H) mm;
Weight
0.8 Kg;
7.8 x7.8 x 2.8 in
1.8 lb
WARRANTY
1 Year
ORDER INFORMATION
KS5X-1501-I14
5.X GHz, 200mW, AP, CPE, Bridge, Repeater, Private LAN, 14 dBi Integral ANT, EIRP=29dBm
59
Table 9.3; KS24-2302-EXT / I18; KS24-2702-EXT / I18
RADIO
Standards
IEEE 802.11g/b, Super G (20 MHz RF Channel)
Frequency
IEE 802.xx Standard & Data Rate
2.400 to 2.4835 GHz Bands ;
11g, OFDM, 54 Mbps
Customized to meet local reguratory requirements
2305 Pwr Out**
2705 Pwr Out
Rcvr Sensitivity*
Net Throughput*
11g, OFDM, 36 Mbps
64 QAM
27 (±1.5) dBm
24 (±1.5) dBm
-72 (±2) dBm
23.1 Mbps
Up to 15 Km
16 QAM
29 (±1.5) dBm
26 (±1.5) dBm
-77 (±2) dBm
18.6 Mbps
Up to 20 Km
11g, OFDM, 16 Mbps
QPSK
29 (±1.5) dBm
26 (±1.5) dBm
-82 (±2) dBm
10.3 Mbps
Up to 25 Km
6 Mbps
11g/Super G, OFDM, 108 Mbps
BPSK
29 (±1.5) dBm
26 (±1.5) dBm
-89 (±2) dBm
5.5 Mbps
Up to 35 Km
64 QAM
21 (±1.5) dBm
24 (±1.5) dBm
-72 (±2) dBm
34.0 Mbps
Up to 15 Km
11b, DSSS, 5 Mbps, 5 MHz CH
BPSK
29 (±1.5) dBm
30 (±1.5) dBm
-92 (±2) dBm
4.5 Mbps
Up to 45 Km
11g, OFDM,
Modulation
Range : Path distance, with 18 dBi Integral Antenna at both ends for 99.97% availability at Ideal conditions.
Net Throughput : ‘ Up to ‘ figures under ideal conditions. Rcvr Sensitivity : at 10-6 BER. **=Peak Pwr Output
Note :
INTERFACES
RF (External Antenna Port)
Range*
Type N, female
IEEE 802.3(10 Base-T) / IEEE 802.3u(100 Base-TX) /
IEEE 802.1d (spanning tree protocol) / IEEE 802.1Q (VLAN)
Ethernet
MANAGEABLILITY
Management and setup
Web-based configuration
Operating mode
AP / CPE / WDS (Bridge) / Repeater / Inter-Building Private LAN
SNMP agents
MIB II
Protocol
TCP/IP, IPX/SPX, NetBEUI
Operating System
Windows 98 / 2000 / NT / XP
Network Architecture
Hotspot / Point to point / Point to multi-point / Repeater
IP Routing
Enable any IP
Other Features
HTTP Redirect / Virtual Servers
DHCP supports
DHCP client
SECURITY
WEP 64/128/152 bits or AES-128 encryption
Data Encryption
WPA-PSK (Wi-Fi Protected Access Pre-Shared Key)
WPA2
Authentication
802.1x Auth.(EAP)
Authorization
MAC Access Control
Disable broadcast SSID
Advanced Security
Firewall
Client Isolation (Layer 2 Isolation)
ENVIRONMENT
Operating Temperature
-20°C~55°C
Storage Temperature
-30°C ~70°C
Humidity
95% non-condensing
POWER SUPPLY
AC 100-264 V, DC 24 V, 50-60Hz: Power Consumption: KS24-2302 = 9.7 Watts, KS24-2702 = 15 Watts
PHYSICAL
KS24-2302-EXT
KS24-2702-EXT
KS24-XX02-I18
Dimension
259(L) x 250(W) x 75(H) mm
10.2 x 9.9 x 3.0 in
259(L) x 250(W) x 75(H) mm
10.2 x 9.9 x 3.0 in
330(L) x 295(W) x 91(H) mm
13.0 x 11.6 x 3.6 in
Weight
1.8 Kg,
2.9 Kg,
Add 1.7 Kg (3.8lb) to EXT Opt.
4.0 lb
6.4 lb
WARRANTY
1 Year
ORDERING INFORMATION
KS24-2302-I18
2.4GHz, EIRP=41dBm OFDM/DSSS, AP, CPE, Bridge, Repeater, Private LAN, with 18dBi Integral Ant.
KS24-2702-I18
2.4GHz, EIRP=45dBm OFDM/DSSS, AP, CPE, Bridge, Repeater, Private LAN, with 18dBi Integral Ant
KS24-2302-EXT
2.4GHz, 200mW OFDM/DSSS, AP, CPE, Bridge, Repeater, Private LAN, for External Antenna
KS24-2702-EXT
2.4GHz, 500mW OFDM/DSSS, AP, CPE, Bridge, Repeater, Private LAN, for External Antenna
60
Note:
Copyright © 2007 /WNI Global, Inc. all rights reserved. No part of this publication may be
reproduced, adapted, stored in a retrieval system.
Specifications are subject change without notice.
These equipment are intended for professional installation only.
Chapter 9.2; WNI Global, Contact Information
W NI
L O
B A
WNI GLOBAL, Inc.
Contact Information:
Address:
2146 Bering Drive
San Jose, CA 95131, USA
Tel:
Fax:
+1-408-432-8892
+1-408-432-8896
or +1-408-432-8897
E-Mail:
sales@wnint.com
Web Site:
www.wnint.com
W N I G LOBAL, Inc.
2146 Bering Drive
San Jose, CA 95131, USA
Tel: +1(408)432-8892
Fax: +1(408)432-8896
61

W N I G LOBAL, Inc.
2146 Bering Drive
San Jose, CA 95131, USA
Tel: +1(408)432-8892
Fax: +1(408)432-8896
62

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