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APPENDIX B SUBSCRIBER STATION WEB PAGE
This section provides instructions for setting up and using the Subscriber Station (client) Web Page using
a Web browser.
B.1 SETTING UP THE BROWSER
When accessing the Web page we recommend using Mozilla Firefox 2.0 (or higher) or Microsoft Internet
Explorer 6.0 (or higher). In addition, before you can access the SS Web Page, you need to ensure that
your Web browser’s settings will enable access to the tool. The following procedure describes how to
configure Microsoft Internet Explorer for this purpose.
To Configure Microsoft Internet Explorer for Web Management:
1. Start Internet Explorer.
2. From the IE menu, select Tools Æ Internet Options.
3. In the Internet Options window, click the General tab, and then in the “Temporary Internet Files”
group, click the Settings button. The Settings window opens.
4. In response to “Check for newer versions of stored pages”, select the “Every visit to the page” option,
and then click OK. This ensures you will always view current information.
5. Click the Security tab, and then configure the following security settings:
a. Select the Trusted Sites zone.
b. Click the Sites button.
c. In the Add this Web site to the Zone field, enter the client’s IP address, for example:
http://10.0.0.1
d. Click Add, and then click OK.
6. In the Internet Options window, click the Apply button, and then click OK.
B.2 ACCESSING THE SS WEB PAGE
Each client has a pre-configured IP address that is used to access the SS Web Page. This Web Page
communicates with the Web server software embedded in the client.
To access the SS Web Page:
1. Open a Web browser session.
2. Enter the client’s IP address in the URL Address field.
3. Press the <Enter> key or click the Go button.
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The SS Web Page will display the WiMAX Modem Management tool home page, as displayed
below:
The menu bar, located at the top of the page, provides links (menus) to various configuration categories.
This menu bar is displayed throughout the Web pages to allow easy navigation between categories.
Figure B-1: SS Web Page - Menu Bar
Table B-1: SS Web Page Menu Bar Description
Menu Item Description
System
Signal Parameters
Addresses
Log
Advanced
The System page (described in Section B.3.) displays client identification parameters
such as serial
The Signal Parameters page (described in Section B.4.) displays signaling parameters
such as frequency
The Addresses page (described in Section B.5) displays addresses such as the client’s
Ethernet MAC and IP address.
The Log page (described in Section B.6) displays logged traps and their severity levels.
The Advanced page (described in Section B.7) provides access to advanced features
that are for use by authoriz
number, hardware version, software version, etc.
and RSSI.
ed personnel only.
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B.3 SYSTEM PAGE
The client’s system information is displayed in the System page. This page is accessed from the System
menu. The System page displays a table containing read-only system information, as displayed below.
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Figure B-2: SS Web Page – System Page
The parameters of the System page are described in the Table B-2.
Table B-2: System Page
Parameter Description
Serial Number
Product Type
Hardware Revision
Software Version
Certificate
SIM Card
System Up Time (D/H/M/S)
Client’s serial number.
Product type.
Hardware revision.
Active software version.
Digital certificate (x.509) indication, either stored or not.
Note: Only client’s with stored certificate will work in
Authentication and Encryption modes.
Indicates if SIM card is installed.
How long the system is running since the last reset in Days,
Hours, Minutes and Seconds.
Parameters
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B.4 SIGNAL PARAMETERS PAGE
The Signal Parameters menu opens the Signal Parameters page (see Figure B-3). This page displays
various signaling parameters. This page displays: the Link Status (Table B-3), BS to client Downlink
Parameters (Table B-4), and client to BS Uplink Parameters (Table B-5).
Figure B-3: Signal Parameters Page
Table B-3: Link Status Parameters
Network Entry State Description
IDLE
SCANNING
DL_SYNC
No link established.
The client is scanning through a preconfigured list of frequencies and
bandwidths in search of a base station (BS) transmission. Once a BS is
detected the channel is scored according to the signal strength. The best
channel is then used for the network entry process.
The client is synchronizing to the downlink (DL) channel. During this
phase the client identifies the correct cyclic prefix. DL synchronization
is obtained in case the client periodically receives the DL broadcast
messages (DL MAP and DCD) transmitted by the BS.
Continued…
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Network Entry State Description
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UL_SYNC
RANGING
BASIC CAPABILITY
AUTHORIZATION
REGISTRATION
IP CONNECTIVITY
OPERATIONAL
The client tries to obtain uplink messages required to access the air
interface. UL synchronization is obtained in case the client periodically
receives UL broadcast messages (UL MAP and UCD) transmitted by the
BS.
The client performs ranging with the preferred BS in order to adjust its
transmission parameters, including Tx power, timing, and frequency
offset.
The client negotiates with the BS regarding the basic capabilities that
will be used on the link between them, such as supported modulations
and coding schemes.
The client and BS perform authentication and authorization using X.509
digital certificate transferred to the BS by the client.
The client and BS negotiate capabilities concerning (mainly)
management options for the client.
The client obtains IP address through DHCP.
The client has completed network entry and is capable of transferring
data.
Table B-4: Downlink Parameters
Parameter Description
BS Identifier
Downlink Frequency
Downlink Channel Bandwidth
SNR
Received Signal Strength
Modulation
BS ID number that the client is presently connected to.
Frequency used for downlink transmission (in MHz).
Downlink frequency bandwidth (in MHz).
Signal-to-noise ratio (in dB).
Received signal strength at client (in dBm).
Modulation scheme available to the client (e.g. 16 QAM 1/2).
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Parameter Description
Table B-5: Uplink Parameters
Uplink Frequency
Uplink Channel Bandwidth
Tx Power
Modulation
B.5 ADDRESSES PAGE
The Addresses menu opens the Addresses page (see Figure B-4), displaying various IP addresses as well
as MAC addresses “learned” (listed in the MAC Table) from bridging.
Frequency used for uplink transmission (in MHz).
Uplink frequency bandwidth (in MHz).
Transmit power of client (in dBm).
Modulation scheme of the last uplink data stream.
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Figure B-4: Address Parameters Page
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B.5.1 Address Parameters
Table B-6: Address Parameters
Parameter Description
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MAC Address #1
MAC Address #2
LAN Port Default IP Address
Default Subnet Mask
IP Address (via DHCP)
IP Mask (via DHCP)
Default GW (via DHCP)
DHCP Server IP Address
IP Address (static)
Ethernet media access control (MAC) address of the device (i.e.,
client)
Ethernet media access control (MAC) address of the 2nd device
(for future release)
IP address of client’s LAN port (default value is 10.0.0.1).
Default subnet mask address.
Client’s IP address assigned by Dynamic Host Configuration
Protocol (DHCP). When set to DHCP, see IP Mode Settings.
Subnet mask address assigned by DHCP. When set to DHCP,
see IP Mode Settings.
Default gateway address assigned by DHCP. When set to
DHCP, see IP Mode Settings.
IP address of DHCP server. When set to DHCP, see IP Mode
Settings
Client’s IP address set manually, see IP Mode Settings.
IP Mask (static)
Default GW (static)
DHCP Server IP Address
Subnet mask address, see IP Mode Settings.
Default gateway address, see IP Mode Settings.
N/A in Static mode.
B.5.2 MAC Table Parameters
Table B-7: MAC Table Parameters
Parameter Description
Index
MAC Address
Status
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Place identifier.
Ethernet media access control (MAC) address of the devices connected to the
client via a LAN.
Current status.
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B.6 LOG PAGE
The Web-based management tool logs traps and events generated by and received from the client. The
information logged parameters are displayed in the Log page.
Figure B-5: Log Page
Table B-8: Log Page Parameters
Parameter Description
No.
Time
Severity
Trap identification number.
Time (in Days, Hours, Minutes, Seconds, and Milliseconds) since power up,
when the particular event was generated.
Severity level of trap:
• Debug (Level 3)
• Debug (Level 2)
• Debug (Level 1)
• Informational
• Warning
• Fatal.
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Code
Description
Unique event code.
Brief description of trap or event.
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B.7 ADVANCED PAGE
The Advanced page, accessed from the Advanced menu, is used for advanced configuration procedures.
These advanced features include the following:
Feature Description
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Table B-9: Advanced Page Menu
Software Download
Channel Table Settings
Base Station ID Settings
System Info Settings
Code Banks List
Detailed Log
Connections List
Change User Name
Change Password
Maximum TX Power Setting
IP mode Settings
To download software to the client.
Defines frequency channels client will scan.
Defines the base station the client is connecting to.
To view and define general System information such as: name,
location, and contact information.
To view the software code versions resident in the flash banks list.
To view detailed logs.
To display information on current connections.
To change the User Name.
To change the Password.
To set the maximum TX power.
To define IP mode settings.
Reset 2 Default
Clear Log
External Unit Settings
Restart
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To reset the client to the factory default settings.
To clear all Log entries.
To set calibration values for the transceiver. Do not change.
To restart the client.
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B.7.1 Accessing the Advanced Page
The Advanced Page is secured by login user name and password, and therefore, can only be accessed by
authorized technicians.
Login parameters are case sensitive.
The default Advanced page login parameters are as follows:
• User Name: Admin
• Password: VIDA802.16
To access the Advanced Page:
1. On the menu bar, click the Advanced option to open the Login page.
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Figure B-6: Advance Page Login
2. In the User Name field, enter the User Name.
3. In the Password field, enter the Password.
4. Click Enter to open the Advanced page.
To improve security, we recommend changing the default user name and password after
installing a client. For more information on changing the user name and password, refer to
Sections B.13 and B.14.
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Figure B-7: Advanced Page – Main Menu
5. To access an advanced feature, select the desired feature and click the Select button.
While viewing an Advanced feature, you can return to the Advanced Page by clicking on
the Back button. However, any pending changes not submitted will be lost.
B.7.2 Upgrading Subscriber Station Software
The Software Download feature allows you to upgrade the subscriber station software. This should only
be performed by an authorized Tyco Electronics technician. The process is performed by downloading a
software version file to the client using File Transfer Protocol (FTP). The downloaded file is initially
stored to the client’s standby software bank, which is inactive. To activate the downloaded file, the file
must be transferred (swapped) with the client’s active software bank, and then the client must be restarted.
To upgrade the device, you need to define the FTP parameters and the name of the software
version file that you want downloaded.
The client upgrade should only be performed by authorized Tyco Electronics technicians.
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To Download a Software File:
1. Ensure that you have an FTP server program up and running on the host and configured with a user
“1” with password “1” and the software file is stored in the default path for that user.
2. Open a web-browser on the host with a target address of “http://10.0.0.1”.
3. If you need access to the Advanced page, click the Advanced option from the menu bar and login as
required.
4. On the Advanced page, select Software Download and click the Select button to open the Software
Download window.
5. Verify the following FTP login entries, as shown in Figure B-8:
• FTP Server IP Address field: 10.0.0.10
• FTP User Name field: 1
• FTP Password field: 1
• File Name field: software version file name
6. Click the Load button. The Confirmation message box appears, requesting that you confirm software
version file download.
Click the Back button to return to the Advanced Page without performing the software
download.
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Figure B-8: Advanced Page - Software Download Window
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7. Click OK to confirm and start the process. The Web server performs the following:
a. Checks the connection with the Web embedded server.
b. Erases the software version stored in the standby software bank on the flash memory.
c. Begins communicating with the FTP server.
d. Starts downloading the software file, via the FTP server, to the client’s standby software bank.
The download processing is indicated on the Downloading Software update window.
8. When the software file download completes, the “Download complete” message is displayed
9. After the download is complete, click the Back button on the “Downloading Software” window and
return to the “Software Download” window.
Before the software can be activated it must be transferred into the client’s “active software
bank” and the client must be restarted.
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10. Click the Swap Bank button.
11. When the Confirmation message box appears, click the OK button to confirm software transfer
between standby and active banks.
Failure to confirm (by clicking OK) will result in not swapping the files and the client.
When it is restarted, it will continue to use the previous software version stored in the active
bank.
12. The downloaded software file is transferred to the client’s active bank and the previously active
software file is transferred from the active bank to the standby bank as indicated by the swap screen.
13. To activate the downloaded file, you must restart the client.
a. Click the Back button to return to the Software Download window.
b. Click the Back button to return to the Advanced page, and then follow the restart instructions in
Restarting the Unit or cycle the client’s power.
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When the restart process is complete, the downloaded file becomes the active software running on the
client. Verify that the downloaded software version is active by opening the System page (see Viewing
Configuration Parameters).
The old software has been transferred to the standby bank. If for some reason the old
software needs to be reactivated, return to the “Software Download” window and repeat
Steps 10 through 13.
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B.8 DEFINING FREQUENCY CHANNELS
The client configuration tool allows you to define frequency channels for uplink and downlink channels.
The client scans these defined channels to seek viable frequency channels (one for uplink and one for
downlink) to communicate with the VIDA Broadband Base Station.
Click the Back button to return to the previous window.
To define Uplink and Downlink Frequency Channels:
1. Access the Advanced page (see B.7.1, Accessing the Advanced Page).
2. In the Advanced page, select Channel Table Settings and click the Select button. The “Channel
Table Settings” window appears.
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Figure B-9: Advanced Page – Channel Table Settings
3. Select one of the following:
• Scan All Channel Bandwidth Tables – to scan both high and low channel bandwidth tables.
• Scan 10 MHz Channel Bandwidth Table – to scan only the high channel bandwidth table.
• Scan 5 MHz Channel Bandwidth Table – to scan only the low channel bandwidth table.
High and Low refer to a single channel spacing in each band. High refers to the 10 MHz
channel spacing and low refers to the 5 MHz channel spacing.
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4. Click the Select button to display the selected “Channel Table Settings” window.
Figure B-10: Advanced Page – 5 MHz Channel Table Settings
Select Reset to Default to reset the client to the factory Channel settings and replace the
user-defined settings.
The frequencies shown are for illustration purposes only; the frequency range of the specific
client will be displayed.
5. In the selected “Channel Table Settings” window, enter the frequencies for the Uplink (UL) channel
frequencies.
• In the First UL Channel Frequency field, enter the first frequency (in kilohertz) of the Frequency
Channel table for the uplink communication. (For example: 4.9425 GHz is 4942500 kHz.)
• In the Last UL Channel Frequency field, enter the last frequency (in kilohertz) of the Frequency
Channel table for the uplink communication.
6. Click the Submit button to display the selected “Channel Table,” indicating the frequencies used for
the uplink and downlink channels in the selected Bandwidth.
7. Place a check mark for the specific frequencies to be scanned.
The client is factory configured to scan the complete channel list referenced in Table 5-1.
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Check boxes with a check mark indicate that the corresponding channel will be scanned for
viable communication with the VIDA Broadband Base Station.
8. Clear (un-check) the Channel IDs not to be scanned.
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Figure B-11: Advanced Page – 5 MHz Channel Table Shown
The channel numbers defined in this table and the channel numbers defined in the BS
configuration script do not necessarily link to the same frequency. When choosing channels
for BS – SS communication, use the frequency to choose channels not the channel number.
9. Click Submit. A confirmation message appears, confirming that the new parameters have been
stored.
10. To apply the new frequency channel settings to the unit, you need to restart the unit. Click Back to
return to the Advanced page, and then follow the restart instructions in B.20, Restarting the Unit.
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B.9 DEFINING ASSOCIATED BASE STATIONS
For the client to communicate with a base station, the specific base station can be defined at the client.
The base station is defined by a Base Station ID (BSID) value and a Base Station Mask value. The Base
Station ID value is the ID of the base station to which the client is registered (authorized to communicate
with). Multiple base stations can be defined for communication with the unit. This is typically relevant
in roaming scenarios.
This functionality ensures that the client establishes a communication link with authorized VIDA
Broadband Base Station(s).
The Base Station ID is a 48-bit long programmable (user-defined) field identifying the BS. The most
significant 24 bits are used as the operator ID (configurable). This is a network management hook that
can be used to restrict the client from performing network entry with a predefined base station or a group
of base stations.
The Base Station Mask is a 48-bit programmable (user-defined) field that identifies which bits of the Base
Station ID require a match to enable the client to associate with the BS.
Example for defining a single base station with which the unit can communicate:
Assume that the administrator wants to limit the network entry of a client to a specific BS with ID
=0xAB5050123456. To enable this, the following configuration must be performed:
• Base Station ID: AB 50 50 12 34 56
• Base Station Mask: FF FF FF FF FF FF (This is limited to one (1) specific BS.)
Example for defining multiple base stations with which the unit can communicate:
The administrator needs to set up a BSID plan in which it can identify, for example, three base stations
together. For example, it can divide the coverage area into zones of four BS. The zone number shall be
22 bits and the BS index within the zone shall be 2 bits. If the administrator wishes to limit the unit
access to zone #30, then the configured parameters must be:
• Base Station ID: AB 50 50 00 00 78
• Base Station Mask: FF FF FF FF FF FC
To define the base station:
1. Access the Advanced page (see B.7.1, Accessing the Advanced Page).
2. In the Advanced page, select Base Station ID Settings and click the Select button. The Base Station
ID Settings page appears.
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Figure B-12: Advanced Page – Base Station ID Settings
3. In the Base Station ID field, enter the identification number of the base station to which the unit must
communicate.
4. In the Base Station Mask field, enter the mask to identify which bits of the Base Station ID require a
match to enable the client to associate with the BS.
5. Click the Submit button. A confirmation message is displayed informing you that the new values
have been saved.
6. To apply the settings, you need to restart the unit. Perform the following:
a. Click the Back button to return to the Base Station ID Settings page.
b. Click the Back button to return to the Advanced page, and then follow the restart instructions in
Restarting the Unit.
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B.10 VIEWING CODE BANKS
The client management tool allows viewing the Code Banks and the Boot Loader version. Both the
Current Bank (B) and Bank (A) are displayed.
To access the Code Bank List:
1. Access the Advanced page, as described in B.7.1, Accessing the Advanced Page.
2. In the Advanced page, select Code Banks List and click the Select button. The Code Banks List
page opens.
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Figure B-13: Advanced Page – Code Banks List
3. Click the Back button to return to the Advanced page.
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B.11 VIEWING DETAILED LOGS
The client management tool has detailed log traps and events that are generated by and received from the
client and are displayed in this Detailed Log in greater detail. The logged parameters are displayed in the
Detailed Logs page.
To access the Detailed Log:
1. Access the Advanced page (see B.7.1, Accessing the Advanced Page).
2. In the Advanced page, select Detailed Log and click the Select button. The Detailed log page
appears.
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Figure B-14: Advanced Page – Detailed Log
Table B-10: Detail Log Parameters
Parameter Description
No.
Time
Severity
Code
Trap identification number.
Time (in Days, Hours, Minutes, Seconds, and Milliseconds) since power
up, when the particular event was generated.
Severity level of trap:
• Debug (Level 3)
• Debug (Level 2)
• Debug (Level 1)
• Informational
• Warning
• Fatal
Unique event code.
Description
3. Click the Back button to return to the Advanced page.
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Brief description of trap or event.
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B.12 DISPLAY CONNECTIONS LIST
The Connection List page allows you to display information about your current connections.
To access the Connections List:
1. Access the Advanced page (see B.7.1, Accessing the Advanced Page).
2. In the Advanced page, select Connections List and click the Select button. The Connections List
page appears.
Figure B-15: Advanced Page – Connections List
Table B-11: Connections List Parameters
Parameter Description
Direction
CID
SFID
Type
State
3. Click the Back button to return to the Advanced page.
Displays the transmission direction, either:
• UL – uplink
• DL – downlink
• Bidirectional - both uplink and downlink
Displays the connection identifier (ID).
Displays the Service Flow identifier (ID).
Displays the connection type.
Displays the current connection status.
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B.13 CHANGING ADVANCED PAGE USER NAME
Using the Web-based management tool, you can change your User Name as necessary. To change your
User Name enter your Password, old User Name, and new User Name. Then confirm the new User
Name.
To change your User Name:
1. Access the Advanced page (see B.7.1, Accessing the Advanced Page).
2. In the Advanced page, select Change User Name and click the Select button. The Change User
Name page opens.
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Figure B-16: Advanced Page – Change User Name
3. Enter your Password.
4. Enter your old User Name.
5. Enter your new User Name.
6. Re-enter your new User Name to Confirm.
7. Click Submit. A confirmation message is displayed to confirm the requested change.
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8. Click OK to accept the change, resetting the unit is not required.
9. Click the Back button to return to the Advanced page.
The new User Name will be required for subsequent access to the Advanced page.
B.14 CHANGING ADVANCED PAGE PASSWORD
Using the Web-based management tool you can change your Password as necessary. For security
reasons, it is advisable to change your password periodically. To change your Password enter your User
Name, old Password, new Password and then confirm the new Password.
To change your Password:
1. Access the Advanced page (see B.7.1, Accessing the Advanced Page).
2. In the Advanced page, select Change Password and click the Select button. The Change Password
page opens.
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Figure B-17: Advanced Page – Change Password
3. Enter your User Name.
4. Enter your old Password.
5. Enter your new Password.
6. Re-enter your new Password to Confirm.
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7. Click the Submit button. A confirmation message is displayed to confirm the requested change.
8. Click the OK button to accept the change, resetting the unit is not required.
9. Click the Back button to return to the Advanced page
The new Password will be required for subsequent access to the Advanced page.
B.15 SETTING THE MAXIMUM TX POWER
The Web-based WiMAX interface configuration tool allows you to set maximum TX power. You can
define the maximum TX power transmission required.
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Different territories have various regulation definitions for the maximum TX power transmission
permitted by an RF product. Maximum TX Power Setting enables configuration flexibility for any of the
regulation domains.
To set Maximum TX Power:
1. Access the Advanced page (see B.7.1, Accessing the Advanced Page).
2. In the Advanced page, select Maximum TX Power Setting and click the Select button. The
Maximum TX Power page opens.
Figure B-18: Advanced Page – Maximum TX Power Setting
3. Define the maximum TX power setting.
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4. Click the Submit button. A confirmation window appears, confirming that the new parameters have
been stored.
5. To apply the settings to the unit, you need to restart the unit. Click the Back button to return to the
Advanced page, and then follow the restart instructions in Restarting the Unit.
B.16 IP MODE SETTINGS
The Web-based WiMAX interface configuration tool allows you to define IP mode settings. The IP
address can be assigned dynamically via the DHCP server or you can assign a static IP address.
To access IP Mode Settings:
1. Access the Advanced page, as described in B.7.1, Accessing the Advanced Page.
2. In the Advanced page, select IP Mode Settings and click the Select button to open the “IP Mode
Settings” page.
Figure B-19: Advanced Page – IP Mode Settings
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3. Select the Dynamic setting to provide unit’s IP address via the DHCP server, this is the default
value.
If assigning the IP address manually, select the Static setting and enter the appropriate values.
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4. Click the Submit button. A confirmation window appears, confirming that the new parameters have
been stored.
5. To apply the settings to the unit, you need to restart the unit. Click the Back button to return to the
Advanced page, and then follow the restart instructions in Restarting the Unit.
After changing the IP mode to dynamic or static, the unit will still be accessible using the IP
address 10.0.0.1.
B.17 RESET TO DEFAULT
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In the event you want to reset the device the Web-based management tool allows you to reset the device
to the factory default settings and replace the user-defined settings.
To Reset to Default:
1. Access the Advanced page (see B.7.1, Accessing the Advanced Page).
2. In the Advanced page, select Reset2Default and click the Select button. The Reset to Default
confirmation message appears.
3. Click OK to reset the client’s settings to the factory default settings. A message page is displayed
when the reset is finished.
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Reset to Default – Will overwrite defaults to the NVRAM. Defaults are of the current
software in use.
4. Click the Back button to return to the Advanced page.
B.18 CLEAR LOG
In the event you want to clear all the device’s event logs to have a clean log state, the Web-based
management tool allows you to clear all log entries.
To Clear the Logs:
1. Access the Advanced page (see B.7.1, Accessing the Advanced Page).
2. In the Advanced page, select Clear Log and click the Select button. The Clear Log confirmation
message is displayed.
3. Click OK to clear the log. A message page indicating that all Log entries have been cleared is
displayed.
4. Click the Back button to return to the Advanced page.
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B.19 EXTERNAL UNIT SETTINGS
The RF offsets of the final cascade stage in the 4.9 GHz transceiver is set in the external unit settings
entries. The external unit settings are factory calibrated and should not be changed.
Changes to the calibrated values in the External Unit Settings can degrade the
equipment performance. Please contact Technical Assistance to obtain the calibrated
CAUTION
To View the External Unit Settings:
1. Access the Advanced page (see B.7.1, Accessing the Advanced Page).
2. In the Advanced page, select External Unit Settings and click the Select button. The External Unit
Settings page is displayed.
values.
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Figure B-20: Advanced Page – External Unit Settings
3. Click the Back button to return to the Advanced page
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B.20 RESTARTING THE UNIT
Resetting the client is required to activate certain configuration changes. These configuration settings
include upgrading the unit’s software, defining frequency channels, and defining a base station.
To Restart the Unit:
1. Access the Advanced page (see B.7.1, Accessing the Advanced Page).
2. Select Restart. The reset confirmation message is displayed.
3. Click the OK button to confirm that you want to restart the unit. A restart message is displayed
informing you that the unit is being restarted.
After a few seconds, the system restart is completed successfully.
A cold restart can also be initiated by cycling power to the client.
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APPENDIX C INSTALLATION OPTIONS AND
ACCESSORIES
This section provides details for the installation options and accessories that are available through Tyco
Electronics.
C.1 SURGE PROTECTION OPTIONS
C.1.1 RF Port Surge Protector, PT-016508-001
The RF port should be protected in all installation configurations. The recommended surge protector is
the PolyPhaser AL-LSXL-ME, DC blocking lightning arrestor. This device should be connected directly
to a station’s RF Port.
Surge: 18kA IEC 1000-4-5 8/20 µs
Impedance: 50Ω
Frequency Range: 1.8 to 3.8, 4.2 to 6.0 GHz
VSWR: <
Return Loss: >20 dB
Insertion Loss: 0.1 dB
RF Power: 10 W continuous
Operational Temperature Range: -40
Throughput Energy: <
Peak Let-Through Voltage: <
Vibration: 1 G @ 5 Hz to 100 Hz
Conn. Equip. (protected) Side: N (male)
Conn. Ant. (surge) Side: N (female)
1.2:1 Typical; <1.3:1 Max
o
C to +85oC
0.5µJ for 3 kA @8/20 µs
±3 volts for 3kA @8/20 µs
C.1.2 CAT5E, RJ-45, Data Port Surge Protector, PT-016508-003
The data lines using Cat5e Ethernet cables should be protected prior to connecting to the Ethernet Switch.
This protection can be best provided by installing a (Transtector TSJ 10/100BT) surge protector. The TSJ
10/100BT is designed for STP (Shielded Twisted Pair) applications. Each of the eight lines is protected
with a three stage suppression circuit. This device should be connected between the client or base station
109
Cat5e Ethernet cable and the Ethernet Switch as close to the switch as practical.
Nominal Service Voltage: 12V
Voltage Clamp Levels: 15V
Connector: RJ-45 – all 8 lines protected
Surge Ratings: 10/1000 µs, up to 200A
Operating Temperature: -30
Dimensions: 2.1”H x 2.1”W x .875”D
o
C to +65oC
5.4 cm x 5.4 cm x 2.22 cm
Response Time (Max.) 5 Nanoseconds
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MM-014720-001, Rev. A
C.1.3 GPS Port Surge Protector, PT-016508-002
Generally the GPS antenna is mounted directly to the base station chassis where the bonded chassis
provides proximity protection. If the antenna is mounted elsewhere, surge protection should be installed
between the GPS antenna port and the antenna. The GPS port supplies a DC voltage for an active antenna
and so the protector must be able to pass DC. The recommended surge protector is the PolyPhaser
DGXZ+15TFTF-A.
Freq. Range: 800-2500 MHz
Maximum Power (Watts): 50 Watt
Throughput Energy: 175µJ
Conn. Equip. Side: TNC Female
Conn. Ant. Side: TNC Female
Inject, Pick, or Both: DC Pass
Maximum DC: 6 Vdc
To connect the surge protector between the base station and the GPS antenna cable, you
will need BA579 SMAM-TNCM and BA589 SMAF-TNCM L-Com Adaptors.
C.1.4 DC Surge Protector, PT-016508-004, 005
The power source surge protection should be installed on all 24 or 48 Volt power sources to protect the
equipment from lightning and stray transients. The protection device should be installed between the
power supply and the powered devices (client, base station, etc.). The recommended device is the
Transtector FSP 4002 MC (24 Vdc) or FSP 4003 MC (48 Vdc).
FSP 4002 MC FSP 4003 MC
Nominal Service Voltage: 27 Vdc 54 Vdc
Voltage Protection Level 33 Vdc 67V
Surge Current Rating: 181A 90A
Dimensions: 2.125”H X 2.125”W X .875”D
5.4 cm X 5.4 cm X 2.2 cm
Response Time (Max.) <5 Nanoseconds
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MM-014720-001, Rev. A
C.1.5 AC/DC Surge Protector, PT-016508-006
When using 24-30 Vac to power Subscriber Stations, power source surge protection should be installed to
protect the equipment from lightning and stray transients. The recommended protection device is the
Polyphaser IS-PSP-24. This is a hardwire power supply shunt protector with high speed MOV and high
current gas tube combination.
Operating Voltage: 24 Vac/ 30 Vdc
Max Surge Current: 35kA
Operating Temperature: -40
o
C to +85oC
Turn On Voltage: 39 L-L, 90 L-G V
C.1.6 Camera Data Port Surge Protector, PT-016508-007
Installers should also consider installing surge protection for the closed circuit television cameras. The
surge protector is designed to protect one coax video signal and either 24 Vdc and two-wire data (CCTVPTZ), or four-wire data (CCTV-PTZ-4). The device should be installed as close to the protected
equipment as possible.
CCTV Model CCTV PTZ-4 CCTV PTZ Both Models
Nominal Service
Voltages
Surge Current Ratings
10/1000 ms
Maximum Voltage 28 Vac
24 Vac/Vdc
RS232
150A 190A 140A
40 Vdc
RS232/422/485 Coax
Protection
24 Vdc 12 Vdc
Operating Temperature -40º C to +65º C
Dimensions: 3.25"H x 3.17"W x 1.3"D
8.26 cm x 8.05 cm x 3.3 cm
Response Time (Max.) <5 Nanoseconds
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C.1.7 CCTV Surge Protector, PT-016508-008
To protect CCTV coaxial lines we recommended installing a Transtector TCP CMS silicon based surge
protection device.
Nominal Service Voltages 90V
Surge Current Ratings* 20kA
Connector Type: BNC type Male/Female
Max. Shunt Capacitance: <30 pF
Series Resistance None
Response Time (Max.) <5 Nanoseconds
Insertion Loss @ 40MHz -0.5 dB
C.1.8 120 VAC Surge Protector, PT-016508-009
When using 120 Vac to power an AC base Station, power source surge protection should be installed to
protect the equipment from lightning and stray transients. The recommended protection device is the
Transtector ACP100MN. This is a Wire-in Silicon Surge Protectors for 120 Vac Single Phase
applications.
Nominal Service Voltages 120 V
Surge Current Ratings* 15 A
Protection Level: to 330 V
C.2 ANTENNA OPTIONS
Table C-1 is a list of approved antennas and their specifications. These antennas are available from Tyco
Electronics or their respective manufacturers or distributers.
The Transmitter Output Power must be reduced if the Effective Maximum Antenna Gain is
greater than 26 dBi.
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Table C-1: Recommended Fixed Antennas
MM-014720-001, Rev. A
Part Number Description
Polarization Gain (dBi)
Beamwidth
(-3 dB)
Az° EL°
AN-013386-008 Subscriber Panel Antenna
Linear, Vertical or
Horizontal
21.0 10.5 10.5 12 x 12 x 0.6"
AN-013386-013 Subscriber Panel Antenna
Linear, Vertical or
Horizontal
20.0 9 9 15.1 x 13.9 x 1.9"
AN-013386-002 90° Sector Antenna
Manufacturer
(Mfg Part Number)
Size Weight
Mars Antenna and RF Systems
(MA-WA49-1X)
5.0 lbs (2.3 kg)
(30.5 x 30.5 x 1.5 cm)
PCTEL, Inc. MAXRAD
(MP24581820PT)
3.9 lbs (1.8 kg)
(38.4 x 35.3 x 4.8 cm)
Radio Waves, Inc.
(SEC-47V-90-16)
Vertical 16.0
90 8 25.5 x 8.5 x 4.0"
AN-013386-003 90° Sector Antenna
Horizontal 16.0
90 8 25.5 x 8.5 x 4.0"
AN-013386-004 60° Sector Antenna
Vertical 17.0
60 8 25.5 x 8.5 x 4.0”
AN-013386-005 60° Sector Antenna
Horizontal 17.0
60 8 25.5 x 8.5 x 4.0”
AN-013386-015 120° Sector Antenna
Vertical 15.0
120 6 28 x 7 x 2.4"
5.0 lbs (2.3 kg)
(65 x 21.6 x 10 cm)
Radio Waves, Inc.(SEC-47H-90-16)
5.0 lbs
(65 x 21.6 x 10 cm)
(2.3 kg)
Radio Waves, Inc.
(SEC-47V-60-17)
5.0 lbs
(65 x 21.6 x 10 cm)
(2.3 kg)
Radio Waves, Inc.
(SEC-47H-60-17)
5.0 lbs
(65 x 21.6 x 10 cm)
(2.3 kg)
Mars Antenna and RF Systems
(MA-WA49-7X)
6.6 lbs
(71 x 17.8 x 6.1 cm)
(3.0 kg)
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Table C-1: Recommended Fixed Antennas
Part Number Description
Polarization Gain (dBi)
Beamwidth
Manufacturer
(Mfg Part Number)
Size Weight
(-3 dB)
Az° EL°
AN-013386-014 180° Sector Antenna
TerraWave Solutions
(M5120120P10006)
Vertical 12.0
180 7 28 x 7 x 2.4"
(71 x 17.8 x 6.1 cm)
AN-013386-006 Grid Parabolic Antenna
Radio Waves, Inc.
(G2-4.7NF)
Plane 26.4 7.1 24 in. diameter (61
cm)
AN-013386-007 Std Parabolic Antenna
Plane 21.2
13.1 12 in. diameter (30
Radio Waves, Inc.
(SP1-4.7)
cm)
6.6 lbs
(3.0 kg)
22.0 lbs
(9.9 kg)
15.0 lbs
(6.8 kg)
AN-013386-001 Std Parabolic Antenna
Plane 26.6
7.1 24 in. diameter (61
AN-013386-009 Omnidirectional Antenna
Vertical 8
360 13.4 in. high (34.1 cm) 0.5 lbs
AN-013386-012 Omnidirectional Antenna
Vertical 9
360 H/8 V 20.2 in. high (51.3 cm) 0.5 lbs
AN-013386-010 Wideband Parabolic
Reflector Antenna
Linear 26.4
6 26 in. dia. (66 cm) 24.0 lbs
Radio Waves, Inc.
(SP2-4.7NS)
cm)
TerraWave Solutions
(T49080O100006)
PCTEL, Inc. MAXRAD
(MFB49009)
PCTEL, Inc. MAXRAD
(MPRC2449)
22.0 lbs
(9.9 kg)
(0.23 kg)
(0.23 kg)
(10.9 kg)
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Table C-1: Recommended Fixed Antennas
MM-014720-001, Rev. A
Part Number Description
Polarization Gain (dBi)
AN-013386-011 Nomadic Antenna
Vertical 5 360 12 in. high (30.4 cm) 0.5 lbs
Beamwidth
(-3 dB)
Az° EL°
PCTEL, Inc. MAXRAD
(MEFC49005HF)
Manufacturer
(Mfg Part Number)
Size Weight
(0.23 kg)
C.3 MISCELLANEOUS EQUIPMENT OPTIONS
C.3.1 Standard Grounding Kits - 3/8" Cable
The grounding kit diverts transient currents from lightning off the shielded transmission, communication,
or power lines to an earth grounding system to prevent damage to cable and broadband equipment. Each
broadband cable installation normally uses at least three grounding kits: one within six (6) inches of the
VIDA Broadband unit, one at the bottom of the cable prior to the horizontal run, and one just prior to the
cable entering the building or shelter.
Figure C-1: Grounding Kit
The recommended grounding kit, Andrew # 223158-2 (Tessco #493736), is designed for use with 1/4" to
3/8" cables. It has a 24" ground wire with a solid copper strap and a factory attached two-hole lug. The
kit complies with MIL-STD-188-124A and has been verified by independent labs to protect coax from
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MM-014720-001, Rev. A
lightning strikes in excess of 200 kA. The kit also includes materials necessary for attachment to the buss
bar, including mastic and electrical tape for weatherproofing.
Installing Grounding Kit on Power Cable:
When installing the grounding kit on the power cable, it is important to ensure the copper ground wire
makes contact with the grounding strap as shown in Figure C-2.
Figure C-2: Grounding Kit Installation
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APPENDIX D INSTALLATION CABLE ASSEMBLIES
D.1 POWER CABLES
D.1.1 2-Pin Power Cable, CA-014984-XXXXXX
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D.1.2 2-Pin Power Patch Cable, CA-014988-XXXXXX
118
(Made from AD-CA-014988-XXXXX, Rev. B)
Page 41
D.1.3 3-Pin Power Cable, CA-014985-XXXXXX
MM-014720-001, Rev. A
(Made from AD-CA-014985-XXX XX, Rev-)
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MM-014720-001, Rev. A
D.2 COPPER ETHERNET CABLE
The Cat5e Ethernet cable consists of four (4) twisted-pair solid copper 24 gauge wires. The twisted pairs
are contained with an inner jacket then shielded by foil with a drain wire all encased in a waterproof UV
resistance outer Jacket designed for outdoor use. The cable meets or exceed EIA/TIA 568 B.2-1 and
ISO/IEC 11801 Standards for 350 MHz high-speed data applications, and 10/100/1000 Mbps highperformance data communications.
Table D-1 lists part numbers for bulk lengths of the
through Tyco Electronics. The “-XXX” dash variant describes the length to which the bulk cable is cut,
measured in feet. For example, CA-015223-015 is 15 feet of cable cut from the box. A special case
would be CA-015223-000 representing the entire 1000 foot box.
CA-015223-XXX family of Ethernet cables available
D.2.1 Cable Selection
• Cable type: 8–conductor
• Conductor size: 24 AWG
• Conductor type: copper
• Belden, Inc. Part Number 7929A or 7919A
• Shielding: Foil
120
Figure D-1: Ethernet Cable Construction
The twisted pairs shall be color coded as follows:
• Pair 1 - Blue, White/Blue
• Pair 2 – Orange, White/Orange
• Pair 3 – Green, White/Green
• Pair 4 – Brown, White/Brown
D.2.2 Tools Required
• Tyco Electronics-AMP Modular Plug Hand Assembly 790163-7 and Die Set 790163-8 (or
equivalent).
• Cable tester, Ideal VDV MultiMedia Cable Tester #33-856, or equivalent.
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MM-014720-001, Rev. A
Table D-1: Copper Indoor/Outdoor Cat5e Shielded Cable (Bulk)
Part Number Description
CA-015223-000 Cable, Cat5e, Outdoor, Shielded, w/Drain, 1,000 feet long
CA-015223-005 Cable, Cat5e, Outdoor, Shielded w/Drain, 5 feet long
CA-015223-015 Cable, Cat5e, Outdoor, Shielded w/Drain, 15 feet long
CA-015223-025 Cable, Cat5e, Outdoor, Shielded w/Drain, 25 feet long
CA-015223-050 Cable, Cat5e, Outdoor, Shielded w/Drain , 50 feet long
CA-015223-100 Cable, Cat5e, Outdoor, Shielded w/Drain, 100 feet long
CA-015223-150 Cable, Cat5e, Outdoor, Shielded w/Drain, 150 feet long
CA-015223-200 Cable, Cat5e, Outdoor, Shielded w/Drain, 200 feet long
CA-015223-250 Cable, Cat5e, Outdoor, Shielded w/Drain , 250 feet long
CA-015223-300 Cable, Cat5e, Outdoor, Shielded w/Drain, 300 feet long
CA-015223-350 Cable, Cat5e, Outdoor, Shielded w/Drain, 350 feet long
CA-015223-400 Cable, Cat5e, Outdoor, Shielded w/Drain, 400 feet long
CA-015223-450 Cable, Cat5e, Outdoor, Shielded w/Drain, 450 feet long
CA-015223-500 Cable, Cat5e, Outdoor, Shielded w/Drain, 500 feet long
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MM-014720-001, Rev. A
D.2.3 Ethernet Cat5e Equipment Plug Kit 1738607-1 Assembly
The following sections provide instructions for fabricating the Ethernet cable equipment end connection.
The assembly procedures are provided for reference and are superseded by any instructions provided with
the connector. Always read and follow any instructions provided by the connector manufacturer.
The solid wire Plug Kit (Tyco Electronics # 1738607-1), shown in Figure D-2, consists of an 8-position
Category
insertion into the RJ-45 plug. The RJ-45 plug must be terminated and then installed into the plug
assembly. The RJ-45 plug is held in the plug assembly by the locking tab. The cable fitting holds the RJ45 plug in the plug assembly and seals the plug at the cable end. When engaged, the connector is held
together by a locking mechanism (coupling ring and bayonet lock), which prevents accidental
disconnection. The engaged connector is sealed by the interfacial seal.
5e RJ-45 plug, load bar, and plug assembly. The load bar is used to hold the cable wires for
Figure D-2: Tyco/Electronics Industrial Circular Ethernet Connector Plug Kit (1738607-1)
D.2.4 Ethernet Cable - Equipment End Connector
Preparation Procedure:
Prepare the cable using the following procedure:
Reasonable care must be taken not to scrape or nick any part of the cable during the
stripping operation.
CAUTION
1. Slide the plug assembly (cable fitting end first) onto the cable. See Figure D-3, Detail A.
122
Figure D-3: Cable Preparation
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MM-014720-001, Rev. A
2. Strip back the cable insulation and shielding approximately one inch exposing the twisted pairs .
Proper strip length is necessary to insert the conductors into the contact slots.
Insulation of individual conductors must not be cut or removed. This could result in
shorted or open connections.
3. Conductor pairs must be oriented side–by–side in the order shown in Figure D-4, Detail A. The end
of the cable jacket must be flattened so that the conductor pairs lay side–by–side.
4. Properly sequenced conductor pairs should extend into the cable jacket to the dimension given in
Figure D-4, Detail B, creating an oblong shape.
5. The conducto
orientation of
r tips must be trimmed evenly to the dimension shown in Figure D-4, Detail C. Proper
conductors must be maintained.
Figure D-4: Cable Preparation Continued
6. The conductor pairs must be untwisted and arranged according to EIA/TIA T568B (defined in Figure
D-5). IT IS
CRITICAL that the pairs are NOT untwisted inside the cable jacket.
When arranging conductor pairs, IT IS IMPORTANT that Conductor 6 is crossed over Conductors 4
and 5 as shown in Figure D-4, Detail C.
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MM-014720-001, Rev. A
Conductor
Pair
4
Conductor
Pair
for electrical
schematic
Figure D-5: Cable Preparation Continued
Conductor Color
Code
4 Blue (BL) 1
5 White/Blue (W-BL)
1 White/Orange (W-O) 2
2 Orange (O)
3 White/Green (W-G) 3
6 Green (G)
7 White/Brown (W-
BR)
8 Brown (BR)
D.2.4.1 Termination
Terminate the RJ-45 plug to the cable end using the following procedure:
1. The conductors (maintaining arrangement) must be inserted into the load bar (oriented so that the
cable notch will align with the contacts) until the cable jacket rests against the cable notch. The
conductor twist must not enter the front of the load bar. The conductors must be trimmed evenly and
square with the front edge of the load bar to the dimension given in Figure D-6, Detail A.
2. The conducto
rs must be retracted from the load bar so that the conductors protrude from the end of
the load bar to the dimension given in Figure D-6, Detail B. The top of the load bar must not be
deformed.
If the load bar is deformed, the conductor twist entered the front of the load bar.
3. The load bar (oriented so that the cable notch is aligned with the contacts) must be inserted into the
RJ-45 plug until it butts against the mating feature of the RJ-45 plug, and the conductors are bottomed
on the wire circuits. The cable jacket must be against the cable notch after the load bar is fully seated.
The conductors must not be exposed between the cable jacket and cable notch. The ends of the
conductors must be clearly visible through the front of the RJ-45 plug. See Figure D-6, Detail C.
124
If the conductors do not bottom on the wire circuits, they must be re-trimmed (after
removing the load bar/cable assembly from the RJ-45 plug), and re-inserted into the RJ-45
plug. If the conductors are too short, the cable must be re-stripped.
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MM-014720-001, Rev. A
Figure D-6: Termination Requirements
4. The RJ-45 plug must be terminated to the cable according to the instructions included with the
tooling.
D.2.4.2 Assembly
Assemble the RJ-45 connector into the plug assembly using the following procedures:
1. Align the locking tab of the RJ-45 plug with the wide slot at the front (end opposite the cable fitting)
of the plug assembly. See Figure D-7, Detail A.
2. Depress the locking tab, and insert the
the RJ-45 plug is fully seated. There should be approximately 12.7 mm [.50 in.] of the RJ-45 plug
protruding from the front of the plug assembly. See Figure D-7, Detail B.
125
RJ-45 plug into the plug assembly. Gently pull the cable until
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MM-014720-001, Rev. A
To avoid damage to the connection, the cable must be pulled GENTLY when seating the
RJ-45 plug.
CAUTION
3. While holding the RJ-45 plug in position, rotate the cable fitting as shown in Figure D-7, Detail B
until tightened to a torque of 1.7-2.8 N–m [15-25 lb–in.].
The given torque must be met in order for the cable fitting to seal the plug at the cable end.
Figure D-7: Assembly Detail
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MM-014720-001, Rev. A
D.2.5 Ethernet Cable - Shelter End Connector
The following sections provide instructions for fabricating the Ethernet cable shelter end connector, Tyco
Electronics part number 336462-1 (or equivalent). The assembly procedures are provided for reference
and are superseded by any instructions provided with the connector. Always read and follow any
instructions provided by the connector manufacturer.
Figure D-8: Tyco Electronics 336462-1 Cat 5e (EMT) Plug Connector Assembly
D.2.5.1 Cable Preparation
Prepare the cable using the following procedure (refer to Figure D-9):
Reasonable care must be taken not to scrape or nick any part of the cable during the
stripping operation.
CAUTION
1. Slide each boot over the relevant end of the cable before the cable stripping operation.
2. Strip the cable jacket 30 – 40mm [1.18 – 1.58 in.] as shown.
3. Fold the outside shield foil back over the jacket.
4. Foil must be trimmed up to 2.0mm [0.079 in.] max from the jacket end. Individual pair shields must
127
be trimmed up to 2.0 [.079] max from the jacket end.
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MM-014720-001, Rev. A
Cut and remove any cable filler, ripcord, or plastic wrap, if present.
5. Slide the plug shield over the cable jacket and cable shield.
1. Slide on the boot. 2. Strip the cable jacket.
3. Fold the outside shield and foil back over
the jacket.
4. Foil of individual pair shields must
be trimmed up to max 2mm max.
5. Slide the plug shield over the cable jacket and cable shield.
Figure D-9: Cable Preparation – Strip and Fold Shield
128
Reasonable care must be taken not to scrape or nick any part of the cable during the
stripping operation.
CAUTION
D.2.5.2 Cable Positioning
1. While firmly holding the cable jacket next to the stripped end, untwist the pairs as much as possible
as shown in Figure D-10.
2. Position the
between pairs
pairs according to the Wiring Diagram shown in Figure D-5. Try to avoid twisting
as much as possible, see Figure D-4.
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MM-014720-001, Rev. A
3. While firmly holding the positioned pairs, make a preliminary cut to the pairs to help the insertion of
the conductors into the wire holder, as shown in Figure D-11.
4. Insert the conductors thro
ugh the wire holder and slide it up to the end, as shown in Figure D-12.
Original cable twisting. Untwist the pairs as much as possible.
Figure D-10: Cable Positioning - Untwist Pairs
Hold firmly the positioned pairs. Make a preliminary cut.
Conductors are ready for insertion.
Figure D-11: Cable Positioning, Trim Wires
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MM-014720-001, Rev. A
Insert the conductors through the wire holder. Slide the wire holder up to the jacket end.
Figure D-12: Cable Positioning, Insert Wire Holder
5. While holding all conductors down against the wire holder in a flat layer, trim all conductors evenly
and square with appropriate tooling, just beyond the front edge of the wire holder, as shown in Figure
D-13.
Trim all conductors evenly and square with
appropriate tooling.
Conductors perfectly aligned at the wire
holder edge.
Figure D-13: Cable Positioning, Finish Trim
130
6. Insert the front of the wire holder and the ends of the conductors into the cavity of the plug housing,
as shown in Figure D-14.
Insert the front of the wire holder into the plug housing cavity.
Figure D-14: Cable Positioning, Insert Wire Holder
7. Push the wire holder into the housing, making sure it arrives up to the end, as shown in Figure D-15.
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MM-014720-001, Rev. A
Push the wire holder into the housing until it latches.
Figure D-15: Cable Positioning, Latch Wire Holder in Housing
8. Visually verify that all conductors are fully inserted into the housing with the ends of the conductors
seated against the end of the housing cavity. If not, push the cable into the wire holder and check if
the wire holder has latched into both sides of the plug housing.
D.2.5.3 Connector Termination
1. Slide the plug shield over the plug subassembly until it seats against the front edge of recessed area
around the outside of the plug housing, as shown in Figure D-16.
Slide the plug shield over the plug subassembly.
Figure D-16: Connector Termination, Position Plug Shield
2. Insert the plug and shield assembly into the appropriate crimping tool and crimp the connector
according to the instruction sheet packaged with the tool. The shield must be free of bulges, tears and
must be uniform after the crimping operation.
3. Trim away any braid/foil left extending beyond the end of the plug shield, as shown in Figure D-17.
Once the connector is crimped, trim away any braid/foil left.
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MM-014720-001, Rev. A
Figure D-17: Connector Termination, Trim Excess Foil
4. Slide the boot over the crimped plug and shield, as shown in Figure D-18.
Figure D-18: Connector Termination, Slide on Boot Cover
5. After fabricating the connectors on both ends of the cable, test the cable for continuity and verify
there are no shorts or opens.
Slide the boot over the crimped plug.
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D.3 FIBER OPTIC CABLE
D.3.1 Fiber Optic Cable Specifications
Electrical
• Fiber Type 100Base-FX Multimode
• Core Diameter 62.5 um
• Cladding Diameter 125 um
MM-014720-001, Rev. A
• Wavelength 850 nm
• Attenuation (Maximum) 3.4 dB/km 1.5 dB/km
• Bandwidth (Maximum) 200 MHz-km 500 MHz-km
1300 nm
D.3.2 Outdoor Fiber Optic Cable
The fiber optic cable available from Tyco Electronics is intended for outdoor applications supporting
networking, data transfer, and phone lines. It includes a UV protected outer jacket, incasing two 62.5/125
um fiber multimode members. It is suitable for high-speed data applications, and supports 100Base-FX
high-performance data communications.
The cables consist of two multimode 62.5 um 100Base-FX fiber optic members with supporting
structure(s) to make the cable suitable for “supported” aerial and/or direct burial indoor/outdoor
conditions. The cables are terminated on both ends using IP67 industrialized LC connectors. These
connectors also include the protective mating caps for protection during cable installation and delivery.
Cables of 150 feet or longer shall be equipped with a pulling eye on one end for use during installation
The connector-cable interfaces have a pull-strength in excess of 45 lbs.
Table D-2 is a list of factory made fiber optic c
Electronics. We do not recommend mating LC connectors to cables in the field, however, if this becomes
necessary, fabricate the LC plug termination according to the manufacturer’s instructions.
ables, with LC connectors, available from Tyco
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MM-014720-001, Rev. A
Part Number Description
CA-015488-000003 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 3 feet long.
CA-015488-000005 Cable, Fiber Optic, IP67, LC-LC Duplex, 5 feet long.
CA-015488-000010 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 10 feet long.
CA-015488-000016 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 16 feet long.
CA-015488-000033 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 33 feet long.
CA-015488-000050 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 50 feet long.
CA-015488-000075 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 75 feet long.
CA-015488-000100 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 100 feet long.
CA-015488-000125 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 125 feet long.
CA-015488-000150 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 150 feet long.
CA-015488-000175 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 175 feet long.
Table D-2: Outdoor Fiber Optic Cable Assemblies
CA-015488-000200 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 200 feet long.
CA-015488-000225 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 225 feet long.
CA-015488-000250 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 250 feet long.
CA-015488-000275 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 275 feet long.
CA-015488-000300 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 300 feet long.
CA-015488-000325 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 325 feet long.
CA-015488-000350 Cable, Fiber Optic, Outdoor, IP67, LC-LC Duplex, 350 feet long.
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MM-014720-001, Rev. A
D.3.3 Fiber Optic Cable Demarcation
Once the outdoor fiber cable enters a protected area, a shelter or other indoor space, we recommend
creating a demarcation point to transition from outdoor fiber cabling to indoor fiber cabling. Tyco
Electronics provides one option for this task with the use of a rack mount panel and industrialized fiber
receptacles. The FM-016476 is a panel designed to mount into a standard 19-inch equipment rack and
has eight (8) available locations for holding the receptacles. The receptacles should be installed on the
panel such that the outdoor cable connects to the protected reverse-side of the panel. Indoor fiber cables
then connect from the front of the panel to the appropriate network device.
Figure D-19: XLC-MM 19" Rack Mount Panel, Part Number FM-016476
The receptacle assembly consists of the receptacle, a seal (panel gasket), and a panel nut, as shown in
Figure D-20.
Figure D-20: Industrialized Fiber Receptacle, Part Number 1828619-1
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MM-014720-001, Rev. A
D.3.4 Indoor Fiber Optic Cable
Table D-3: Indoor Fiber Optic Cable Assemblies
Part Number Description
CA-016481-001GRA Cable, Fiber, LC Duplex, 1m, Gray
CA-016481-002GRA Cable, Fiber, LC Duplex, 2m, Gray
CA-016481-003GRA Cable, Fiber, LC Duplex, 3m, Gray
CA-016481-004GRA Cable, Fiber, LC Duplex, 4m, Gray
CA-016481-005GRA Cable, Fiber, LC Duplex, 5m, Gray
CA-016481-010GRA Cable, Fiber, LC Duplex, 10m, Gray
CA-016481-001BLU Cable, Fiber, LC Duplex, 1m, Blue
CA-016481-002BLU Cable, Fiber, LC Duplex, 2m, Blue
CA-016481-003BLU Cable, Fiber, LC Duplex, 3m, Blue
CA-016481-004BLU Cable, Fiber, LC Duplex, 4m, Blue
CA-016481-005BLU Cable, Fiber, LC Duplex, 5m, Blue
CA-016481-010BLU Cable, Fiber, LC Duplex, 10m, Blue
CA-016481-001YEL Cable, Fiber, LC Duplex, 1m, Yellow
CA-016481-002YEL Cable, Fiber, LC Duplex, 2m, Yellow
CA-016481-003YEL Cable, Fiber, LC Duplex, 3m, Yellow
CA-016481-004YEL Cable, Fiber, LC Duplex, 4m, Yellow
CA-016481-005YEL Cable, Fiber, LC Duplex, 5m, Yellow
CA-016481-010YEL Cable, Fiber, LC Duplex, 10m, Yellow
CA-016481-001GRN Cable, Fiber, LC Duplex, 1m, Green
CA-016481-002GRN Cable, Fiber, LC Duplex, 2m, Green
CA-016481-003GRN Cable, Fiber, LC Duplex, 3m, Green
CA-016481-004GRN Cable, Fiber, LC Duplex, 4m, Green
CA-016481-005GRN Cable, Fiber, LC Duplex, 5m, Green
CA-016481-010GRN Cable, Fiber, LC Duplex, 10m, Green
CA-016481-001RED Cable, Fiber, LC Duplex, 1m, Red
CA-016481-002RED Cable, Fiber, LC Duplex, 2m, Red
CA-016481-003RED Cable, Fiber, LC Duplex, 3m, Red
CA-016481-004RED Cable, Fiber, LC Duplex, 4m, Red
CA-016481-005RED Cable, Fiber, LC Duplex, 5m, Red
CA-016481-010RED Cable, Fiber, LC Duplex, 10m, Red
CA-016481-001ORN Cable, Fiber, LC Duplex, 1m, Orange
CA-016481-002ORN Cable, Fiber, LC Duplex, 2m, Orange
CA-016481-003ORN Cable, Fiber, LC Duplex, 3m, Orange
CA-016481-004ORN Cable, Fiber, LC Duplex, 4m, Orange
CA-016481-005ORN Cable, Fiber, LC Duplex, 5m, Orange
CA-016481-010ORN Cable, Fiber, LC Duplex, 10m, Orange
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APPENDIX E SPECIFICATIONS
E.1 SUBSCRIBER STATION
E.1.1 Hardware Specifications
Model Numbers:
Low Power Copper Client: MAVM-VMCLL (BS-010700-001)
High Power Copper Client: MAVM-VMXCH (BS-010700-002)
High Power Nomadic Copper Client: MAVM-VMCHN (BS-010700-002)
High Power Fiber Client: MAVM-VMCHH (BS-010700-003)
Low Power Fiber Client: MAVM-VMCLH (BS-010700-004)
Physical Characteristics:
Electrical Power:
Standard Models: 11 to 30 Vdc (neg. gnd.) or 16 to 26 Vac
Fiber Models: 11 to 30 Vdc(neg. gnd.)
MM-014720-001, Rev. A
2
Power Consumption: 16 Watts maximum (8 Watts - Low Power Clients)
Size (H x W x D): 9.9 in. x 7.9 in. x 2.9 in. (25.1 cm x 20.1 cm x 7.3 cm)
Weight: 6 lbs (2.7 kg) (less mounting hardware)
Environmental Specifications:
Operating Temperature: -22°F to +140°F (-30°C to +60°C)
Storage Temperature: -40°F to +185°F (-40°C to +85°C)
Environmental (Enclosure): NEMA4
Altitude: 15,000 ft. (operational)
System Interfaces:
Data Plane:
Standard Client: 100Base-TX (copper - RJ-45 connector), Weatherproof
Fiber Client: 100Base-FX (LC Fiber Optic Connector), Weatherproof
Management: 100Base-TX, 100Base-FX, or over the air
4.9 GHz RF: Type-N (F) connector, 50 ohms
2
High Power Copper Client supplied with nomadic installation kit.
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MM-014720-001, Rev. A
E.1.2 Data Specifications
Security Features:
Authentication: X.509 Digital Certificate
Authorization: RSA Public Key Encryption
Encryption: AES 128 bit
Network Features:
Management: SNMP
Convergence: IPv4 over IEEE 802.3/Ethernet
Configuration: UAS, BAS, or embedded Web page
PHY Characteristics:
PHY: OFDM 256 FFT
IEEE 802.3/Ethernet
Channel Bandwidth: 5 or 10 MHz
Modulation Rates: BPSK, QPSK (1/2, 3/4), 16QAM (1/2, 3/4),
64QAM (1/2, 3/4)
Duplexing: Time Division Duplexing (TDD)
Frame Durations: 5 msec, 10 msec
CP: 1/32, 1/16, 1/8, 1/4
Throughput: 1 to 19 Mbps for 5 MHz channel
3 to 38 Mbps for 10 MHz channel
MAC Characteristics:
Duplexing: Time Division Duplexing (TDD)
Service Classes Supported: Real-Time Polling Service (rtPS)
Non-Real-Time Polling Service (nrtPS)
Unsolicited Grant Service (UGS)
Best Efforts (BE)
138
Payload Header Suppression: Supported
Automatic Repeat Request (ARQ): Supported
Page 61
E.1.3 Transmitter
Frequency: 4897.5 + 5*n (n=1,2,…18) MHz, or
4895.0 + 10*n (n=1,2,…9) MHz
Channel Bandwidth: 5 or 10 MHz
MM-014720-001, Rev. A
Output Power into a 50 Ω Load:
Low Power Model: 0.1 Watts (+20 dBm QPSK/16QAM)
High Power Model: 0.5 Watts (+27 dBm QPSK/16QAM)
Output Power Control:
Low Power Model: +20 to -30 dBm (50 dB range) adjustable, 1 dB steps
High Power Model: +27 to -23 dBm (50 dB range) adjustable, 1 dB steps
FCC ID:
High Power Model: BV8VIDA-BBCL
Industry Canada:
High Power Model: 3607A-VIDABBCL
Spectrum Mask: FCC Mask M (90.210)
E.1.4 Receiver
Frequency Band: 4897.5 + 5*n (n=1,2,…18) MHz, or
4895.0 + 10*n (n=1,2,…9) MHz
Channel Bandwidth: 5 or 10 MHz
Frequency Stability: 20 PPM
Sensitivity at BER 10
E-6
:
BPSK -1/2: -96 dBm
QPSK -3/4: -91 dBm
16-QAM – 3/4: -85 dBm
Max RX Input Power: -30 dBm
Max/RX Input Power (no damage): 0 dBm
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MM-014720-001, Rev. A
E.2 BASE STATION
E.2.1 Hardware Specifications
Model Numbers:
Base Station, AC with Copper Ethernet: MAVM-VMXBA (BS-009214-001)
Base Station, DC with Fiber: MAVM-VMXBD (BS-009214-002)
Base Station, DC with Copper Ethernet: MAVM-VMXBD (BS-009214-003)
Physical Characteristics:
Electrical Power:
AC Model:
DC Model:
Power Consumption: 60 Watts maximum
Size (H x W x D): 14.5 in. x 8.0 in. x 4.25 in.
Weight: 13.5 lbs (6.17 kg)
Environmental Specifications:
Operating Temperature: -22°F to +140°F (-30°C to +60°C)
Storage Temperature: -40°F to +185°F (-40°C to +85°C)
Environmental: NEMA4
Altitude: 15000 ft
System Interfaces:
120 Vac ±15%, 50-60 Hz
+24 ±3 Vdc (neg. gnd.)
(36.9 cm x 20.3 cm x 10.8 cm)
140
Data Plane:
Copper:
Fiber:
Management: 100Base-TX or 100Base-FX
4.9 GHz RF: Type-N (F) connector, 50 ohms
GPS RF: SMA (F) connector, 50 ohms
100Base-TX (copper - RJ-45 connector), Weatherproof
100Base-FX (LC Fiber Optic Connector),
Weatherproof
Page 63
MM-014720-001, Rev. A
Security Features:
Authentication: X.509 Digital Certificate
Authorization: RSA Public Key Encryption
Encryption: AES 128 bit
Network Features:
Management: SNMP
Convergence: IPv4 over IEEE 802.3/Ethernet
IEEE 802.3/Ethernet
Configuration: UAS, BAS, or embedded Web page
PHY Characteristics:
PHY: OFDM 256 FFT
Channel Bandwidth: 5 MHz
Modulation Rates: BPSK, QPSK (1/2, 3/4), 16QAM (1/2, 3/4),
64QAM (1/2, 3/4)
Duplexing: Time Division Duplexing (TDD)
Frame Durations: 5 msec, 10 msec
CP: 1/32, 1/16, 1/8, 1/4
Throughput: 1 to 19 Mbps for 5 MHz channel
MAC Characteristics:
Duplexing: Time Division Duplexing (TDD)
Service Classes Supported: Real-Time Polling Service (rtPS)
Non-Real-Time Polling Service (nrtPS)
Unsolicited Grant Service (UGS)
Best Effort (BE)
Payload Header Suppression: Supported
Automatic Repeat Request (ARQ): Supported
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MM-014720-001, Rev. A
E.2.2 Transmitter
Frequency Band: 4937.5 + 5*n (n=1,2,…10) MHz
Channel Bandwidth: 5 MHz
RF Power Output: 0.5 Watts (27 dBm ) Maximum
Output Power Control: 30 dB
FCC ID: BV8VIDA-BB
Industry Canada: 3670A-VIDABB
Spectrum Mask: FCC Mask M (90.210)
E.2.3 Receiver
Frequency Band: 4937.5 + 5*n (n=1,2,…10) MHz
Channel Bandwidth: 5 MHz
st
Adjacent channel rejection at BER = 1e-6
1
>20 dB
for 3 dB degradation C/I (16QAM-3/4):
nd
Adjacent channel rejection at BER = 1e-
2
>50 dBc
6 for 3 dB degradation C/I (16QAM-3/4):
Sensitivity at BER 10
E-6
:
BPSK -1/2: -96 dBm
QPSK -3/4: -91 dBm
16-QAM – 3/4: -85 dBm
Max RX Input Power: -30 dBm
Max/RX Input Power (no damage): 0 dBm
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E.3 MULTILINK STATION AND B510 BASE STATION
MM-014720-001, Rev. A
E.3.1 Hardware Specifications
Model Numbers:
MultiLink Station
B510 Base Station : MAVM-MBASE (BS-014648-004)
Regulatory:
Wireless Protocol:
FCC ID:
MultiLink Station:
Base Station
Industry Canada:
MultiLink Station:
B510 Base Station
Spectrum Mask: FCC Mask 90.210(m)
Physical Characteristics:
Electrical Power:
3
: MAVM-MLINK (BS-014648-003)
IEEE 802.16 2004
BV8MLINK
BV8MBASE
3670A-MLINK
3670A-MBASE
+24 ±3 Vdc (neg. gnd.)
Power Consumption:
MultiLink Station:
B510 Base Station
76 Watts (max)
60 Watts (max)
Size (H x W x D): 14.5 in. x 8.0 in. x 4.25 in.
(36.9 cm x 20.3 cm x 10.8 cm)
Weight:
MultiLink Station:
B510 Base Station
11.4 lbs (5.18 kg)
10.8 lbs (4.91 kg)
Environmental Specifications:
Operating Temperature: -22°F to +140°F (-30°C to +60°C)
Storage Temperature: -40°F to +185°F (-40°C to +85°C)
Environmental: NEMA4
Altitude
Low Pressure Operating Range:
Low Pressure Storage Range:
3
The MultiLink Station contains the functionality of both a base station and subscriber station.
15000 ft.
30000 ft.
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MM-014720-001, Rev. A
System Interfaces:
Data Plane:
Copper:
Fiber:
100Base-TX (copper - RJ-45 connector), Weatherproof
100Base-FX (LC Fiber Optic Connector), Weatherproof
4.9 GHz RF: Two-Type-N (F) connectors, 50 ohms (base
station/client)
GPS RF: TNC (F) connector, 50 ohms
Security Features:
Authentication: X.509 Digital Certificate
Authorization: RSA Public Key Encryption
Encryption: AES 128 bit
Network Features:
Management: SNMP
Convergence: IPv4 over IEEE 802.3/Ethernet
IEEE 802.3/Ethernet
Configuration: UAS, BAS, or embedded Web page
PHY Characteristics:
PHY: OFDM 256 FFT
Channel Bandwidth: 5 or 10 MHz
Modulation Rates: BPSK, QPSK (1/2, 3/4), 16QAM (1/2, 3/4),
64QAM (1/2, 3/4)
Duplexing: Time Division Duplexing (TDD)
Frame Durations: 5 msec, 10 msec
CP: 1/32, 1/16, 1/8, 1/4
Throughput: 1 to 19 Mbps for 5 MHz channel
3 to 38 Mbps for 10 MHz channel
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MM-014720-001, Rev. A
MAC Characteristics:
Duplexing: Time Division Duplexing (TDD)
Service Classes Supported: Real-Time Polling Service (rtPS)
Non-Real-Time Polling Service (nrtPS)
Unsolicited Grant Service (UGS)
Best Efforts (BE)
Payload Header Suppression: Supported
Automatic Repeat Request (ARQ): Supported
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MM-014720-001, Rev. A
E.3.2 Base Station S ection Specifications
E.3.3 Transmitter
Frequency Band: 4897.5 + 5*n (n=1,2,…18) MHz, or
Channel Bandwidth: 5 or 10 MHz
RF Power Output: 0.5 Watts (27 dBm ) Maximum
Output Power Control: 30 dB
4895.0 + 10*n (n=1,2,…9) MHz
FCC ID:
MultiLink Station:
Base Station
Industry Canada:
MultiLink Station:
Base Station
BV8MLINK
BV8MBASE
3670A-MLINK
3670A-MBASE
Spectrum Mask: FCC Mask M (90.210)
E.3.4 Receiver
Frequency Band: 4897.5 + 5*n (n=1,2,…18) MHz, or
4895.0 + 10*n (n=1,2,…9) MHz
Channel Bandwidth: 5 or 10 MHz
st
1
Adjacent channel rejection at BER = 1e-6
for 3 dB degradation C/I (16QAM-3/4):
nd
Adjacent channel rejection at BER = 1e-
2
6 for 3 dB degradation C/I (16QAM-3/4):
Sensitivity at BER 10
E-6
:
>20 dB
>50 dBc
146
BPSK -1/2: -96 dBm
QPSK -3/4: -91 dBm
16-QAM – 3/4: -85 dBm
Max RX Input Power: -30 dBm
Max/RX Input Power (no damage): 0 dBm
Page 69
MM-014720-001, Rev. A
E.3.5 Subscriber Station Section Specifications (MultiLink Only)
E.3.6 Transmitter
Frequency: 4897.5 + 5*n (n=1,2,…18) MHz, or
4895.0 + 10*n (n=1,2,…9) MHz
Channel Bandwidth: 5 or 10 MHz
Output Power into a 50 Ω Load:
0.5 Watts (+27 dBm QPSK/16QAM)
Output Power Control: +27 to -23 dBm (50 dB range) adjustable, 1 dB steps
FCC ID: BV8MLINK
Industry Canada: 3670A-MLINK
Spectrum Mask: FCC Mask M (90.210)
E.3.7 Receiver
Frequency Band: 4897.5 + 5*n (n=1,2,…18) MHz, or
4895.0 + 10*n (n=1,2,…9) MHz
Channel Bandwidth: 5 or 10 MHz
Frequency Stability: 20 PPM
Sensitivity at BER 10
E-6
:
BPSK -1/2: -96 dBm
QPSK -3/4: -91 dBm
16-QAM – 3/4: -85 dBm
Max RX Input Power: -30 dBm
Max/RX Input Power (no damage): 0 dBm
147
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Tyco Electronics Wireless Systems
221 Jefferson Ridge Parkway
Lynchburg, Virginia 24501
(Outside USA, 1-434-385-2400) Toll Free 1-800-528-7711
www.macom-wireless.com
Printed in U.S.A.
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