wimax

UWB-D00069 Rev J

MicroMAX Web-based Management

User Guide

Software Release 7.8

MicroMAX Web-based Management User Guide

Commercial in Confidence UWB-D00069 Rev J

Acknowledgements Airspan Networks Inc acknowledges the following trademarks used within this document:

© Intel Corporation http://www.intel.com/

© SEQUANS COMMUNICATIONS http://www.sequans.com

© Microsoft Corporation http://www.microsoft.com

Copyright © Copyright by Airspan Networks Inc., 2009. All rights reserved worldwide.

The information contained within this document is proprietary and is subject to all relevant copyright, patent and other laws protecting intellectual property, as well as any specific agreements protecting Airspan Networks Inc. rights in the aforesaid information. Neither this document nor the information contained herein may be published, reproduced or disclosed to third parties, in whole or in part, without the express, prior, written permission of Airspan Networks Inc. In addition, any use of this document or the information contained herein for the purposes other than those for which it is disclosed is strictly forbidden.

Airspan Networks Inc. reserves the right, without prior notice or liability, to make changes in equipment design or specifications.

Information supplied by Airspan Networks Inc. is believed to be accurate and reliable. However, no responsibility is assumed by Airspan Networks Inc. for the use thereof nor for the rights of third parties which may be effected in any way by the use of thereof.

Any representation(s) in this document concerning performance of Airspan Networks Inc. product(s) are for informational purposes only and are not warranties of future performance, either expressed or implied. Airspan Networks Inc. standard limited warranty, stated in its sales contract or order confirmation form, is the only warranty offered by Airspan Networks Inc. in relation thereto.

This document may contain flaws, omissions or typesetting errors; no warranty is granted nor liability assumed in relation thereto unless specifically undertaken in Airspan Networks Inc. sales contract or order confirmation. Information contained herein is periodically updated and changes will be incorporated into subsequent editions. If you have encountered an error, please notify Airspan Networks Inc. All specifications are subject to change without prior notice.

Product performance figures quoted within this document are indicative and for information purposes only.

http://www.intel.com/�

http://www.sequans.com/�

http://www.microsoft.com/�



Table of Contents Acknowledgements ..........................................................................................................................2

Copyright ..........................................................................................................................................2

Table of Contents .............................................................................................................................3

Summary of Figures .........................................................................................................................6

Summary of Tables ..........................................................................................................................8

1 About this Guide.........................................................................................................................9

1.1 Purpose ...................................................................................................................................9

1.2 Intended Audience ..................................................................................................................9

1.3 Conventions ............................................................................................................................9

1.4 Referenced Documentation ....................................................................................................9

2 System Overview .....................................................................................................................10

2.1 MicroMAX Light .....................................................................................................................11

2.2 Main Advantages ..................................................................................................................11

3 Getting Started .........................................................................................................................13

3.1 Browser Requirements..........................................................................................................13

3.2 Accessing the WiMAX Base Station Management ...............................................................13

3.3 Navigating your Web Server .................................................................................................13

3.3.1 Menu Bar.......................................................................................................................14

3.3.2 Navigating .....................................................................................................................15

4 Initial Procedure .......................................................................................................................16

4.1 Setting your parameters........................................................................................................16

4.2 Basic VLAN Configuration.....................................................................................................17

4.3 Advanced VLAN Configuration .............................................................................................20

4.4 Sync process and parameters ..............................................................................................23

5 Configuration Parameters ........................................................................................................25

5.1 Viewing System Information..................................................................................................25

5.2 Viewing Addresses................................................................................................................26

5.3 SW Download........................................................................................................................27

5.4 Software Activation ...............................................................................................................30

5.5 Startup Script.........................................................................................................................31

5.6 Defining SNMP Communities................................................................................................32

6 Advanced Configuration...........................................................................................................33

6.1 Menus and Configuration Commands ..................................................................................35

6.1.1 PROV SF - Provisioned Service Flow...........................................................................35

6.1.2 SS - Subscriber Station.................................................................................................39

6.1.3 Link................................................................................................................................41

6.1.4 Forwarding ....................................................................................................................43



6.1.5 Config ............................................................................................................................44

6.1.6 Upgrading from MicroMAX Light ...................................................................................50

6.1.7 Debug............................................................................................................................51

6.1.8 Explanation of Terms ....................................................................................................64

7 Restarting the Unit ...................................................................................................................65

8 Spectrum Analyzer (SA)...........................................................................................................66

9 Changing Password.................................................................................................................69

10 BSDU WEB Configuration.....................................................................................................70

10.1 Functionality ..................................................................................................................70

10.2 Networking / Management Features.............................................................................70

10.2.1 Transparent Bridging.....................................................................................................70

10.2.2 Local and Remote Management ...................................................................................70

11 Viewing Current BSDU Configuration ...................................................................................72

11.1 Viewing your parameters ..............................................................................................72

12 BSDU Configuration Parameters ..........................................................................................73

12.1 Menu Bar.......................................................................................................................73

12.1.1 Navigating .....................................................................................................................73

12.2 System Information .......................................................................................................74

12.3 Address .........................................................................................................................76

12.4 MAC Table ....................................................................................................................78

12.5 Log ................................................................................................................................80

12.5.1 Define Log Display ........................................................................................................81

13 Advanced Configuration........................................................................................................82

14 Port Management..................................................................................................................85

15 Configuration Settings...........................................................................................................89

15.1 Reset to Factory Default ...............................................................................................89

15.2 Define Security Parameters ..........................................................................................90

15.3 Telnet Connection .........................................................................................................90

15.4 Define Communication Configuration ...........................................................................91

16 Port Statistics ........................................................................................................................94

17 Port Mirroring.........................................................................................................................98

18 Software Upgrade ...............................................................................................................100

18.1 Software Activation .....................................................................................................101

19 Cable Test ...........................................................................................................................102

20 GPS Time Synchronization .................................................................................................104

20.1 GPS Synchronization Protection.................................................................................107

21 SNMP Traps........................................................................................................................108

22 Topology..............................................................................................................................111



23 Rebooting the BSDU...........................................................................................................113

24 Appendix .............................................................................................................................114

24.1 Glossary of Terms.......................................................................................................114

24.2 Revision History ..........................................................................................................115

24.3 Contact Information.....................................................................................................115



Summary of Figures Figure 1 – Architecture ...................................................................................................................10

Figure 2 - Main page ......................................................................................................................13

Figure 3 - Basic VLAN configuration ..............................................................................................17

Figure 4 – setGlobalConfiguration..................................................................................................17

Figure 5 – configurePortVLANBridge .............................................................................................18

Figure 6 - configurePortVLANBridge – 2........................................................................................19

Figure 7 – addVLANToPortList.......................................................................................................19

Figure 8 - addVLANToPortList -2 ...................................................................................................20

Figure 9 - Advanced VLAN Configuration ......................................................................................20

Figure 10 - setGlobalConfiguration: bridge-mode = 1 ....................................................................20

Figure 11 – configurePortVlanBridge .............................................................................................21

Figure 12 - Add_Prov_Sf ................................................................................................................22

Figure 13 - Add_Prov_Sf – 2 ..........................................................................................................22

Figure 14 – syncActivate ................................................................................................................23

Figure 15 - syncShow Call..............................................................................................................23

Figure 16 - Sync Sequence Process..............................................................................................24

Figure 17 - System page ................................................................................................................25

Figure 18 - Address page ...............................................................................................................26

Figure 19 - Software Download page.............................................................................................28

Figure 20 - Software download success ........................................................................................29

Figure 21 - Software download failure............................................................................................29

Figure 22 - Software version swap.................................................................................................30

Figure 23 - Startup Script page ......................................................................................................31

Figure 24 - SNMP Communities page............................................................................................32

Figure 25 - PROV_SF ....................................................................................................................33

Figure 26 - Advanced options tool bar ...........................................................................................33

Figure 27 – showMacFrame...........................................................................................................34

Figure 28 – setMacFrame ..............................................................................................................35

Figure 29 - Reset page...................................................................................................................65

Figure 30 - Reboot confirmation.....................................................................................................65

Figure 31 - Reset to factory default ................................................................................................65

Figure 32 - Spectrum Analyzer page..............................................................................................66

Figure 33 - Available Spectrum graphs ..........................................................................................67

Figure 34 - Graph display ...............................................................................................................68

Figure 35 - Change password ........................................................................................................69

Figure 36 - Password enabled........................................................................................................69

Figure 37 - BSDU System page .....................................................................................................74



Figure 38 - BSDU Address page....................................................................................................76

Figure 39 - MAC Table page ..........................................................................................................78

Figure 40 - BSDU Log page ...........................................................................................................80

Figure 41 - BSDU Advanced Login page .......................................................................................82

Figure 42 - Advanced Options page...............................................................................................83

Figure 43 - BSDU Port Management page ....................................................................................85

Figure 44 - Confirm.........................................................................................................................88

Figure 45 - Configuration Settings page (upper portion) ................................................................89

Figure 46 - Configuration Settings page (lower portion).................................................................91

Figure 47 - Commit changes .........................................................................................................92

Figure 48 - Ports Statistics page ....................................................................................................94

Figure 49 - Rear panel ports...........................................................................................................95

Figure 50 - Front panel ports ..........................................................................................................95

Figure 51 - Mirroring page ..............................................................................................................98

Figure 52 - Software upgrade page..............................................................................................100

Figure 53 - Upgrade confirm.........................................................................................................101

Figure 54 - Swap confirmation......................................................................................................101

Figure 55 - Swap success message.............................................................................................101

Figure 56 - Cable Test page.........................................................................................................102

Figure 57 - Cable Test result - problem found..............................................................................102

Figure 58 - Cable Test result - No problem found........................................................................103

Figure 59 - BSDU Time Sync page ..............................................................................................104

Figure 60 - Sync mode Local Oscillator warning..........................................................................106

Figure 61 – syncActivate ..............................................................................................................107

Figure 62 – syncSetSyncIgnore ...................................................................................................107

Figure 63 - SNMP Traps page......................................................................................................108

Figure 64 - SNMP Action..............................................................................................................109

Figure 65 - Modify settings ...........................................................................................................109

Figure 66 - Remove......................................................................................................................109

Figure 67 - Topology page ...........................................................................................................111

Figure 68 - Topology save change...............................................................................................112

Figure 69 - BSDU Reboot confirm................................................................................................113

Figure 70 - BSDU rebooting .........................................................................................................113



Summary of Tables Table 1 - WBM menus....................................................................................................................14

Table 2 - PROV SF - Provisioned Service Flow.............................................................................35

Table 3 - SS - Subscriber Station (i.e. EasyST/ProST)..................................................................39

Table 4 – LINK................................................................................................................................41

Table 5 – FORWARDING...............................................................................................................43

Table 6 – CONFIG..........................................................................................................................44

Table 7 - CONFIG (MicroMAX Light)..............................................................................................50

Table 8 - Debug..............................................................................................................................51

Table 9 - BSDU Menus...................................................................................................................73

Table 10 – Navigation.....................................................................................................................73

Table 11 - BSDU System ...............................................................................................................75

Table 12 - BSDU Address ..............................................................................................................76

Table 13 - BSDU MAC Table .........................................................................................................78

Table 14 - Log entry position ..........................................................................................................81

Table 15 - Log fields .......................................................................................................................81

Table 16 - BSR Port Management .................................................................................................86

Table 17 - General Purpose Switch................................................................................................86

Table 18 - Management ports ........................................................................................................87

Table 19 - GE Backhaul / Cascade ................................................................................................87

Table 20 - Security parameters ......................................................................................................90

Table 21 - Communication Configuration parameters....................................................................92

Table 22 - Port Statistic counters ...................................................................................................96

Table 23 - Time Sync ...................................................................................................................105

Table 24 - BSDU SNMP Traps.....................................................................................................108

Table 25 - SNMP Trap message..................................................................................................109

Table 26 - SNMP Traps................................................................................................................110

Table 27 - Topology Polling..........................................................................................................112



1 About this Guide This section discusses the purpose, intended audience, conventions, referenced documentation and organization for this document.

1.1 Purpose The purpose of this User Guide is to provide step-by-step instructions for using the Web-based MicroMAX Base Station management tool (WBM). These procedures include:

Overview Getting Started Initial Procedure Configuration Parameters Advanced Configuration Restarting the Unit Changing Password BSDU WEB Configuration Viewing Current Configuration Configuration Parameters Advanced Configuration Rebooting the BSDU

1.2 Intended Audience This guide is intended for qualified and authorized technicians who are responsible for configuring and managing the MicroMAX Base Station unit(s).

1.3 Conventions Icon Description

Checkpoint: Marks a point in the workflow where there may be an exit or branch to some other procedure. At each Checkpoint the reason for an exit or branch is given along with specific directions to locate the entry point in the other procedure.

Reference: Gives a resource in the workflow that may be needed to complete a procedure along with specific directions to use the resource.

Caution: Describes a possible risk and how to lessen or avoid the risk.

Advice: Provides a recommendation based on best practice.

Note: Provides useful information.

1.4 Referenced Documentation For a detailed explanation of the MicroMAX Installation and Overview, see the following manuals:

UGD-D00068 MicroMAX Hardware Installation User Guide

UOV-D00103 MicroMAX System Overview



2 System Overview Airspan provides a Web-based user interface tool for MicroMAX Base Station management (WBM). This Web-based tool is used for viewing various MicroMAX Base Station Radio units (hereafter referred to as units) configuration settings, as well as for performing advanced configuration settings such as software upgrade.

The Web-based management tool can be accessed remotely using any standard Web browser (e.g. Microsoft Internet Explorer), from anywhere in the world, as long as the MicroMAX Base Station is powered-on and connected to the Internet, provided WEB access to MicroMAX is allowed (through different firewalls). Thus, no installation of any additional Airspan software is required.

Figure 1 – Architecture

The Web-based management tool is based on a client-server architecture, whereby the MicroMAX Base Station contains embedded Web server software (HTTP server) on its flash memory. Any Web browser can access this server by using the server's IP address, which is the IP address of the MicroMAX BSR.

The Web browser communicates with MicroMAX Base Station embedded Web server using the TCP/IP protocol. The Web browser sends HTTP requests to the server, which in turn responds by sending HTML pages, thereby providing the user interface on the client Web browser.



2.1 MicroMAX Light The MicroMAX "light" version is identical to MicroMAX other than it only supports up to 30 SS units and is (presently) not available in all frequency bands. MicroMAX Light can be upgraded at anytime to the regular MicroMAX. See Upgrading from MicroMAX Light.

2.2 Main Advantages Airspan's Web-based management provides the following configuration options:

End-user acceptance and familiarity -- Web-based management provides an easy-to-use management method

Cross platform -- Web browsers support most operating systems (e.g. Windows, UNIX, Linux, Mac)

Operators can configure and monitor MicroMAX via either:

• SNMP – using Netspan - for complete configuration

• WEB – using a standard WEB browser

MicroMAX WEB management includes the following:

• Setting or monitoring Base Station Radio parameters such as:

• BS ID, Channel, IP address and passwords for SNMP management

• Entries of LAN tables of MicroMAX

Management VLAN – to isolate the management IP address, creating an out-of-band network for management purposes. By isolating the management IP address from normal traffic, access from unauthorized users and malicious attacks from the general user population can be eliminated.

VLAN Tagging/Untagging – enables the reception and transmission of 802.1Q VLAN-tagged frames on the interface

DFS – Dynamic Frequency Selection – enables spectrum-sharing mechanism allowing wireless access equipment to coexist with other systems in the 5 GHz license-exempt band. This is a regulation requirement.

SA – Spectrum Analyzer – enables a way to scan and find a channel with minimal noise.

CCC – Clearest Channel Choice – In order for the BSR to cope with interferences in unlicensed band the BSR searches the spectrum and automatically selects the clearest channel.

WFQ – Weighted Fair Queuing – provides consistent response time to heavy and light network users alike without adding excessive bandwidth.

TDD and FDD Synchronization – Synchronization to mitigate the TX/RX mutual between radios.

Reuse Groups – Burst profile adaptation, as implemented at the CPE, is based on CINR measurement.

Q-in-Q – solves the limitation of maximum 4096 VLANs.

Dynamic Contention Slots Adjustment – optimizes the number of contention slots vs. needs of the network.

Filter Unknown Broadcast Packets – a filtering mechanism (to discard) for unknown Broadcast packets.

Uplink Sub-Channelization – BS decides, based on uplink SNR measurements whether to schedule full bandwidth or sub-channelized grants for the CPE.



DHCP option 82 – The BS inserts an identifier (BSID) in all DHCP requests from end-user. This allows the ISP to authenticate and control the rights for assigning IP addresses to the end-user.

ARQ - an application layer error correction technique that identifies errors in frames of transmitted data and automatically requests retransmission of the erred frames. Used for Data Service Flows.

Setting Service Flows:

• For multiple SS units

• Including QoS settings

Software upgrade for MicroMAX BSR via:

• FTP

• TFTP



3 Getting Started This section discusses the following topics:

Browser Requirements

Accessing the WiMAX Base Station Management

Navigating your Web Server

3.1 Browser Requirements Ensure that your Web browser with which you want to access the WBM is running Microsoft Internet Explorer 7, Firefox 2.0.0.6 and above.

3.2 Accessing the WiMAX Base Station Management Your MicroMAX has a pre-configured default IP address (10.0.0.123) that is used to access to and communicate with the embedded WiMAX BS Web server.

To access the embedded WiMAX Web server: 1. Start your Web browsers (e.g. Microsoft Internet Explorer).

2. In the Address Bar field, type the IP address of the MicroMAX (i.e. 10.0.0.123) subnet (255.0.0.0)

Note: To quickly enter the WiMAX Web server address, you can simply type the IP address without typing "http://". When you press <Enter> (see Step 3), the full address (i.e. "http://...") is automatically entered.

3. Press <Enter> on your keyboard.

4. Enter User Name and Password defaults - User Name = admin, Password = admin

The home page of the Web-based management tool opens, as displayed below:

Figure 2 ‐ Main page

3.3 Navigating your Web Server The WBM provides a user-friendly graphical user interface (GUI) that allows you to easily access commands to configure and view your MicroMAX configuration parameters.



3.3.1 Menu Bar The menu bar at the top of the page provides links (menus) to various configuration categories. This menu bar is displayed throughout the WBM pages to allow easy navigation between categories.

The menus on the WBM menu bar are described in the table below:

Table 1 ‐ WBM menus

Menu Description

System Opens the System page where the following system information is displayed:

Serial Number - serial number of this BSR

Product Type - type of product

Digital Board Revision - revision number of the digital board

Software Version - software version number presently in use

System Up Time – how long unit has been running since last power-up

Addresses Opens the Address page, which displays MicroMAX identification parameters such as Host Name, IP Address, Subnet Mask, Default Gateway and MAC Address

Opens the Software Download page, where operator selects either:

FTP TFTP

SW Download

Defines:

• Server IP address of the FTP server

• FTP user name - for access

• FTP password - for access security

• File name ( the path in the FTP server)

Defines:

• Server IP address of the TFTP server

• File name ( the path in the TFTP server)

Startup Script

Opens the Startup Script page, which enables Startup Script support for operators

SNMP Communities

Opens the SNMP Communities page, where SNMP community string (where the information is sent) is defined, for read only and read/write privileges.

SNMP default communities are:

Write = private

Read = public



Menu Description

Advanced Opens the Advanced page for performing advanced configuration settings such:

SS - for setting parameters for subscriber units

Forwarding - to retrieve information about LAN tables and different interfaces

Config - to retrieve/set parameters of the MicroMAX

Home - to return to the Main menu

Reset Opens the Reset System page for performing a system reboot after changes have been made, or to reset to factory defaults

SA Opens Spectrum Analyzer (SA) page which supplies the operator with a method to scan the spectrum and find a channel with minimal noise.

Note: SA page only appears in hardware versions D5 and above. To verify hardware version select System.

Change Password

Opens the Change Password page for performing a password change

3.3.2 Navigating The table below describes basic WBM navigation procedures:

To ... Do this ...

Navigate to a specific configuration category

Click the relevant menu on the menu bar.

Return to the home page Click the browser's Back button until the home page is displayed.

Quit the Web-based tool Click Logout located above the top-left of the Main window.



4 Initial Procedure The following section explains initial configuration via the WBM.

4.1 Setting your parameters After you have accessed the WiMAX Web server you should set specific parameters for your system.

To set parameters for your system Select Addresses from the Main menu, to define your system's identification parameters, see Viewing Addresses in the Configuration Parameters section.

1. Define your system's parameters:

• Host Name

• IP Address of your BSR

• Subnet Mask

• Default Gateway

Note: Any changes made will only take effect after a reboot.

2. Change the Password from the default password; see Changing Password and it is advisable to change your password periodically for security reasons.

3. Change the MAC frame configuration in the setMacFrame menu, see CONFIG - Configuration Commands in the Advanced Configuration section. Define your specific Bandwidth, CP and Duration.

Note: System recommendation is to work with CP 1/4 when using 10MHz channels.

4. Change the MAC downlink configuration in the setMacDl menu, see CONFIG - Configuration

Commands in the Advanced Configuration section. Define your specific tx-power, DL frequency and bs-id.

5. Change the MAC Uplink configuration in the setMacUl menu, see CONFIG- Configuration Commands in the Advanced Configuration section. Define your specific UL frequency.

6. If required Provision Service Flows to enable Subscribers and to exchange data:

a. Create a service class in the Create_Service_Class menu, see PROV SF - Provisioned Service Flow in the in the Advanced Configuration section.

b. Add provisioned Service Flows with existing sc in the Add_Prov_SF menu, see PROV SF - Provisioned Service Flow in the in the Advanced Configuration section. Perform this for every Subscriber and every Direction.

Note: For bidirectional flow there must be at least 1 uplink and 1 downlink Service flow.

Note: SS can support up to 16 Service Flows.

The following is a brief description on how perform VLAN configuration via the WBM. There are various methods of VLAN configuration, below are two (2) examples.



4.2 Basic VLAN Configuration

Figure 3 ‐ Basic VLAN configuration

To configure VLAN The Configuration sub-option, accessed from the Advanced page, is where you configure VLAN settings.

To access the Advanced page and additional configuration menus: 1. Select Advanced from the Main menu, to display and define additional configuration menus.

2. Select Config from the upper tool bar.

3. Select the setGlobalConfiguration sub-option, displayed on the left side column, as displayed below:

Figure 4 – setGlobalConfiguration



4. Enter 4 in the mvid field to enable VLAN "4" as VLAN management.

5. Enter 1 in the bridge-mode field to initiate VLAN (bridge mode).

Note: Once activating the setGlobalConfiguration with mvid≠0 the MicroMAX Web management will be reachable only to traffic that is tagged with VLAN=mvid. Make sure that you have the appropriate network setup. Otherwise connectivity to the device will be lost.

6. Click Call to save the changes

7. Select configurePortVLANBridge sub-option, displayed on the left side column, as displayed below:

Figure 5 – configurePortVLANBridge

8. Enter the MAC address of the SS in the mac field

9. Enter 1 in the bridge-mode field to initiate VLAN

10. Enter the port VLAN ID in the pvid field for the SS

11. Enter 1 in the frame type field to initiate support for all frame types, tagged and untagged


To configure additional VLAN management for additional SSs, repeat the above steps. 1. Select configurePortVLANBridge sub-option, displayed on the left side column, as

displayed below:



Figure 6 ‐ configurePortVLANBridge – 2

2. Enter the MAC address of the additional SS in the mac field

3. Enter 1 in the bridge-mode field to initiate VLAN

4. Enter the port VLAN ID in the pvid field for the additional SS

5. Enter 1 in the frame type field to initiate support for all frame types, tagged and untagged


Next you must add the VLAN to the Port list, so the ports can be recognized.

To add VLANs to the Port list 1. Select addVLANToPortList sub-option, displayed on the left side column, as displayed

below:

Figure 7 – addVLANToPortList

2. Enter the MAC address of the initial SS port in the mac field

3. Enter the VLAN ID to vid1 field to define the port of that device

4. Enter the VLAN IDs to the vid2, vid3 and vid4 fields for all the additional devices


You must add each additional VLAN to the Port list, so the ports can be recognized, as shown below:



Figure 8 ‐ addVLANToPortList ‐2

6. Click Call to save the changes.

4.3 Advanced VLAN Configuration

Figure 9 ‐ Advanced VLAN Configuration

To configure VLAN 1. The Configuration sub-option, accessed from the Advanced page, is where VLAN settings

are configured.

2. Define the global bridge mode to VLAN Bridge. Advanced->config->setGlobalConfiguration: bridge-mode = 1

Figure 10 ‐ setGlobalConfiguration: bridge‐mode = 1



3. Configure the SS port: Advanced->config->configurePortVlanBridge

a. Set the bridge mode to “VLAN Bridge” (1).

b. Set the PVID to the VLAN ID needed for data (200 in this scenario).

c. Set the acceptable frame type to “accept all” (1).

d. Set the ingress filter to disable (0).

Figure 11 – configurePortVlanBridge

Base station port may be left transparent, and if not, it must be set to allow these VLAN IDs to pass through it (refer to release 5 documentation).

Create two (data and voice/video) or three (data, voice, video) service classes (depending if a different QoS for Video and Voice is needed). Advanced->prov_sf->Create_Service_Class.

Create two (if two service classes were created) or three (if three service classes were created) uplink service flows: Advanced->prov_sf->Add_Prov_Sf.

(The following example assumes one service flow for voice and video):

1. The voice/video uplink service flow:

a. classifier1 - ipda:10.0.0.1,action:tag,vlanidtotag:300,priority:200

b. classifier2 - ipda:10.0.0.2,action:tag,vlanidtotag:400,priority:190



Figure 12 ‐ Add_Prov_Sf

2. The data uplink service flow:

a. classifier1 – any (or a specific rule if needed)

Figure 13 ‐ Add_Prov_Sf – 2

At least one downlink service flow must exist to support downlink traffic, but nothing special needs to be configured for it (VLAN wise).



4.4 Sync process and parameters The following provides an explanation on how to initiate the MicroMAX sync process.

To initiate the Sync process: 1. Connect to the WBM of the MicroMAX BS:

Defaults are: IP address – 10.0.0.123 User name – admin Password –admin

2. The Configuration sub-option, accessed from the Advanced page, is where Sync settings are configured.

3. Navigate to Advanced > Config > syncActivate and set enable to 1 as shown below:

Figure 14 – syncActivate

4. Click Call to save changes

5. Navigate to Advanced > Config > syncShow

6. Click Call to verify that the BS is synchronized as shown below:

Figure 15 ‐ syncShow Call

http://192.168.57.121/frameCmd10.html�




The following is a graphic illustration of the MicroMAX sync sequence process:

Figure 16 ‐ Sync Sequence Process

1. Com check – The BS verifies if there is communication to the BSDU.

2. PPS valid check – The BS checks if the 1PPS signal is received from the BSDU.

3. PPS sync check – The BS tries to synchronize itself to the 1PPS signal received from the BSDU.

4. TR sync check – The BS aligns the frame start with the 1PPS signal.



5 Configuration Parameters The WBM allows you to view and define configuration parameters pertaining to the following menus:

Viewing System Information

Viewing Addresses

SW Download

Software Activation

Defining SNMP Communities

Advanced Configuration

Restarting the Unit

Spectrum Analyzer (SA)

Changing Password

After entering the Main Menu select System from the options displayed on the menu bar.

Note: The following screens shots are for illustration purposes only.

5.1 Viewing System Information The System menu page is where the BSR system information such as Serial Number, Product Type, Digital Board Revision number, and Software Version are displayed.

To access the System page 1. Select System from the Main menu to view the table containing read-only system

information as displayed below.

Figure 17 ‐ System page

The parameters of the System page are described in the table below:

Parameter Description

Serial Number Serial number of the BSR in use

Product Type Type of product




Digital Board Revision

Revision number of the digital board in use

Software Version Software version number presently in use

System Up Time Displays how long the unit has been running since last power-up cycle in days, hours minutes and seconds), will reset to zero (0) when restarted

CPLD Version Displays the version number of the CPLD (Complex Programmable Logic Device).

FPGA Version Displays the version number of the FPGA (Field Programmable Gate Array). FPGAs are a class of programmable logic devices.

5.2 Viewing Addresses The Addresses menu page is where the Host name, IP address, Subnet mask, Default gateway and MAC address are set.

To access Addresses: 1. Select Addresses from the Main menu, to display and define identification parameters, as

displayed below

2. Define the required parameters:

Figure 18 ‐ Address page

3. Click Submit to set the defined parameters.



The parameters of the IP Configuration page are described in the table below:


Host Name Define the name given to the specific BSR.

Note: Do not use any spaces or special characters (#,!,@,&, etc.).

IP Address Define the IP address of the BSR

Subnet Mask Define the Subnet Mask

Default Gateway

Define the default gateway address

MAC Address Displays the MAC address

Note: Any changes made will only take effect after a reset.

5.3 SW Download The Web-based management tool allows BSR software upgrade, which should be performed only by authorized technicians. BSR upgrade is performed by downloading a software version file to the BSR using File Transfer Protocol (FTP) or Trivial File Transfer Protocol (TFTP). To upgrade the device, you need to define the FTP or TFTP parameters and the name of the software version file that you want downloaded. The downloaded file is initially downloaded to the device's standby software bank, which is inactive. To activate the downloaded file, you need to transfer it (swap) to the device's active software bank, and then reset the device.

Note: BSR upgrade should only be performed by authorized and qualified technicians.

To access Software Download

Note: Confirm access to an active FTP server containing the required SW file.

1. Select Software Download from the Main menu, to display and define download related

parameters (as shown below):



Figure 19 ‐ Software Download page

Note: Both Standby and Active SW bank versions are displayed (under Software Activation).

2. Define FTP or TFTP - protocol for file transfer.

3. In the Server IP Address field, enter the FTP/TFTP server's IP address.

a. For access to the FTP, enter the following FTP login rights:

• In the FTP User Name field, enter the FTP server's user name.

• In the FTP Password field, enter the FTP server's password.

Note: TFTP requires only an IP address and File name for access and not a User Name or a Password, which are grayed (read-only) when TFTP is selected.

4. In the File Name field, enter the name of the software version file that you want to download

to the BSR.

5. Click Download, to begin the software version file download.

When the SW file download is completed, a "Software Download completed successfully" message is displayed as a pop-up message (as shown below).



Figure 20 ‐ Software download success

In the event the download fails "Software download failed' message appears (shown below).

Figure 21 ‐ Software download failure

6. Click OK

Note: For TFTP file transfer, select TFTP and enter TFTP related parameters.



5.4 Software Activation The downloaded software version, the Standby Version, must be transferred to the Active Version by transferring from the device's standby software bank to its active software bank. To transfer the SW version file 1. Click Activate Standby

When the Swap is completed, a "New version will be activated after reset" message is displayed (as shown below).

Note: Failure to perform a reset will result in the BSR utilizing the old (current) software version.

Figure 22 ‐ Software version swap

Note: In TFTP example above the User Name and Password fields are grayed (unavailable).



5.5 Startup Script The Startup Script page (see figure below), is NOT required for standard operation.. It is only required on rare occasions when Airspan support requests operator to use this option.

To utilize a Startup Script 1. Select Startup Script from the Main menu.

2. Paste the copied script received from Airspan in the open Startup Script page, as shown below:

Figure 23 ‐ Startup Script page

3. Click Save Script to save the pasted script.

Note: Only takes effect after a reset.



5.6 Defining SNMP Communities The SNMP Communities (Simple Network Management Protocol) menu, is the group that devices and management stations running SNMP belong to. The community name is used to identify the group. A SNMP device or Network Management Software agent (NMS) may belong to more than one SNMP community. The SNMP default communities are Public for read only privilege and Private for read/write privileges. It helps define where information is sent, as displayed below:

To define the SNMP Communities 1. Select SNMP Communities from the Main menu.

2. Enter the SNMP Community string for the NMS read only parameters of the BSR.

3. Enter the SNMP Community string for the NMS read/write parameters of the BSR.

Figure 24 ‐ SNMP Communities page

4. Click Submit to save the defined SNMP Community.



6 Advanced Configuration The Advanced page, accessed from the Main menu, is used for advanced configuration procedures and contains menus to configure various advanced configuration settings.

To access the Advanced page and additional configuration menus: 1. Select Advanced from the Main menu, to display and define additional configuration menus

2. Select the desired option from the upper tool bar, as displayed below:

Caution: For proper BSR operation and configuration use only the Advanced menus that are described. Other menus may not be applicable.

3. Select the desired sub-option, displayed on the left side column.

Note: The following screens shots are for illustration purposes only.

Note: Click Home to return to the Main menu at any time.

Figure 25 ‐ PROV_SF

Figure 26 ‐ Advanced options tool bar



The Advanced tool bar options are described in the following table:

Option Description

Home To return to the Main menu

Prov SF Provisioned Service Flow. Assigned during device provisioning. For the purposes of mapping to services on SSs and associating varying levels of QoS, all data communications are in the context of a transport connection. Service flows may be provisioned when an SS is installed in the system. Shortly after SS registration, transport connections are associated with these service flows (one connection per service flow) to provide a reference against which to request bandwidth. Applicable to Base Station only.

SS To set parameters for different Subscriber units. Applicable to Base Station and Subscriber Station. (i.e. EasyST/ProST units)

Link To display Link information for the different Subscriber units. Applicable to Base Station only.

Forwarding To retrieve information on LAN tables and other Interfaces

Config To retrieve /set Base Station parameters

Debug To set Debug states

Note: Each option displays sub-options related to its specific functions.

Note: showXxxx - options that are used to view information referring to Base Station parameters.

Note: setXxxx - options that are used to set Base Station parameters.

The following are examples of showXxxx and setXxxx screens.

Figure 27 – showMacFrame



Figure 28 – setMacFrame

Click Call to retrieve information or set information on the open menu window.

After setting information utilize the showXxxx option to view the settings as displayed above in showMacFrame and setMacFrame.

6.1 Menus and Configuration Commands The different Configuration Commands for the menu options applicable for the Base Station via the Advanced page are described in the tables below:

6.1.1 PROV SF - Provisioned Service Flow The provisioned service flow is assigned during device provisioning and is meant to provide an upper limit on the QoS level for a particular service.

Table 2 ‐ PROV SF ‐ Provisioned Service Flow

Menu & Configuration Command Terms

Description

ShowSF Declares and configures the various parameters of a service flow in the local service flows database.

verbose Specifies whether or not to show more detailed information or an SS (can only be specified for one (1) SS at a time). Integer range [0..1]. The default value is false, meaning that verbose information should not be shown, as represented by 0.

sfid Service Flow ID of the provisioned service flow.

cid The connection ID of the SS that is sending or received messages you want to track.

ShowSS Shows Subscriber Station information. Applicable to Base Station and Subscriber Station.

mac MAC address. String. This is a required parameter. Format is nn:nn:nn:nn:nn:nn. Allows the selection of SS with a given MAC address or with a given Connection ID (CID)

cid The connection ID of the SS.




Description

verbose Specifies whether or not to show more detailed information. Integer range [0..1]. The default value is false, meaning that verbose information should not be shown, as represented by 0.

Create_Service_Class Creates a Service Class. Applicable to Base Station only.

scid ID of the service class. Integer. It must be unique. This is a required parameter.

scname Name of the service class (must be unique)

priority Traffic priority of the service flow.

max-sustained-rate

Maximum sustained rate (also known as Maximum Information Rate) of the service class in bit/s. Integer. Default value is 0 = unlimited.

max-traffic-burst

Maximum traffic burst of the service class. Integer. Default value is 0. (not supported)

min-reserved-rate

Minimum reserved rate (also known as Committed Information Rate) of the service class in bit/s. Integer. Default value is 0. (not supported)

min-tolerable-rate

Minimum tolerable rate of the service class in bit/s. Integer. Default value is 0.

tolerated-jitter Tolerated jitter of the service class. Integer. Default value is 0.

max-latency Maximum latency of the service class in bit/s. Integer. Default value is 0.

grant-interval Grant interval of the service class in bit/s. Integer. Default value is 0.

polling-interval Polling interval of the service class in bit/s. Integer. Default value is 0.

scheduling Type of scheduling, nrtps or best effort

sduFixed SDU variable-length (0) or fixed-length (1) Integer 0-1. Default value is false. (not supported)

sduSize Length of the SDU for a fixed-length. Integer. Default value is 49.

broadcast-bwr Enables the broadcast bandwidth requests on the connection. Integer in range [0..1]. Disable = 0 or false, enable = 1 or true (default value).

multicast-bwr Enables the multicast bandwidth requests on the connection. Integer in range [0..1]. Disable = 0 or false, enable = 1 or true (default value). (not supported)

piggyback-bwr Enables the piggyback bandwidth requests on the connection. Integer in range [0..1]. Disable = 0 or false, enable = 1 or true (default value). (not supported)

fragmentation Enables the fragmentation on the connection. Integer in range [0..1]. Disable = 0 or false, enable = 1 or true (default value).

packing Enables the packing on the connection. Integer in range [0..1]. Disable = 0 or false, enable = 1 or true (default value).




Description

crc Enables the 802.16 CRC on the connection. Integer in range [0..1]. Disable = 0 or false, enable = 1 or true (default value).

arq Enable the ARQ feature (dft=false) INT [0->1]

arq-window-size

ARQ window size (block qty) (dft=256) INT [1->1024]

arq-block-size ARQ block size (byte qty) (dft=1024) INT [1->2040]

arq-transmitter-delay

ARQ transmitter delay (ms) (dft=80) INT [1->655]

arq-receiver-delay

ARQ receiver delay (ms) (dft=80) INT [1->655]

arq-block-lifetime

ARQ block lifetime (ms) (dft=250) INT [0->655]

arq-sync-loss-timeout

ARQ Sync Loss Timeout (ms) (dft=350) INT [0->655]

arq-rx-purge-timeout

ARQ Rx purge timeout (ms) (dft=250)

Show_Service_Class Show provisioned service flows


scid ID of the service class. Integer. It must be unique.

Delete_Service_Class Delete a service class



Add_Prov_SF Adds a provisioned Service Flow. Applicable to Base Station only.

scid SFID of the provisioned service flow. Integer, that must be unique. This is a required parameter.

scName Name of the service class (must be unique)

mac address MAC address. String. This is a required parameter.

sfid Service Flow ID of the provisioned service flow. Integer, that must be unique. This is a required parameter.

direction Direction of the provisioned service flow. ENUM in [uplink, downlink]. This is a required parameter.

classifier1 First Classifier. String is key1:value1, ... with key among: any, priority, ethsa, ethda, ipsa, ipda, spr, dpr, dscprm, ipproto, vlanid, uplow, uphigh. This is a required parameter. See, Packet Classifiers.

classifier2 Second Classifier. String is key1:value1, ... with key among: any, priority, ethsa, ethda, ipsa, ipda, spr, dpr, dscprm, ipproto, vlanid, uplow, uphigh. See, Packet Classifiers.




Description

classifier3 Third Classifier. String is key1:value1, ... with key among: any, priority, ethsa, ethda, ipsa, ipda, spr, dpr, dscprm, ipproto, vlanid, uplow, uphigh. See, Packet Classifiers.

classifier4 Fourth Classifier. String is key1:value1, ... with key among: any, priority, ethsa, ethda, ipsa, ipda, spr, dpr, dscprm, ipproto, vlanid, uplow, uphigh. See, Packet Classifiers.

Show_Bcast_Sc_Settings Show the service class for the broadcast connection

Set_Bcast_Sc Set the service class for the broadcast connection

Associate Associate the Bcast to the scid argument, Integer [0>1]

scid scid of the bcast connection, Integer

Change_Prov_SF Change a provisioned Service Flow.


scName Name of the service class (must be unique)

sfid Service Flow ID of the provisioned service flow. Integer, that must be unique.

classifier1 First Classifier. String is key1:value1, ... with key among: any, priority, ethsa, ethda, ipsa, ipda, spr, dpr, dscprm, ipproto, ipv6fl, vlanid, uplow, uphigh. This is a required parameter. See, Packet Classifiers.

classifier2 Second Classifier. String is key1:value1, ... with key among: any, priority, ethsa, ethda, ipsa, ipda, spr, dpr, dscprm, ipproto, ipv6fl, vlanid, uplow, uphigh. See, Packet Classifiers.

classifier3 Third Classifier. String is key1:value1, ... with key among: any, priority, ethsa, ethda, ipsa, ipda, spr, dpr, dscprm, ipproto, ipv6fl, vlanid, uplow, uphigh. See, Packet Classifiers.

classifier4 Fourth Classifier. String is key1:value1, ... with key among: any, priority, ethsa, ethda, ipsa, ipda, spr, dpr, dscprm, ipproto, ipv6fl, vlanid, uplow, uphigh. See, Packet Classifiers.

Show_Prov_SF Shows the provisioned Service Flows. Applicable to Base Station only. Allows the selection of a SF with given SF ID (SFID) or with given CID.

sfid SFID of the provisioned service flow. Integer, that must be unique.

mac address MAC address. String.

Remove_Prov_SF Deletes a service flow. Applicable to Base Station and Subscriber Station.

mac address MAC address. String.

sfid Service Flow ID of the provisioned service flow. Integer, that must be unique.

all Remove all provSfs



6.1.2 SS - Subscriber Station Table 3 ‐ SS ‐ Subscriber Station (i.e. EasyST/ProST)


Description

ShowSsCaps Shows the negotiated capabilities of an Subscriber Station.

mac Selects the subscriber station with the specified MAC address. String.

cid Selects the subscriber station with the specified CID. Integer in the range [0..65535].

requested Shows requested capabilities. Integer where 1 = show and 0 = hide.

operational Shows operational (negotiated) capabilities. Integer where 1 = show and 0 = hide.

showCaps Shows global capabilities.

supported Shows supported capabilities. Integer range [0..1]

configured Shows configured capabilities. Integer range [0..1]

setCaps Sets global capabilities.

pkm-version

Set the requested pkm version. ENUM. Values are: none | pkm-v1

arq Set arq support. ENUM. Values are: disabled | enabled

rx-qam64 Sets the rx-qam64 support. [ disabled | enabled ]

tx-qam64 Sets the tx-qam64 support. [ disabled | enabled ]

duplex Sets the duplex mode. [ half-duplex | full-duplex ]

fsn-3-bits Sets the FSN-3-bits support. [ 3-bits-FSN |11-bits-FSN]

tx-subchannelization

Set tx-subchannelization support. ENUM. Values are: disabled | enabled

phs Set phs support. ENUM. Values are: disabled | enabled

ertps Set ertps support ENUM Values are: disabled enabled

resetSs Resets a Subscriber Station.

mac Selects a subscriber station by its MAC address. String.

cid Selects a subscriber station by its connection ID. Integer range [0..65535].

action Selects the message type. [ none | send-reset-command | send-ranging-abort ]

deregisterSs Send a DREG-CMD message



action Select the message type. [leave | transmit | listen | return | terminate]




Description

showSsPhyStatsUl Displays uplink Subscriber Station physical statistics.



showSsPhyStatsDl Displays downlink Subscriber Station physical statistics.



ShowSS Shows Subscriber Station information.

mac MAC address. String. This is a required parameter. Format is nn:nn:nn:nn:nn:nn. Allows the selection of SS with a given MAC address or with a given Connection ID (CID)

cid The connection ID of the SS. Integer [1->65535]

verbose Specifies whether or not to show more detailed information. Integer range [0..1]. The default value is false, meaning that verbose information should not be shown, as represented by 0.

showSsAuth Shows Subscriber Station authorization.

mac Selects the subscriber station with the specified MAC address. String.

cid Selects the subscriber station with the specified CID. Integer in the range [0..65535].

verbose Shows more details. Integer where 1 = verbose and 0 = normal. The default value is 0.

resetSsAuth Resets Subscriber Station authorization.



action Specifies the action when resetting. [none | invalidate-auth | sendauth-invalid | auth-invalidate-teks]. Default value is none.

message Specifies the message to send with an auth invalid. String.

Note: Spaces are not supported in this string parameter.

showMcastPhyDl Show Multicast Sf physical parameters

sfidMcast SFID of the multicast service flow, Integer

cidMcast CID of the multicast service flow, Integer [1->65535]

Note: MAC addresses of EasyST / ProST units typically begin with “00a00a”.



6.1.3 Link LINK - defines the type of line service connection

The type of line service connection profile uses to establish a connection. The types of line service depend on the connection type that you specify.

Table 4 – LINK


Description

setSubchannelization Sets subchannelization [enable | disable]

enable Subchannelization enabled state, Integer [0->1]

ShowSubchannelization Shows subchannelization config

setDfsParams Set BS dfsb parameters

Note: Displayed only for 5.4 & 5.8 GHz (unlicensed band) frequencies. Traps are displayed in Netspan.

Enable 0 - disable, 1- enable, Integer [0->1]

Regulation 0 - ETSI, 1- FCC, Integer [0->1]

AvailabilityCheck 0 - disable, 1- enable, Integer [0->1]

InServiceCheck 0 - disable, 1- enable, Integer [0->1]

MeasurementBW Set measurement BW (%), Integer [15->50]

DetectionThreshold set Threshold Power(dBm), Integer [-100->-50]

MinAcquisitionPeriod (us), Integer [1000->8000000]

getDfsParams Get BS dfsb parameters


setSsGHz Params Set SS dfsb parameters

Note: Displayed only for 5.4 & 5.8 (unlicensed band) frequencies. Traps are displayed in Netspan.

Enable 0 - disable, 1- enable, Integer [0->1]

Regulation 0 - ETSI, 1- FCC, Integer [0->1]

AvailabilityCheck 0 - disable, 1- enable, Integer [0->1]

Threshold Detection Threshold Power(dBm), Integer [0->80]

SchedulerFrame Scheduler frame, Integer [1->16]

WindowSize Window size, Integer [0->100]




Description

getSsDfsParams Get SS dfsb parameters


cccSetConfig Configure clear channel choice parameters


enable CCC enable, Integer [0->1]

threshold Max power threshold

cccShowConfig Show clear channel choice parameters


cccShowScores Show channel scores


cccGetScores Get channel scores


ulabSetConfig Sets the ulab configuration - midambles

midambles Use midambles in the uplink (full-bandwidth), ENUM. Values are: none 4th-symbol 8th-symbol 16th-symbol Default = 8

ulabLinkAdapter Displays internal state (UpLink Adaptation)

ulabSs Displays internal state (UpLink) for SS

bcid Basic connection ID, parameter. Integer

dlabLinkAdapter Displays internal state (DownLink Adaptation)

dlabSs Displays internal state (DownLink) for SS

bcid Basic connection ID, parameter. Integer

setLinkAdaptationUl Configures the uplink adaptation. Applicable to Base Station only.

enable Enables automatic adaptation. Integer in the range [0..1]. The default value is disabled (0). In other words, the adaptation is manual by default.




Description

protection CINR protection in dB against implementation CINR. Float in the range [0..100]. The default value is 1.5 dB.

hysteresis CINR hysteresis in dB when upgrading the FEC code. Float in the range [0..100]. The default value is 1.0 dB.

minSubcQty Minimum subchannel quantity, ENUM. Values are: 1 | 2 | 4 | 8 | 16

showLinkAdaptationUl Shows the uplink adaptation settings. Applicable to Base Station only.

setLinkAdaptationDl Configures the downlink adaptation. Applicable to Base Station and Subscriber Station.

enable Enables automatic adaptation. Integer in the range [0..1]. The default value is disabled (0). Adaptation is manual by default.

showLinkAdaptationDl Shows the downlink adaptation settings. Applicable to Subscriber Station only.

6.1.4 Forwarding Forwarding Entries

Table 5 – FORWARDING


Description

fwdEngine Displays internal state, Fwd engine

fwdDatabase Displays internal state

fwdShowSsEntries Displays internal state

fwdResetIp Reset the IP->MAC table

fwdSetFwdFloodToAll Enable/Disable flooding to all interfaces

enable Enable disable flooding to all interfaces. Integer [0->1]

fwdShowFwdFloodToAll Show the flooding configuration

fwdDisplayFwdEntry Shows the entry's details

mac MAC address. String

rtmDataFlow Display internal state

rtmResetDataFlow Display internal state

rtmCidManager Display internal state, CID manager

rtmCidDataBase Display internal state, CDI manger entries

rtmCid Display internal state

cid Parameter, Integer

etmDataFlow Display internal state, ETM action manger

setFwdAgeingTimeout set FwdTimeout entry




Description

timeOut timeOut in Ms, Integer [900000->2147483647]

showFwdAgeingTimeout Show entry timeout

showFwdEntries Show the entries in the forwarding database

createFwdEntry Add static entry in the forwarding database

mac Address to be added. String

port Destination port, it can be a list of ports. String

cid CID of the SS if RFI interface. Integer [0->65535]

deleteFwdEntry Forget (remove) a forwarding entry

mac MAC address to be deleted. String

resetFwdStats Reset forwarding statistics

showFwdStats Show forwarding statistics

resetInterfaces Resets forwarding statistics.

showInterfaces Show forwarding statistics.

showPacketFlow Shows Packet flow, packet flow synthesis

resetPacketFlow Reset the packet flow statistics

6.1.5 Config CONFIG - Configuration Commands

The different Configuration Commands available.

Table 6 – CONFIG


Description

syncShow Show sync general information

syncActivate Enable/disable external synchronization

enable Enable disable external synchronization. Integer [0->1]

syncSetSyncIgnore Enable/disable ignore synchronization lost

enable Enable/disable ignore synchronization lost . Integer [0->1]

syncSetSyncReuseGroup Set frequency reuse group (reset required) – Burst profile adaptation based on CINR measurement

group Reuse group, ENUM. Values are: none | A | B

pkmbShowConfig Shows PKM configurations

pkmbShowPkmStats Shows PKM statistics

pkmbShowAuth Shows Authorization

ssh Select the ss handle, integer




Description

cid Select the CID, integer

verbose Show more details, integer [0->1]

pkmbSetConfig Config pkmb module

error-string Send error string to SS, Integer [0->1]

send-nonencrypted-ak Send ak in clear, Integer [0->1]

pkmbSetForceAuthentication Enable / disable force authentication (default = false)

enable force authentication

Enable / disable force authentication, Integer [0->1]

pkmbShowForceAuthentication Shows if force authentication is enabled

pkmbSetEncAlgo Set the supported encryption algorithms

support no encryption Enable / disable support for no encryption, default = TRUE, Integer [0->1]

support DES Enable / disable support for DES encryption, default = TRUE, Integer [0->1]

pkmbShowEncAlgo Displays the supported encryption algorithms

configureDhcpOpt82 Configure DHCP option 82

vlanId Set VLAN ID, Integer [0->4095]

opt82 format 0 - disable, 1- ASCII, 2 – BINARY, Integer [0->2]

showDhcpOpt82Status Show DHCP option 82 status

vlanId Set VLAN ID, Integer [0->4095]

showAllEnabledDhcpOpt82Status Show all DHCP option 82 status

configureMacFF Configure MAC Forced Forwarding

vlanId Set VLAN ID. Integer [0->4095]

IP Address Set router IP address

showMacFFStatus Show MAC Forced Forwarding status

vlanId Set VLAN ID. Integer [0->4095]

showAllEnabledMacFFStatus Show all MAC Forced Forwarding status

configureSingleUser Configure Single-User Mode

vlanId Set VLAN ID, * INT [0->4095]

Mode 0 - disable, 1 – Enable, STRING

showSingleUserStatus Show Single-User status

vlanId Set VLAN ID, * INT [0->4095]

showAllEnabledSingleUserStatus Show all enabled Single-User mode

configurePortVlanBridge Configure VLAN bridge port




Description

mac Select BS/SS port with given MAC address, STRING

bridge mode Bridge mode (1 - VLAN, 0 - TRANSPARENT) Integer [0->1]

pvid Set port VLAN ID Integer [0->4095]

pvid's priority Set PVID priority Integer [0->7]

frame type 1 - accept all, 0 - tagged only Integer [0->1]

ingress filter 1 - enable, 0 - disable Integer [0->1]

stagpvid q-in-q STag pvid. Integer [0->4096]

stagusepriority q-in-q STag use priority mode ( 0-from CTag, 1-from STag). Integer [0->1]

stagpriority q-in-q STag priority. Integer [0->7]

deletePortConfig Delete port configuration


showVlanBridgePortConfig Show VLAN bridge port


addVlanToPortList Add VLAN To Port List


vid1 Add new VLAN to specific port, Integer [1->4094]




deleteVlanFromPortList Delete VLAN From Port List

mac Select BS/SS port with given MAC address, String

vid Delete vid from port list, Integer [1->4094]

showAllVlanBridgePorts Show VLAN ports

verbose Show also associated port VLAN list, Integer [0->1]

enableAllVlansOnBsPort Enable all VLANs on BS port

disableAllVlans Disable all VLANs on specific port


setGlobalConfiguration Set global bridge config

mvid Management VID, Integer [0->4095]

rvid1 Reserved VID1, Integer [0->4095]





Description


bridge-mode Bridge mode (1 - VLAN, 0 - TRANSPARENT), Integer [0->1]

ether-type q-in-q ether-type, Integer [0->65535]

qinqenable q-in-q mode (1-enable, 0-disable), Integer [0->1]

stagmode q-in-q STag config mode ( 1-from SS, 2-global), Integer [1->2]

stagpvid q-in-q STag pvid, Integer [0->4096]

stagusepriority q-in-q STag use priority mode ( 0-from CTag, 1-from STag, Integer [0->1]

stagpriority q-in-q STag priority, Integee [0->7]

showGlobalConfiguration Show global VLAN bridge Info.

showMacUl Shows the MAC uplink configuration

showMacDl Shows the MAC downlink configuration.

showMacFrame Shows the MAC frame configuration.

setLANInterface Sets MII link configuration. Applicable to Base Station and Subscriber Station.

speed Maximum link speed values are: 10Mbits 100Mbits, ENUM

duplex Duplex mode values are: half-duplex full-duplex, ENUM

mtu Maximum Transfer Unit, INT [1526->2048]

showLANInterface Shows the MII configuration (speed and duplex mode).

setRfRx Change the radio frequency receiver configuration.

commanded-rx-power SS commanded received power (dBm), Integer.

showRfRx Show the radio frequency receiver configuration.

showRfTx Show the radio frequency transmitter configuration.

setLimitOneBurstPerFrame Limit the uplink map to one burst per frame (per SS)

limitToOne Channel start state, Integer [0->1]

showLimitOneBurstPerFrame Shows if the BS limits the uplink map to one burst per frame (per SS)

setMacUl Change the MAC Uplink configuration

rng-backoff-start Ranging back-off start. Integer in the range [0..16].

rng-backoff-end Ranging back-off end. Integer in the range [0..16].

reservation-timeout Reservation timeout after sending a bandwidth request, Integer [1->32]




Description

sub-bwr-subchannels Subchannelized bandwidth request subchannel quantity. Values are: 1 2 4 8 , ENUM

init-ranging-opportunity-size

Initial ranging opportunity size (P), Integer.

init-ranging-burst-size Initial ranging opportunity burst size (OFDM Symbols) Integer.

frequency Frequency of the uplink in kHz. Integer.

setMacDl Set the MAC Downlink configuration

tx-power BS transmission power (dBm), Integer.

init-ranging-max-rx-power Initial ranging Max. Received Signal Strength at BS (dBm), Integer [-100->0]

frequency Frequency of the DL in KHz (Invalid in license-exempts operations), Integer [3300000->3500000]

version 802.16 version. Values are: V1 V2 V3 V4 V5, ENUM

bs-id Specifies the MAC Address of the BS. String.

setMacFrame Sets the MAC frame configuration

Note: Set only to values supported by the relevant board and the relevant release.

started Channel start state. Integer [0->1] where 0 = stop and 1

= start.

bandwidth Channel bandwidth values are: 10MHz | 5MHz | 3.5MHz | 2.5MHz | 1.75MHz, ENUM

cp G-ratio of the cyclic prefix start: [1/4 | 1/8 | 1/16 | 1/32], ENUM

duration Frame duration. Values are: 2.5ms | 4ms | 5ms | 8ms | 10ms | 12.5ms | 20ms, ENUM

setSchedulerMac Set the MAC scheduler configuration

ucd-period Period in millisecond of the periodic UCD message sending, Integer [0->10000]

ucd-repeat Quantity of UCD message notification before UCD change, Integer [2->5]

dcd-period Period in millisecond of the periodic DCD message sending, Integer [0->10000]

dcd-repeat Quantity of DCD message notification before DCD change, Integer [2->5]

ertps-inactive Behavior of inactive E-RTPS (zero bytes requested) values are: no-grant rtps, ENUM

ss-max-distance Maximum SS distance in meters, Integer [0->70000]

frame-mode Frame mode. Values are: tdd fdd, ENUM




Description

initial-ranging-period Period of initial ranging opportunity in milliseconds, Integer [0->2000]

showSchedulerMac Show the MAC scheduler configuration. Applicable to Base Station only.

setSchedulerTdd Configure the TDD scheduler

adaptative Adaptive split state. Integer range [0->1] where 0=disable and 1=enable. Default is 0.

split Size of the downlink sub-frame as a percentage of the frame being split. Integer range [0->100].

showGenEncParams Shows general encryption settings

showSa Show Security Association

said Select the said, Integer [0->65535]

bcid Specify the SS. Integer [0->65535]

verbose Show more details, Integer [0->1]

resetSa Reset a security association


bcid Specify the SS. Integer [0->65535]

send-tek-invalid Specify the action when resetting, Integer [0->1]

message Message to send with a tek invalid, STRING

showSaAuthorizedSs Show SS list authorized on a static SA


ShowVoiceMaxConfig Show VoiceMax parameters

setVoiceMaxConfig Configure VoiceMax parameters

on Is VoiceMax on, Integer [0->1]

calls Maximum number of calls allowed, Integer [1->1024]

bw Maximum bandwidth, Integer [1->10000]

port Listener port, Integer [1000->20000]

pServerIP pServer IP, String

changePolicy pServer IP Change Policy, Integer [0->1]

retriesKeepAlive Number of retries for KeepAlive, Integer [1-> 3]

QTE QTagEnabled, Integer [0->1]

QTV QTagVlanID, Integer [0->4094]

QTP QTagPriority, Integer [0->7]



6.1.6 Upgrading from MicroMAX Light The following CONFIG (Configuration Commands) are only displayed in the MicroMAX Light version. Obtain license to modify these parameters, to upgrade to MicroMAX.

Table 7 ‐ CONFIG (MicroMAX Light)


Description

MaxSubscribers Set the number of subscribers according to the license obtained. Set to “0”. MicroMAX Light supports 30 CPEs, MicroMAX supports 256 CPEs.

MaxPower Set maximum allowed Tx power in 100th dBm increments according to the license obtained.

Key Enter the license key to “unlock” the MicroMAX.

Note: A reboot must be performed for the changes to take effect.

Note: After change to MicroMAX these fields are no longer displayed.



6.1.7 Debug Debug CLI Commands

Note: The following commands are for internal Debug use only.

Table 8 ‐ Debug


Description

snmpTrapSetVersion Set version of SNMP trap used

version SNMP trap version used ( 0 - ver1 for Netspan; 1 - ver1 standard; 2-ver2, Integer [0->2]

snmpTrapGetVersion Show SNMP trap version configured

sniffShowState Sniff Packet Logger - Displays internal state

sniffLog Enable or disable packet logging

enable Enable/Disable state, Integer [0->1]

sniffDump Enable / Disable packet dumping

enable Enable/Disable state, Integer [0->1]

sniffFlush Flush the log packets

wmdStats Display internal state

wmdShowIfRx Show IF Rx configuration

soc SoC Identification values, ENUM [Master / Slave]

wmdShowIfTx Show IF Tx configuration

soc SoC Identification values, ENUM [Master / Slave]

evtShowEvent Show a registered event

name Name of the event to show, String

evtShowClient Show a registered client

name Name of the client to show, String

evtLinkClient Link a client to an event

client-name Name of the client. String

event name Name of the event, String

evtUnlinkClient Unlink a client to an event

client-name Name of the client. String

event-name Name of the event, String

syncStats Show statistics

syncResetStats Reset statistics

sfdConfig Sfd Config - Displays internal state




Description

sfdFactory Sfd Factory- Displays internal state

sfdManager Sfd Manager - Displays internal state

sfdProcessor Display internal state

ssdManager Display internal state

ssdCommandProcessor Command Processor - Displays internal state

ssdDispatcher Dispatcher - Dispatched Events - Displays internal state

ssdLookup Displays internal state

pgdConfig Displays internal state

pgdManager Displays internal state

pgdProcessor Displays internal state

mmdGlobal Mac Msg Dispatcher - Displays internal state

mmdDetails Mac Msg Dispatcher - Per Mac Management Message Type - Displays internal state

mmdDiscardMacMessages Discard MAC messages type MAC message type, Intiger [0->255]

skip Message qty of the given type to skip before beginning to drop (dft=0), intiger

drop Message qty to drop after the skip qty is passed (dft=0), Intiger

mmtGlobal Displays internal state

mmtDetails Displays internal state

mmtPool Displays internal state

umsbGugsManager Displays internal state

umsbMapBuilder UMSB Map Builder - Displays internal state

umsbCidManager CID Manager - Displays internal state

umsbCidDataBase CID Manager Entries - Displays internal state

umsbCid Displays internal state


umsbSetReqQty Sets the quantity of broadcast requests per frame

full-qt Quantity of full band requests, Integer [0->128]

subchannelized-qty Quantity of subchannelized requests, Integer [0->128]

umsbSetIRngPeriod Sets the initial ranging period

period Period in milliseconds, Integer [0->60000]

umsbSetHfddGrantSizeFramePercen

Sets the maximum UL grant size for H-FDD SSs




Description

percent Percent of the data part of the UL FDD frame, Integer [10->90]

umsbSetHfddPackedRight Sets the packing side of the H-FDD bursts in the UL-MAP

packedRight Packed left or right, Integer [0->1]

umsbScheduleUnsolicitedSne Schedule an unsolicited subchannelized network entry IE in UL-MAP

size Opportunity size in bytes, Integer [0->100]

umsbSetErtpsInactiveIsRtps Configure the behavior of inactive ERTPS

behavior behavior kind values are: no-grant rtps, ENUM

dmsbMapBuilder DMSB Map Builder - Displays internal state

dmsbCidManager CID Manager - Displays internal state

dmsbCidDataBase CID Manager Entries - Displays internal state

dmsbCid Displays internal state


dmsbSetConcatEnable Enables the concatenation feature.

enable Enable / Disable Concatenation state, Integer [0->1]

dmsbSetFragEnable Enables the Fragmentation feature

enable Enable Fragmentation state, Integer [0->1]

dmsbSetCidRtd Sets the round trip delay of a Ss

cid Select Subscriber Station with specific CID, Integer [1->65535]

rtd The round trip time in ms, Integer

dmsbSetMaxDlfpIe Configure the maximum used DLFP IE quantity

maxDlfpIe Maximum used DLFP IE quantity, Integer [1->4]

dmsbSetBurstOnePhy Configures the FEC code of the burst one

fec-code The new fec-code of the burst one values are: bpsk-rs-1/2 qpsk-rs-cc-1/2 qpsk-rs-cc-3/4 qam16-rs-cc-1/2 qam16-rs-cc-3/4 qam64-rs-cc-2/3 qam64-rs-cc-3/4

preamble Preamble state, Integer [0->1]

dmsbSetSsMaxDistance Set the maximum SS distance for H-FDD constraint

distance Maximum distance in meters, Integer [0->70000]

dmsbDumpMaxBurstStc Dump the maximum burst size per fec-code for STC

dmsbAlterDlMap Alter the BS ID of the DL-Map

Note: For testing purposes.




Description

bs-id Map BS ID (MAC Address), String

dmsbAlterDlfp Alter the BS ID of the DLFP (for testing) bs-id DLFP BS ID (MAC Address), String

msbMetaScheduler MSB Meta Scheduler - Displays internal state

msbProfiling MSB Meta Scheduler Profiling - Displays internal state

msbResetProfiling Reset the profiling statistics of the module

msbSetBuildMargin Change the frame build time margin

Note: For expert use only.

margin Margin in usec, Integer [1->10000]

msbSetSsMaxDistance Sets the maximum SS distance for UL MAP allocation start time.

distance Maximum distance in meters, Integer [0->70000]

msbSetSsMinProcessingTime Sets the minimum SS processing time, in microseconds

time Minimum SS processing time in microseconds, Integer [1000->10000]

msbSetDfsAuthorizeExtension Authorize the DFS opportunity extension

enable State of the DFS opp extension, Integer [0->1]

dqsbQosScheduler Best-Effort QOS Scheduler - Displays internal state

dqsbArbitrer Arbitrer - Displays internal state

dqsbRED RED - Cofig and Statistics - Displays internal state

dqsbHQosParamSet Hierarchical QoS - ParamSet - Displays internal state

dqsbHQosSs Hierarchical QoS - SS - Displays internal state

dqsbActionManager DQSB Action Manager - Displays internal state

dqsbCidManager CID Manager - Displays internal state

dqsbCidDataBase CID Manager Entries

dqsbCid Displays internal state


dqsbCidQos Displays internal state


rngbConfig RNGB Configuration - Displays internal state

rngbCollector RNGB Collector statistics - Displays internal state

rngbUndecodable RNGB Undecodable statistics - Displays internal state

rngbSsState Displays internal state




Description

basicCid Parameter, Integer

rngbSsStatistics Displays internal state


rngbSsUptime Displays internal state


rngbSetConfig Set ranging configuration

ss-proc-time SS response processing time (millisecond), Integer [0->1000]

t27-active T27 in active mode (millisecond), Integer [0->3600000]

t27-idle T27 in idle mode (millisecond), Integer [0->3600000]

t27-success-count Success responses quantity requested before switching back to 27 idle state Integer [1->255]

invited-retries Maximum number of invited retries, Integer [0->10000]

correction-retries Maximum number of correction retries, Integer [0->10000]

detection-level Signal detection CINR level (dB), Integer [-100->100]

iming-error Authorized timing error without correction (Sp), Integer [0->100]

timing-margin Success timing margin (Sp), Integer [0->100]

timing-larger-correction

Maximum timing correction sent to SS (Sp), Integer [0->100]

frequency-min-burst-size

Minimum burst size to consider frequency estimation as valid (Sb), Integer [1->1024]

frequency-error Authorized frequency error without correction (Sub Carrier spacing ratio), FLOAT

frequency-margin Success frequency margin (Sub Carrier spacing ratio), FLOAT

frequency-larger-correction

Maximum frequency correction sent to SS (Sub Carrier spacing ratio), FLOAT

commanded-rx-power

SS commanded reception power (dBm), Integer [-100->100]

power-error Authorized power error without correction (dB), Integer [0->100]

power-margin Success power margin (dB), Integer [0->100]

max-power-correction

Maximum power correction (dB) Integer [0->100]

no-signal-correction Power correction send on no signal detection (dB) Integer [0->100]

rngbSetConfig Set ranging configuration




Description

ss-proc-time SS response processing time (millisecond), Integer [0->1000]

t27-active T27 in active mode (millisecond). Integer [0->3600000]

t27-idle T27 in idle mode (millisecond), Integer [0->3600000]

t27-success-count Success responses quantity requested before switching back to 27 idle state, Integer [1->255]

invited-retries Maximum number of invited retries, Maximum number of invited retries

correction-retries Maximum number of correction retries, Integer [0->10000]

detection-level Signal detection CINR level (dB), Integer [-100->100]

timing-error Authorized timing error without correction (Sp). Integer [0->100]

timing-margin Success timing margin (Sp), Integer [0->100]

timing-larger-correction

Maximum timing correction sent to SS (Sp), Integer [0->100]

frequency-min-burst-size

Minimum burst size to consider frequency estimation as valid (Sb), Integer [1->1024]

frequency-error Authorized frequency error without correction (Sub Carrier spacing ratio), FLOAT [0->1]

frequency-margin Success frequency margin (Sub Carrier spacing ratio), FLOAT [0->1]

frequency-larger-correction

Maximum frequency correction sent to SS (Sub Carrier spacing ratio), FLOAT [0->1]

commanded-rx-power

SS commanded reception power (dBm), Integer [-100->100]

power-error Authorized power error without correction (dB), Integer [0->100]

power-margin Success power margin (dB), Integer [0->100]

max-power-correction

Maximum power correction (dB), Integer [0->100]

no-signal-correction Power correction send on no signal detection (dB), Integer [0->100]

rngbSsFpc Send unsolicited Fast Power control MAC msg

cid Select SS with given basic CID, Integer [0->65535]

power Power offset in 100th of dB, Integer [-3000->3000]

rngbResetSsCinr Reset CINR limits

cid Select SS with given basic CID, Integer [0->65535]

uqsbQosScheduler Best-Effort QoS Scheduler, Displays internal state

uqsbArbitrer Arbitrer, Displays internal state




Description

uqsbHQosParamSet Hierarchical QoS - PARAMSET, Displays internal state

uqsbHQosSs Hierarchical QoS - SS, Displays internal state

uqsbRequestFlow UQSB Action Manager, Displays internal state

uqsbScheduler UQSB QoS Scheduler, Displays internal state

uqsbCidManager CID Manager, Displays internal state

uqsbCidDataBase CID Database, Displays internal state

uqsbCid Displays internal state


uqsbCidQos Displays internal state


uqsbDumpRecords Dump the recorded events

idx Start display event index Integer [0->100000]

qty Quantity of events to display Integer [1->100000]

uqsbClearRecords Clear the recorded events

cmbCreatePkmCaCertificate Add CA Certificate on BS

certIndex CA Certificate index Integer [1->65535]

certFile Input filename of binary certificate, String

trust Trust state for CA certificate. Values are: trust-RVD | trusted | untrusted | chained root, ENUM

cmbShowPkmCaCertificate Show CA Certificate state on BS

certFile Input filename of binary certificate, String

certIndex CA Certificate index, Integer [1->65535]

cmbDeletePkmCaCertificate Delete CA Certificate on BS


cmbChangePkmCaCertificate Change CA Certificate state on BS


trust New trust state for CA certificate. Values are: trust-RVD | trusted | untrusted | chained root, ENUM

repbCollector REPB Statistics, Displays internal state

dsxConfig DSX configuration, Displays internal state

dsxFactory DSX Factory, Displays internal state

dsxMessage DSX message, Displays internal state

dsxShowSsInfo Shows Subscriber Station information

cid Select the CID, Integer




Description

verbose Shows more details, Integer [0->1]

dsxEnableDsx Enables DSX. Allows bypass of DSX finite state machine to create a SF.

enable Enables DSX state, Integer [0->1]

dsxDropDsa Drop DSA Request finite state machine to create a SF

enable Enable drop DSA State Integer [0->1]

macffShowStatistics Displays internal state

macffResetStatistics Reset MAC Forced Forwarding statistics

macffShowArpTable Displays internal state

dmcClassifier DMC Classifier, Displays internal state

dmcCidManager CID Manager - Displays internal state

dmcCidDataBase CID Manager Entries

dmcCid Displays internal state


psfbDatabase Display internal state

psfbManager Display internal state

psfbSetEnable Enables the auto provisioning feature

enable Auto provisioning enable state, Integer [0->1]

mcabAddSsToMpg Add a SS to an existing Mcast Polling Group

ssCid Select SS with given CID. Integer [1->65278]

groupCid Select Mcast Polling Group with given CID Integer [65280->65533]

mcabRemoveSsFromMpg Remove a SS from an existing Mcast Polling Group

ssCid Select SS with given CID Integer [1->65278]

groupCid Select Mcast Polling Group with given CID Integer [65280->65533]

mcabShowMpg Show Mcast Polling Groups per SS

dfsbDumpStats Dump DFSB statistics

Note: Displayed only for 5.4 & 5.8 GHz (unlicensed band) frequencies.

dfsbDumpMeasure Dump DFSB Measure module







Description

dfsbResetMeasureStats Dump DFSB Measure module Note: Displayed only for 5.4 & 5.8 GHz (unlicensed band) frequencies.

dfsbDumpChannelStats Dump DFSB statistics relative to a given channel


channel Channel, Integer [0->199]

dfsbSetBlindMode Enable DFS to blind mode (never detect anything).


enabled Enable blind mode (1= true), Integer [0>1]

dfsbShowBlindMode Display blind mode state.


dfsbSetSsBlindMode Enable SS to blind mode (never detect anything)


enabled Enable blind mode (1= true), Integer [0>1]

dfsbShowSsBlindMode Display blind mode state

statShow Show SS statistics

bcid Select SS with given basic CID, Integer [1->256]

mac Select SS with given MAC address, String

statClear Clear statistics in one SS

bcid Select SS with given basic CID, Integer [1->256]


statClearAll Clear statistics in all SSs

statBackup Backup statistics in all SS's to FTP

ip Address of FTP server, String

login Login name for FTP server, String

password Password for FTP server, String

file File name, String

dfsSetValidChannels Configure valid/invalid channels Note: Displayed only for 5.4 & 5.8 GHz (unlicensed band) frequencies.

ch1 First channel, Integer [94->144]

ch2 Second channel, Integer [94->144]











Description

freq1 First frequency, Integer [5472500->5722500]

freq2 Second frequency, Integer [5472500->5722500]

valid Channel valid state, Integer [0->1]

dfsResetChannelsOccupied Reset all channels occupied status Note: Displayed only for 5.4 & 5.8 GHz (unlicensed band) frequencies.

dfsSetChannelsMask Set used channels mask


mask Used channels mask. Values are: usa-human europe-human

etsi-fcc 5m-seperation all-channels, Enum.

dfsShowChannels Show channels information Note: Displayed only for 5.4 & 5.8 GHz (unlicensed band) frequencies.

dfsShowChannelsHistory Show channels selection history


dfsShowPrimaryChannel Show primary channel setting


dfsSetPrimaryChannel Set primary channel


enable Enable using primary channel, Integer [0->1]

frequency Primary frequency, Integer [5472500->5722500]

vlanShowPortInfo Get instance port information


setDebugAsicOutput Configure the ASIC debug output signals

output * ENUM output signal identification values are: none frontEnd fft channelEstimation phase

soc ENUM SoC identification values are: Master Slave

showMacStatsRx Show MAC message reception statistics

data Show data PDU statistics, Integer [0->1]

mgt Show MAC management PDU statistics, Integer [0->1]

statShowAllUpSF Show uplink data service flows

priority Select SF with given priority, Integer [0->7]

scheduling Select SF with given scheduling. Values are: best-effort nrtps rtps ertps ugs, ENUM










Description

statShowAllDnSF Show downlink data service flows

priority Select SF with given priority, Integer [0->7]

createSnifferFilter Create a new sniffer filter

cid Sniff packet with given CID, Integer [0->65535]

error Sniff only packet with errors, Integer [0->1]

type Set the type of the filter. Default is MAC values are: MAC data ENUM

mac-filter Sniff MAC management packets with specified type. The syntax is MAC=([+-]NAME[*])+. Example: MAC=+*-UL_MAP-DL_MAP.Default is -*, i.e. no sniffing String

direction Set the direction of the filter. Default is rx. Values are: tx rx. ENUM

showMacAddress Show the MAC address

dfsShowRadarList Show radar list Note: Displayed only for 5.4 & 5.8 GHz (unlicensed band) frequencies.

dfsSetDfsPulseSensibility Set pulse period sensibility of the radar detection algorithm


sensibility Error percentage tolerated in the pulse period, Integer [0-

>100]

dfsSetDfsAlgoSensibility Set minimum likelihood in percentage Note: Displayed only for 5.4 & 5.8 GHz (unlicensed band) frequencies.

sensibility Set mnimum likelihood in percentage in order to trigger an

alarm, Integer [0->100]

dfsSetDfsMinPulses Set minimum pulses for burst detection Note: Displayed only for 5.4 & 5.8 GHz (unlicensed band) frequencies.

min Set minimum number of pulses, Integer [2->10]

dfsSetDfsMinBursts Set minimum number for burst for radar detection Note: Displayed only for 5.4 & 5.8 GHz (unlicensed band) frequencies.

min Set minimum number of burst for radar detection, Integer [1-

>8]

dfsShowRadarDetectionParametes

Display radar detection algorithm parameters. Note: Displayed only for 5.4 & 5.8 GHz (unlicensed band) frequencies.

createMcastPgroup Create a Mcast Polling Group in the local PGD











Description

alloc Allocation parameter of the MPG, Integer

deleteMcastPgroup Delete a Mcast Polling Group from the local PGD

cid CID of the MPG, Integer [65280->65533]

showMcastPgroup Show Mcast Polling Groups information

setSsPhyUl Set SS Uplink physical parameters


cid Select SS with given CID, Integer [1->65535]

fec-code The fec-code, ENUM, values are: bpsk-rs-1/2 qpsk-rs-cc-1/2 qpsk-rs-cc-3/4 qam16-rs-cc-1/2 qam16-rs-cc-3/4 qam64-rs-cc-2/3 qam64-rs-cc-3/4

midamble The midamble mode, ENUM, values are: none 4sb 8sb 16sb

subchannels The subchannel quantity, ENUM, values are: 1 2 4 8 16

setSsPhyDl Sets SS Downlink physical parameters



fec-code The fec-code, ENUM, values are: bpsk-rs-1/2 qpsk-rs-cc-1/2 qpsk-rs-cc-3/4 qam16-rs-cc-1/2 qam16-rs-cc-3/4 qam64-rs-cc-2/3 qam64-rs-cc-3/4

preamble State of the preamble, Integer [0->1]

showQosUl Show Upload Qos configuration

showQosDl Show Download Qos configuration

showQosSchedPolicy Show scheduling policy configuration

setQosSchedPolicy Configure scheduling policy parameters

mode Scheduling policy mode (0-strict, 1-weightedFair) Integer [0->1]

w0 Weight for priority 0, Integer [1->255]








setGenEncParams Set general encryption settings

auth-lifetime The default lifetime, in seconds the BS assigns to a new authorization key, Integer [0->6048000]




Description

tek-lifetime The default lifetime, in seconds the BS assigns to a new traffic encryption key (TEK), Integer [0->604800]

auth-grace-time The default authorization key grace time, in seconds, Integer [0->3024000]

tek-grace-time The default encryption key grace time, in seconds, Integer [0->302399]

auth-wait-timeout The default authorization wait timeout, in seconds, Integer [0->30]

reauth-wait-timeout The default re-authorization wait timeout, in seconds, Integer [0->30]

operational-wait-timeout

The default operational wait timeout, in seconds, Integer [0->10]

rekey-wait-timeout The default re-key wait timeout, in seconds, Integer [0->10]

auth-reject-wait-timeout

The default authorization reject wait timeout, in seconds, Integer [0->600]

addLogFilter Add an SS to log filter



removeLogFilter Remove an SS from log filter



setLogFilter Enable or disable the filter log

enable Enable or disable the log filter, Integer [0->1]

clearLogFilter Clear all the SS from log filter

showLogFilter Show SS contained in log filter

cliStart Start the Smart CLI




6.1.8 Explanation of Terms Various useful Advanced menu terminology are described in the tables below:

Terms

Term Description

BP Burst Profile, for example:

BPSK1/2

16QAM1/2

bsld Base Station Identification - must match BSID + Mask that is set in either EasyST / ProST /SS

CID Connection ID

DL Downlink

ProvSf Provisioned Service Flow

RFI RF Interface

Sc Service Class

Scid Service Class ID

Sf Service Flow

Sfid Service Flow ID

Ss Subscriber Station, for example, EasyST, ProST, ProST-WiFi

UL Uplink

Packet Classifiers

Classifier Name

Description

ethsa Ethernet source address, for example the configuration will include the following: ethsa : 00:09:78:A2:3E:56

ethda Ethernet destination address, for example the configuration will include the following: ethsa : 00:09:78:A2:3E:56

ipsa IP source address, for example: ipsa : 195.170.87.20

ipda IP destination, for example: ipda : 195.170.87.25

spr Source port range, for example: spr : 1230-1240

dpr Destination port range, for example: dpr : 1510-1520

dscprm DIffServ Code Point Range and Mask (in Hex), for example: 13:57:3F

ipproto IP protocol – according to IANA

vlanid VLAN ID

upLow user priority low limit (0-7)

upHigh user priority high limit (0-7)



7 Restarting the Unit Some configuration settings require that you restart the unit to apply new parameter settings to the unit, such as upgrading the software version. In order for upgrades and/or other changes to take effect the BSR unit must be rebooted.

To perform a Reboot 1. Select Reset from the Main menu.

Figure 29 ‐ Reset page

2. Select Reboot to reboot the system

A conformation warning is displayed (as shown below) when Reboot is selected.

Figure 30 ‐ Reboot confirmation

3. Click OK to confirm System reboot

The system will reboot after approximately 1 minute.

4. Select Reset to Factory Default to set the product parameters to factory default

A conformation warning is displayed (as shown below).

Figure 31 ‐ Reset to factory default

This will reset configuration to default including IP and reboot the unit. The system will restart in approximately 2 minutes.



8 Spectrum Analyzer (SA) The purpose of the Spectrum Analyzer (SA) is to supply the operator with a method to scan the spectrum and find a channel with minimal noise. The SA performs a spectrum measurement function and therefore it is not required to estimate the channel quality but simply pass the channel power samples to the monitoring station.

Note: Java Applet is required.

To define the Spectrum Analyzer 1. Select SA from the Main menu.

1. Define the Start frequency - the minimum scanning frequency.

2. Define the End frequency- the maximum scanning frequency.

This is the range which the BS will scan.

Note: Initially default settings are displayed, define settings from within these values.

Figure 32 ‐ Spectrum Analyzer page

3. Click Start, an additional screen appears, shown below:

Caution: Starting the Spectrum Analyzer will temporarily stop the base station transmission.



Figure 33 ‐ Available Spectrum graphs

4. Select which graphs should be generated, from among the available "spectrum" graphs.

5. Define the refresh time (seconds) – in Update interval.

6. Click Start to generate required graph.

Graphs are displayed according to color:

• Blue – Current

• Red – Average

• Green – Max



Figure 34 ‐ Graph display

7. Click Stop to stop SA mode or select another menu.



9 Changing Password The WBM enables you to change your Password as necessary. For security reasons, it's 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. Select Change Password from the Main menu Change Password page appears, as shown

below.

Figure 35 ‐ Change password

2. Enter your User Name

3. Enter your old Password

4. Enter your new Password

5. Re-enter your new Password to Confirm

6. Click Submit.

A confirmation message is displayed to confirm the requested Password change has been enabled, as shown below.

Figure 36 ‐ Password enabled

Note: The new Password will be required for subsequent access to the Advanced page.



10 BSDU WEB Configuration The ASMAX Base Station Distribution Unit (BSDU) provides an interface between multiple MicroMAX BSRs and the service provider's backbone.

10.1 Functionality The BSDU provides the following functionalities:

Data switching and aggregation:

• Data switching between up to eight MicroMAX BSRs over 10/100 BaseT interface.

• Aggregate the MicroMAX BSRs data via two 1000BaseT Ethernet (GE) ports towards the backhaul/backbone or to cascade to another BSDU.

Synchronization:

• Tx / Rx TDD synchronization for multiple MicroMAX BSRs per BSDU and between connected BSDUs.

• GPS for TDD Tx / Rx synchronization of different BS sites.

Power distribution

• Provides DC power from a single 48 VDC source to eight MicroMAX BSRs.

• AC/DC power converter (optional) - in the event -48 VDC is not available at BS site.

10.2 Networking / Management Features

10.2.1 Transparent Bridging BSDU operates as a transparent layer 2 bridge. It is capable of transporting higher level packet based protocols as follows:

IEEE 802.3/Ethernet

IEEE 802.1Q VLAN

IPv4 over IEEE802.3/Ethernet

IPv4 over 802.1Q VLAN

As a Transparent Bridging system, BSDU supports automatic learning of MAC addresses and automatic building of LAN tables The maximum size of the MAC forwarding table of BSDU is 4096 entries.

10.2.2 Local and Remote Management The BSDU can be managed in two options:

• In-band – The management packets are part of the general traffic coming from the backbone via the GE ports

• Out-of-Band – Via the dedicated Management port located in the front panel of the BSDU

The BSDU IP address for management purpose can be configured statically or dynamically by means of DHCP procedure (BSDU can be act as DHCP client).

The BSDU also hosts a web server for basic monitoring and configuration via a WEB browser.

The BSDU is designed for local and remote management via SNMP.



Software upgrade can be triggered via WEB/SNMP/CLI and will be performed using FTP or TFTP. (BSDU supports two SW banks architecture).



11 Viewing Current BSDU Configuration The following section explains BSDU configuration via the BSDU WBM.

11.1 Viewing your parameters After you have accessed the BSDU Web server you should set specific parameters for your BSDU. The following are the parameters viewed initially.

To view parameters for your system Select Address from the Main menu, to view your system's identification parameters, see Address in the Configuration Parameters section.

Your system's parameters that are displayed:

a. Product Type

b. IP Address of your BSDU, default = 10.0.0.124 subnet mask: 255.0.0.0 (Class A)

c. Current Subnet Mask

d. Current Default Gateway

Note: There are specific changes that will only take effect after a reboot, such as changing banks and Reset to default.

At first opportunity change the User Name and Password from the default password, for access to the Advanced page, see Configuration Settings. It is advisable to change your password periodically for security concerns.

Note: The new Password will be required for subsequent access to the Advanced page.



12 BSDU Configuration Parameters The following section explains configuration of parameters via the BSDU WBM.

The BSDU Web-based management provides a user-friendly graphical interface (GUI) that allows you to easily access commands to configure and view the BSDU configuration parameters.

12.1 Menu Bar The menu bar at the top of the initial page provides links (menus) to various configuration categories. This menu bar is displayed throughout the management pages to allow easy navigation between categories.

BSDU Web management allows you to view (read-only) configuration parameters pertaining to the following menus:

System

Address

MAC Table

Log

Advanced Configuration - described in following section

The menus on the BSDU management menu bar are described in the table below:

Table 9 ‐ BSDU Menus

Menu Description

System Opens the System page, which displays BSDU identification, such as product type and serial number.

Address Opens the Address page, which displays the current IP address and other current address information

MAC Table

Opens the MAC table page, which displays the BSDU MAC table information

Log Opens the Log page, which displays logged traps and their severity levels

Advanced Opens the Advanced Options for performing advanced configuration settings such as Port management, Port statistics, Mirroring, software upgrade, perform a cable test, Time synchronization and perform a Reboot

12.1.1 Navigating The table below describes basic BSDU WBM navigation procedures:

Table 10 – Navigation

To ... Do this ...

Navigate to a specific configuration category

Click the relevant menu on the menu bar

Return to home page Click the browser's Back button, until the home page is displayed or click the System menu

Quit the Web-based tool Click the browser's Close button (X) located in the top right corner or navigate to a different Web page

Upon entering the main menu the System page is displayed.



12.2 System Information The System menu page is where the BSDU system information such as Product Type, Serial Number, Active Bank, Running Bank, Hardware Version, Running Software Version, Non-running Software Version, MAC Address, Current IP, Current Subnet Mask, and Current Default Gateway is displayed.

To access the System page The System page is displayed in the initial view of the BSDU Management. A General System Info table containing read-only system information is displayed as shown below.

Figure 37 ‐ BSDU System page



The System page fields are described in the table below:

Table 11 ‐ BSDU System


Product Type type of product

Serial Number serial number of the BSDU in use

Active Bank active - in non-running bank, the bank that will be used for next system restart

Running Bank currently running software bank

Hardware Version hardware version number

Running Software Version

information on software version presently in use, displays: - Version number - Date created - Description

Downloaded software version is stored here.

Non-running Software Version

information on software version in standby mode, displays: - Version number - Date created - Description

MAC Address displays the MAC address of the BSDU

Current IP displays the IP address of the BSDU, default = 10.0.0.124

Current Subnet Mask

displays the Subnet Mask, default = 255.0.0.0

Current Default Gateway

displays the default gateway address, default = 0.0.0.0



12.3 Address The Address menu page is where the BSDU system configuration such as Management VLAN, DHCP Admin, Current IP address, Current Default gateway, Current DNS and Current Subnet mask are displayed.

To access Address page: Select Address from the Main menu, to display the Communication Configuration table containing read-only system configuration information as shown below.

Figure 38 ‐ BSDU Address page

The Address page fields are described in the table below:

Table 12 ‐ BSDU Address


Management VLAN

displays if enabled (1...4094) 0= disabled

DHCP Admin displays if enabled or disabled

Current IP displays the current IP of the BSDU




Current Default Gateway

displays the current default gateway IP

Current DNS displays the current DNS IP

Current Subnet Mask

displays the current Subnet mask

Static IP displays the Static IP of the manually configured IP address, grayed in DHCP mode

Static Default Gateway

displays the IP of the manually configured default gateway, grayed in DHCP mode

Static DNS displays the IP of the manually configured DNS, grayed in DHCP mode

Static Subnet Mask

displays the manually configured Subnet Mask, grayed in DHCP mode

Static SNTP Server

displays the IP of the manually configured SNTP server (for clock synchronization), grayed in DHCP mode



12.4 MAC Table The MAC Table menu page is where the BSDU system MAC table information is displayed. The BSDU has a database of MAC addresses; both manually configured (static) and dynamically learned entries. For troubleshooting as in debugging, it is helpful to investigate the entries in the MAC table.

To access MAC Table page: Select MAC Table from the Main menu, to display the MAC table containing read-only information as shown below.

Figure 39 ‐ MAC Table page

The MAC table page fields are described in the table below:

Table 13 ‐ BSDU MAC Table


MAC Address

displays the MAC address




VID Number

displays Vendor Identification number - if available

Port displays the port being used to connect to the network device

Mode displays the current mode, dynamic (learned) or static (manually set)

Age displays the "age" of the MAC address, an old address is one that has not received traffic in a while (300-600 sec)



12.5 Log The Log menu page is where the BSDU system Log information is displayed. The BSDU management tool logs traps and events generated by and received form the BSDU. the information from the logged parameters are displayed on the Log page.

To access Log page: 1. Select Log from the Main menu, to display the Log table information as shown below.

Figure 40 ‐ BSDU Log page



2. Click Show log to display the logged information per your configuration, which is a refresh of the log display or

3. Click Clear log to erase the log table

Table 14 ‐ Log entry position

Log entry position Description

1 severity level

2 date

3 time

4 information

12.5.1 Define Log Display Define the number of messages to be displayed on the Log and the severity level of what is to be displayed.

The Log page fields are described in the table below: Table 15 ‐ Log fields


Number of Last Messages

define the number of logs to be displayed (1- 1000000)

Severity Threshold define the level of severity to be displayed, (0-7) default = 0

Note: A severity level of "0", lowest level, would display the most information, "7", highest level, would display the least information.



13 Advanced Configuration The following section explains Advanced configuration via the BSDU WBM.

BSDU System parameter modifications are performed via Advanced options, accessed from the sidebar.

To enable Advanced Options additional configuration menus: 1. Click Advanced on the sidebar, to display the Advanced Options menus.

The initial Advanced Login page presents a User Name and Password prompt, as displayed below.

Figure 41 ‐ BSDU Advanced Login page

2. In the User Name field, enter your user name. Default = admin

3. In the Password field, enter your password. Default = admin

4. Click Login

The Advanced Options menus are displayed on the System (Home) page, as shown below.



Figure 42 ‐ Advanced Options page

The Advanced Options section on the System page displays the following additional parameter options; click the parameter to navigate to:

Port Mgmt — management of the BSDU's various physical ports.

Config — to reset to factory default, and modify SNMP security or other System parameters.

Stats — displays various statistical data for all physical ports (except the GPS).

Mirroring — to send a copy of all network packets seen on one switch port to a monitoring network connection on another switch port for BSRs connected to the BSDU.

Upgrade — to download a software version file to the BSDU using File Transfer Protocol (FTP) or Trivial File Transfer Protocol (TFTP).

Cable Test — to perform a cable test.



Time Sync — enables GPS or local oscillator time synchronization between BSRs

SNMP Traps — enables notification of significant events by way of an unsolicited SNMP message, a way of passive monitoring.

Topology — enables the discovery of base stations connected to the BSDU.

Additionally:

Reboot BSDU — to perform a reboot of the BSDU when required.

5. Click Logout at any time to log out from the Advanced mode



14 Port Management The following section explains Port Management via the BSDU WBM.

The BSDU Web management Port Management page, accessed from the Advanced Options menu, is used for port management configuration.

To modify the Port Management settings:

1. Click Port Mgmt on the Advanced Options, to display and define additional configuration menus.

Caution: Inaccurate configuration might harm your connection to the BSDU!

The Port Management page allows you to change various settings that apply to the specific ports of the BSDU connections, as displayed below.

Figure 43 ‐ BSDU Port Management page



2. Define the specific fields for the required management.

The BSR ports fields on the rear panel of the BSDU: are described in the table below:

Table 16 ‐ BSR Port Management

Field Description

Position the position number of the of the BSR on the rear panel of the BSDU (1-8)

Port Name the name of the port, labeled as Radio 1-8

Auto Neg displays whether Auto negotiation is enabled or not, either On-Off, grayed

Flow Control

displays whether Flow control is enabled for efficient data flow, either On-Off, grayed

Speed displays the data transfer speed, 10 Mbps, grayed

Duplex displays whether in half or full duplex mode, either Half / Full, Half = default, grayed

Port Admin define whether port administration is enabled, either enabled/disabled/testing, enabled = default

Link Status displays the link status, either Down or Up

Power Admin

define whether power is functioning, either enabled or disabled, disabled = default

Power Status

displays the power status, either Down or Up

Caution: Changing the Power Admin settings will cause immediate loss of BSR communication, until new connection is established.

The General Purpose switch ports on the front panel of the BSDU are described in the table below:

Table 17 ‐ General Purpose Switch

Field Description

Position the position number of the RJ45 port, (1-4)

Port Name the name of the port, labeled 10/100

Auto Neg displays whether Auto negotiation is enabled or not, On = default, locked position, grayed

Flow Control

displays whether Flow control is enabled for efficient data flow, Off = default, locked position, grayed

Speed displays the data transfer speed, 10 Mbps, grayed

Duplex displays whether in half or full duplex mode, either Half-Full, grayed

Port Admin define whether port administration is enabled, either Enabled/Disabled/Testing




The Management ports on the front panel of the BSDU are described in the table below:

Table 18 ‐ Management ports

Field Description

Position the position number of the RJ45 port, (only 1)

Port Name the name of the port, labeled MNG


Flow Control


Speed displays the data transfer speed,10 Mbps, grayed




The GE Backhaul/Cascade ports on the front panel of the BSDU are described in the table below:

Table 19 ‐ GE Backhaul / Cascade

Field Description

Position the position number of the Cascade port, (1-2)

Port Name the name of the port, labeled Cascade


Flow Control


Speed displays the data transfer speed, either 10 or 1 PPS, grayed




After setting the various Port Management settings either:

3. Click Discard changes to erase the changes and return to the present settings or Click Save changes to save the changes made and apply them, the following confirmation message appears:



Figure 44 ‐ Confirm

4. Click OK to save changes, and a successful change message is displayed

5. Click Logout at any time to log out from the Advanced page and return to System (home) page



15 Configuration Settings The following section explains basic Configuration settings via the BSDU WBM, such as Security, Reset to Default, VLAN management and IP setting.

The BSDU Web management Configuration Settings page, accessed from the Advanced Options page menu, is used for configuration and contains menus to configure these various settings.

To modify Configuration Settings: 1. Click Config on the Advanced Options menu, to display and define additional configuration

menus.

The Configuration settings page allows you to Reset all configurations to factory settings, to change SNMP Security parameters, to change the User Name and Password from the default password, for access to the Advanced and set other System configuration setting, as displayed below.

Figure 45 ‐ Configuration Settings page (upper portion)

15.1 Reset to Factory Default To reset all configuration parameters to factory defaults: 1. Click Reset to Defaults button — to replace user-defined settings with all default settings,

warning message will be displayed.

Note: Takes affect after System restart.



15.2 Define Security Parameters To modify Security Parameters (displayed above): 1. Define Security parameters as required

The Security parameters to be defined are described in the table below:

Table 20 ‐ Security parameters


SNMP R/O Community Name

Simple Network Management Protocol community name with read-only permission

SNMP R/W Community Name

SNMP community name with read and write permissions

New Username Enter the new User name for access to Advanced

New Password Enter the new password for access to Advanced

Re-type New Password Re-enter the new Password for confirmation

After setting the Security parameters either:

2. Click Discard changes to erase the changes and return to the present settings

3. Click Save changes to save the changes made, a conformation window is displayed. Click OK to accept.

15.3 Telnet Connection The BSDU has a Telnet server that enables specific procedures to be performed should the need arise. Telnet is not an operator interface, but it is advisable to follow this procedure to remove security vulnerability.

For security reasons, it's advisable to change the root password initially and periodically.

To connect to the BSDU: Assuming IP address of BSDU was not changed from default (10.0.0.124) and no VLAN management was assigned, connect to any of the BSDU RJ45 ports, and open a command line and type:

1. telnet 10.0.0.124

2. Type username: root

3. Enter password: topsecret

4. Change root password: passwd root

5. Type your new password and press Enter. Type it again for confirmation and press Enter again.

6. Type logout and press Enter

The root password of the BSDU is now changed. Keep a record of your password in a secure place for future reference.



15.4 Define Communication Configuration To modify Communication Configuration parameters 1. Define Communication Configuration parameters as required, as displayed below.

Figure 46 ‐ Configuration Settings page (lower portion)

Note: When DHCP is enabled the Static IP section becomes grayed-out changeable but affect the system.

Caution: Any IP address change of the module using any means, might cause immediate loss of communication, until a new session is established using the new IP address.



The communication configuration parameters to be defined are described in the table below:

Table 21 ‐ Communication Configuration parameters


Management VLAN define whether Management VLAN is enabled. When Management VLAN is enabled, inbound management traffic is enforced for added security, and outbound management is tagged with this VLAN ID. 0=disabled, 1-4094=enabled

Manage through Management Port Only

check to manage the BSRs through management port only

Isolate BSRs from each other

check to isolate the BSRs - no bridging between BSRs

DHCP Admin define whether DHCP Static IP is enabled or not, enabled/disabled, default = disabled

Current IP displays BSDU's IP address when set in dynamic mode (DHCP enabled)

Current Default Gateway displays IP address of BSDU's default gateway when set in dynamic mode (DHCP enabled)

Current DNS displays the DNS IP address (DHCP enabled)

Current Subnet Mask displays the Subnet mask IP address assigned by DHCP

Static IP edit and display the static IP address (DHCP disabled)

Static Default Gateway edit and display IP address of BSDU's default gateway (DHCP disabled)

Static DNS edit and display the DNS IP address (DHCP disabled)

Static Subnet Mask edit and display the Subnet mask IP address (DHCP disabled)

Static SNTP server edit and display the IP address of the SNTP (Simple Network Time protocol) server

After setting the various Configuration settings either:

2. Click Discard changes to erase the changes and return to the previous settings or Click Commit changes to apply the changes, the following is displayed:

Figure 47 ‐ Commit changes

Note: Committed Changes are lost after restart, unless saved.



3. Click Save changes to save the changes made and apply them. Conformation is required and a warning is displayed.

Note: Saved changes are permanent.

4. Click Logout at any time to log out from the Advanced mode and return to System (home)

page.



16 Port Statistics The following section explains viewing Statistics via the BSDU WBM.

The BSDU Web management port Statistics page, accessed from the Advanced Options page menu, is used to view various statistical data for BSRs connected to the BSDU.

To access the Port Statistics page: 1. Click Stats on the Advanced Options menu, to display statistical data on each BSDU port.

The Port Statistics page allows you to view all statistical information per port as displayed below.

Figure 48 ‐ Ports Statistics page



2. Select the port for which to view the statistics from the lists, either Rear Panel Ports or Front Panel Ports, as shown below:

Figure 49 ‐ Rear panel ports

3. Select from either BSR1-BSR8

Figure 50 ‐ Front panel ports

4. Select either: General Purchase Switch 1-4, Management 1 or GE Backhaul/Cascade 1-2

Note: Selecting a port will refresh the Statistic table after a momentary pause.

The Statistics table displayed for all the ports are identical. The Port Statistic counters displayed are described in the table below:

Note: Each Counter displays a value.

To refresh all counters manually click "Refresh Counters".

To reset Relative Counters manually click "Reset Relative Counters".



Table 22 ‐ Port Statistic counters

Counter Name Description

Total Octets (Tx + Rx) displays the total number of Octets received, transmitted and received

Total Packets displays the total number of packets, received and transmitted. All packets are counted here, regardless of their length, whether they are erred, or whether they are flow control packets. (all sizes aggregated)

Tx_Octets displays the number of transmitted Octets

Tx_Drop_Pkts displays the number of transmitted packets that are dropped, or lost, on the network for various reasons. For instance, two nodes may be communicating at widely disparate transfer rates

Tx_Broadcast_Pkts displays the number of transmitted packets that is sent from one point to all other points

Tx_Multicast_Pkts displays the number of transmitted Multicast packets

Tx_Unicast_Pkts displays the number of transmitted Unicast packets

Tx_Total_Pkts displays the total number of transmitted packets

Tx_Collisions displays the number of collisions that occurred on the port

Tx_Single_Collision displays the number of successfully transmitted packets after one collision

Tx_Muliple_Collision displays the number of packets successfully transmitted after a number of successive collisions

Tx_Deferred_Transmit displays the number of times the interface has tried to send a frame, but found the carrier busy at the first attempt

Tx_Late_Collision displays the number of occurrences of late collisions

Tx_Excessive_Collision displays the number of failed attempts to transmit a packet due to excessive number of collisions

Tx_Frame_In_Disc displays the number of packets that were discarded due to Tx queue overflow

Tx_Pause_Pkts displays the number Pause packets sent

Tx_QoS_Octets displays the number of QoS Octets

Rx_Octets displays the total number of received Octets

Rx_Undersize_Pkts displays the number of illegal (too short, i.e less than 64 bytes long) packets received

Rx_Pause_Pkts displays the number of 802.3X pause packets received

Rx_Oversize_Pkts displays the number of illegal length (oversize) packets received

Rx_Jabbers displays the number of occurrences of devices on the network are sending improper signals

Rx_Alignment_Errors displays the number of frames received with alignment errors



Counter Name Description

Rx_FCS_Errors displays the number that frames of data are being corrupted

Rx_Good_Octets displays the total number of octets received in good packets

Rx_Drop_Pkts displays the number of received packets that get dropped

Rx_Unicast_Pkts displays the number of received Unicast packets

Rx_Multicast_Pkts displays the total number of received Multicast packets

Rx_Broadcast_Pkts displays the number of received Broadcast packets

Rx_Total_Pkts displays the total number of received packets

Rx_SA_Changes displays the number of packets with source address different from source address of previous frame

Rx_Fragments displays the count of received fragments. Fragments are pieces of a packet

Rx_Excess_Size_Disc displays the count of packets that were dropped because their size exceeded the maximum size

Rx_Symbol_Error displays the total number of times a valid length packet was received at a port and had at least one invalid data symbol

Rx_QoS_Pkts displays the number of received QoS packets

Rx_QoS_Octets displays the number of octets in received QoS packets

Pkts_64_Octets displays the number of received packets with a length of 64 bytes

Pkts_65_to_127_Octets displays the number of received packets with a length of 65 to 127 bytes



Pkts_512_to_1023_Octets displays the number of received packets with length of 512 to 1023 bytes

Pkts_1024_to_1522_Octets displays the number of received packets with length of 1024 to 1522 bytes

5. Click Logout at any time to log out from the Advanced mode and return to System (home)

page.



17 Port Mirroring The following section explains Mirroring via the BSDU WBM.

The BSDU Web management port Mirroring page, accessed from the Advanced Options page menu, is used to send a copy of all network packets seen on one or many switch port(s) to a monitoring network connection on another switch port for BSRs connected to the BSDU. This is commonly used for network appliances that require monitoring of network traffic, such as an intrusion-detection system commonly called a packet sniffer.

Note: In order to define the port as Mirroring port it should be designated as a testing port in Port Management.

To access the Mirroring page: 1. Click Mirroring on the Advanced Options menu, to continue mirroring on BSDU port.

The Mirroring page allows you to configure mirroring per port as displayed below.

Figure 51 ‐ Mirroring page



2. Select whether to Enable Mirroring — Enable/Disable, default = disabled

3. Select the Capture port — the port where the capturing device (sniffer) will be connected

Note: It is recommended to use the GE Backhaul/Cascade port as the capture port due to its capacity potential.

4. Select Transmit port — check to select transmission port(s) to be mirrored. Any amount can

be selected except for capture port.

5. Select Receive port — check to select receiving port(s) to be mirrored. Any amount can be selected except for capture port.

6. Select Filter transmitted packets by — define whether to use filtering on transmitted packets, either disabled, source or destination (MAC address of the packet)

7. Define Tx filtering MAC — define the MAC address that will be used for filtering

8. Select Filter received packets by — define whether to use filtering on received packets, either disabled, source or destination (MAC address of the packet)

9. Define Rx filtering MAC — define the MAC address that will be used for filtering

10. Select Filter transmitted by divisor — check to select transmitted packets, then define the rate of selection. For example: 0 = all packets will be filtered, 2 = every other packet

11. Select Filter received by divisor — check to select received packets, then define the rate of selection. For example: 0 = all packets will be filtered, 2 = every other packet

Note: Capture port must be preset to testing mode. Port Management > Port Admin > Testing.

After setting the Mirroring parameters either:

12. Click Discard changes to erase the changes and return to the present settings.

13. Click Save changes to save the changes made and apply them after reset.

14. Click Logout at any time to log out from the Advanced mode and return to System (home) page.



18 Software Upgrade The following section explains upgrading software via the BSDU WBM.

The Web-based management tool allows BSDU software upgrade, which can be performed only by authorized technicians. BSDU upgrade is performed by downloading a software version package to the BSDU using File Transfer Protocol (FTP) or Trivial File Transfer Protocol (TFTP). To upgrade the device, you need to define the FTP or TFTP parameters and the name of the software version package that you want downloaded. The downloaded package is initially downloaded to the bank the system is presently not running from. To activate the downloaded file, you need to set the active bank to the bank where the package was downloaded to (non-running bank) and then reset the device.

Note: BSDU upgrade should only be performed by authorized and qualified technicians.

To access Software Upgrade 1. Select Software Upgrade from the Advanced menu, to display and define download related

parameters (as shown below).

Figure 52 ‐ Software upgrade page

2. Define the FTP/TFTP server IP address or Domain name - of the FTP/TFTP server.

Note: Current software versions are displayed on the System page.

3. To use the FTP, enter the following FTP login rights:

a. In the User Name field, enter the FTP server's user name.



b. In the Password field, enter the FTP server's password.

Note: TFTP requires only an IP address and File name for access and not a User Name or a Password.

4. In the File Name field, enter the name of the software version file that you want to download

to the BSDU.

5. Click Load, to begin the software version file download, the following confirmation appears:

Figure 53 ‐ Upgrade confirm

6. Click OK to confirm and continue download. A Software Download progress bar will be displayed.

When the SW file download is completed, a "successful" message is displayed (as shown below).

In the event the download fails a "FAILED" message is displayed with an explanation of the cause of failure.

18.1 Software Activation The downloaded software package, residing in the non-running bank will be used after current bank is determined and a reboot is performed To Swap Bank 1. Click Swap Bank, the following confirmation appears:

Figure 54 ‐ Swap confirmation

When the Swap is completed, the following message is displayed:

Figure 55 ‐ Swap success message




19 Cable Test The following section explains the process of testing the cable via the BSDU WBM.

The Web-based management tool enables BSDU cable testing, for cable integrity which includes the standard cable tests for short or open circuit and distance to failure point with an accuracy of within a meter.

Note: In order to define the port as Cable Test port it should be designated as a testing port in Port Management.

To access Cable Test 1. Select Cable Test from the Advanced menu, to initiate the cable test (as shown below).

Figure 56 ‐ Cable Test page

2. Select the port for the testing the cable

3. Click Test Cable to perform the cable test

The results of the cable test are displayed, as follows:

Figure 57 ‐ Cable Test result ‐ problem found



Figure 58 ‐ Cable Test result ‐ No problem found




20 GPS Time Synchronization The following section explains how to set GPS synchronization via the BSDU WBM.

The Web-based management tool enables GPS time synchronization between BSDUs.

When the BSRs are configured to stop operating, when not receiving 1PPS, as in the case of overlapping cells, it is highly recommended to configure the BSDU to make a recovery attempt when PPS is lost.

Note: ALL BSRs will cease to function until GPS signal is restored, unless Sync Mode is set to "No Synchronization" or "Ignore sync lost" is activated.

To access Time Synchronization 1. Select Time Sync from the Advanced menu, to initiate time synchronization (as shown

below).

Figure 59 ‐ BSDU Time Sync page



The Time Sync page fields are described in the table below:

Table 23 ‐ Time Sync


Current sync status

Displays current synchronization status, On/Off

Note: Read-only display unless Sync Mode is set to "No Synchronization" or "Ignore sync lost" is activated.

Note: When 1PPS was lost and the BSDU is generating the 1PPS signal itself (for 15 minutes or without time limit: On – generated locally: 1 PPS not received from GPS! will be displayed

Current GPS communication status

displays the current status of communication with the GPS antenna, On/Off

Note: When On is selected: Number of detected satellites and Detected satellites' SNR values (percents) are displayed, as shown below.

If 1PPS signal from GPS is lost then

Select from possible values:

Generate 1PPS locally for 15 minutes, then stop - the BSDU will continue to generate the 1PPS signal for 15 minutes and then will stop. (The BSDU is capable of producing the 1PPS signal with very low deviation during this period).

Generate 1PPS locally without time limit - the BSDU will continue to produce the 1PPS signal instead of the GPS without a time limit. In this case the deviation from the read 1PPS will grow as time passes.

This field determines what to do in case the 1PPS signal stops coming from the GPS.

Sync Mode Select synchronization mode, either:

1 No Synchronization

2 Local Oscillator when using 1 BSDU

3 Rear-Panel GPS

4 Front-Panel GPS

Note: #2 – Local Oscillator is for Lab use only. When selected a warning message appears, as shown below (outside of table).

Note: A GPS is required for settings 3 & 4.

Number of detected satellites

Displays the number of detected satellites.

Detected satellites' SNR values (percents)

Displays the detected satellites’ SNR values.



Figure 60 ‐ Sync mode Local Oscillator warning

After setting the Time Synchronization parameters either:

2. Click Discard changes to erase the changes and return to the present settings.

3. Click Save changes to save the changes made and apply them after reset.




20.1 GPS Synchronization Protection In the event the BSDU will fail to receive a 1PPS signal from the GPS the BSDU will continuously attempt to retrieve the desirable 1PPS signal. There are three (3) methods to prevent with this scenario.

There are three (3) operational modes in the BSR:

Disabled (default) – whether the BSR utilizes a 1PPS signal (external synchronization) or not.

Enabled + ignore sync loss (default when enabled from web) – whether the BSR will use the 1PPS signal from the BSDU but in the event a 1PPS is not present the BSR will ignore it and keep operating normally.

Enabled + stop transmitting on sync loss – whether the BSR will stop transmitting whenever a 1PPS signal is not present.

Figure 61 – syncActivate

Figure 62 – syncSetSyncIgnore



21 SNMP Traps The following section explains how to set SNMP Trap destination via the BSDU WBM.

SNMP Traps enable notification of significant events by way of an unsolicited SNMP message.

The BSDU Web management SNMP Traps page, accessed from the Advanced Options menu, is used for monitoring events.

To configure the SNMP Traps settings: 1. Click SNMP Traps on the Advanced Options, to display and define additional configuration

menus.

The SNMP Traps page allows you to set up to 8 destinations where the SNMP messages are to be sent, as displayed below.

Figure 63 ‐ SNMP Traps page

2. Define the specific fields for the required traps.

The SNMP Traps page fields are described in the table below:

Table 24 ‐ BSDU SNMP Traps

Field Description

Position the position number of the destination

Destination Address

destination IP address where the message is to be sent, in dot-notation format

UDP port # the port number where the message is to be sent (default = 162)

Description a brief description of where the message is sent, not required

Action define the action to be take

3. Determine the BSR from which to receive SNMP messages.

4. Define the Destination IP address where to send messages, in dot-notation format.

5. Define the Port number where message is sent.



6. Click Add to accept this action, a message is displayed, either:

Table 25 ‐ SNMP Trap message

Message Description

The sink was added successfully when successful

Failed adding new sink! when unsuccessful

Once added:

Figure 64 ‐ SNMP Action

7. Click Modify to change, confirmation appears.

Figure 65 ‐ Modify settings

8. Click OK to confirm action.

9. Click Remove to erase, confirmation appears.

Figure 66 ‐ Remove

10. Click OK to confirm action.



The following messages are displayed:

Message Description

The sink was successfully modified! when modified

The sink was successfully removed! when removed

SNMP Traps are sent in the following scenarios:

Table 26 ‐ SNMP Traps

Trap Description

The BSDU finished its initialization process Cold Start standard trap

A power failure occurred at one of the BS ports

Interruption of service of BS

The link status of one of the Ethernet ports has changed

up/down. Link Up/Link Down standard trap

A change in the GPS connectivity state occurred

connected/disconnected

A change in the GPS 1PPS lock state occurred

locked/unlocked

A change in the topology status of one of the BS ports occurred

connected/unknown/erroneous



22 Topology The following section explains how to set Topology discovery via the BSDU WBM.

Topology enables the discovery of base stations connected to the BSDU.

The BSDU Web management Topology page, accessed from the Advanced Options menu, is used for polling the BSRs connected to the BSDU.

Note: When Topology is enabled the BSDU and BSRs must be on the same subnet.

To configure the Topology settings: 1. Click Topology on the Advanced Options, to display and define additional configuration

menus.

The Topology page allows you to set up which BSDU port is to be polled, as displayed below.

Figure 67 ‐ Topology page

2. Define whether Topology polling is Enabled (table is displayed) or Disabled (no table is displayed).

3. Check the specific port to Enable Topology polling, clear to disable.

4. Click Discard changes to reject the changes just made.

5. Click Save changes to accept the modifications made, a confirmation message appears.



Figure 68 ‐ Topology save change

6. Click OK to confirm.

The following message is displayed:

Topology configuration successfully saved! (Displayed in Green)

Momentarily the system will refresh and display the data of the selected BSRs connected to the BSDU.

The fields displayed are defined below:

Table 27 ‐ Topology Polling

Field Description

Port # the port number to be polled, connected to specific BSR

Status Status Description

Unknown no BSR discovered

Not Polled port not selected for topology discovery

Connected BSR discovered

IP address IP of the BSR being polled

MAC address MAC address of the BSR being polled

BS id ID of the BSR being polled



23 Rebooting the BSDU Some configuration settings require that you restart the unit to apply new parameter settings to the unit, such as upgrading the unit.

In order for software version upgrades and/or other changes to take effect the BSDU unit must be rebooted.

To perform a Reboot 1. Select Reboot BSDU from the Advanced menu, the following confirmation appears:

Figure 69 ‐ BSDU Reboot confirm

2. Click OK to confirm and continue reboot. The following message is displayed as:

Figure 70 ‐ BSDU rebooting

After a short period the BSDU will come back online.

3. Click Back to return to the previous page.



24 Appendix

24.1 Glossary of Terms ARQ Automatic ReQuest for retransmission

BS Base station

BWA Broadband wireless access

CCC Clearest Channel Choice

CLI Command Line Interface

CPE Customer premises equipment (interchangeable with ST)

DFS Dynamic Frequency Selection

DHCP Dynamic Host Configuration Protocol. Protocol for assigning dynamic IP addresses to devices on a network.

FDD Frequency Division Duplex

FTP File Transfer Protocol

GUI Graphical user interface

GW Gateway

HTTP Hypertext Transfer Protocol

IP Internet protocol

ISP Internet Service Provider

MAC The next layer up from the PHY, known as the media access controller

MIB Management interface block

QAM Quadrature Amplitude Modulation. A modulation scheme which conveys data by changing (modulating) the amplitude of two carrier waves. These two waves, usually sinusoids, are out of phase with each other by 90° and are thus called quadrature carriers.

Rx Receiver

SA Spectrum Analyzer

SNR Signal-to-noise ratio

SW Software

TDD Time Division Duplex

Tx Transmitter

URL Uniform Resource Locator

VLAN Virtual Local Area Network

WBM Web-based management

WFQ Weighted Fair Queuing

WiMAX WiMAX is a wireless industry coalition whose members are organized to advance IEEE 802.16 standards for broadband wireless access (BWA) networks.



24.2 Revision History Revision Originator Date Description

Rev A M. Falik 6-2006 Initial document

Rev B M. Falik 8-2006 Additional content & corrections

Rev C M. Falik 10-2006 Additions

Rev D M. Falik 12-2006 Updates & features

Rev E M. Falik 2-2007 Updates & features

Rev F M. Falik 8-2007 Updates & features

Rev G M. Falik 3-2008 Updates & features

Rev H M. Falik 7-2008 Template change + updates

Rev I M. Falik 2-2009 Updates & features

Rev J M. Falik 8-2009 BSDU updates

24.3 Contact Information Customer Service Help-Desk for customer service emergency Airspan Networks have introduced the Airspan Tracker application to enable prompt and efficient Customer Support services. If you do not have an Airspan Tracker account, please obtain login credentials by filling-in the form in the main page "Register New Account". Worldwide Headquarters: Airspan Networks Inc. 777, Yamato Road, Suite 310, Boca Raton, FL 33431, USA Tel: +1 561 893 8670 www.airspan.com

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