HD Mesh
HIGH DENSITY MESH SYSTEM
USER MANUAL
October 25, 2006
Revision 1.6
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Preface
This manual covers the basic configuration and installation of the HD Mesh system, and applies to the
following part numbers:
HD Mesh 1
HD Mesh 2
US Model
International Model
The HD Mesh 1/2 system consists of an outdoor rated NEMA box (R3/ IP42) that includes a 532 Mikrotik
router board, a CM9 Wireless Access Point, one Omni 8dBi antenna, and 5 Trango PoE ports. The HD
Mesh system may be used in conjunction with any Trango Point to Point backhaul wireless broadband
equipment in a ring architecture to provided access to Wifi Hotspot as well as the local devices.
The HD Mesh system when used in conjunction with any Trango Point to Point wireless Broadband
equipment in a ring architecture will provide a reliable, redundant, high capacity Mesh style wireless
connection.
Warranty Information
HD Mesh units from Trango Broadband Wireless are warranted for one year from date of purchase.
Contact Information
Corporate Headquarters
Trango Broadband Wireless, a division of Trango Systems, Inc.
15070 Avenue of Science Suite 200
San Diego, CA 92128 USA
Web Sites
Sales Inquiries
email: [email protected]
Telephone: 1-858-653-3900
Technical Support
email: [email protected]
Telephone: 1-858-653-3900
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Section 1 Introduction
Trango has developed a mesh architecture that maximizes up time reliability, while minimizing the
constraints on actual data throughput. The Trango solution focuses the fail-safe functions at the most
important element of the network, the backbone. Maintaining a robust, hi-speed and redundant mesh
backbone is the most critical aspect of the network. The result is that HD Mesh provides system performance
and reliability well beyond that of competing technologies.
Overview
Trango's HD Mesh wireless backbone radios are available in 4.9, 5.3 and 5.8 GHz frequency bands.
Each HD Mesh micro cell base station includes an environmentally controlled enclosure with thermostat
controlled heater and fan, nine port router, and can support up to six additional Ethernet devices (cameras,
access points, etc.). HD Mesh is also designed to support WiMAX-ready radios and 802.11g for WiFi
hotspots. This highly flexible and scalable system is built to grow with the needs of any network and like all
Trango equipment, HD Mesh is designed for easy installation and maintenance.
The HD Mesh node box provides an innovative and easy method to create a self-healing hi-speed
backbone ring for reliable delivery of wireless broadband connectivity. The HD Mesh system is ideal for high-
capacity metro backhaul, broadband access, mesh systems bandwidth injection, WiMAX systems, VOIP
traffic and IP-based video surveillance.
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Section 2 Hardware Overview
The HD Mesh is an outdoor NEMA rated box that houses a Mikrotik 532 router. The router provides
OSPF functionality on the routed ports that connect to two Trango Point to Point wireless backhaul radios
which results in a layer 3 self healing wireless network. The other three Trango PoE ports can be used in
conjunction with any Trango Access Point to provide wireless connections in a Point to Multipoint format.
Each one of these PoE ports connects to an individual port on the router. This results in a unique broadcast
domain for each Access Point yielding higher performance at each cell. The router board also connects to a
MiniPCI CM9 wireless board that functions as a WiFi Access Point. This Access Point uses an Omni 8 dBi
antenna to provide a hotspot solution. The other four ports on the router can be used with any Ethernet or IP
devices and can be configured as bridge ports or router ports, for meeting different application requirements.
The HD Mesh box is powered by 110 Volts AC for HD Mesh 1 and 220 Volts AC for HD Mesh 2. The box is
design to operate in temperatures between -40º C to 60º C.
System Contents
The HD Mesh system is available in two versions:
HD Mesh 1
HD Mesh 2
-
-
US mode (110 VAC)
International model (220 VAC)
Each HD Mesh kit consists of one HD Mesh Box, one Omni 8dBi antenna, two mounting brackets, two U
bolts, four screws, four washers, and four nuts. (Figure 1)
HD Mesh Kit
HD Mesh Box
8dBi Omni
Mounting Brackets
Screws, washers and Nuts
U-bolts
Figure 1
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System Radio Kits Option
HDM5010-EXT:
HDM5010-INT:
HDM4900-INT-18:
HDM4900-INT-22:
HDM4900-EXT:
Includes 2Atlas5010-EXT 5 GHz radios, connectorized for external antennas
Includes 2 Atlas5010-INT 5 GHz radios, with integrated 23dBi antennas
Includes 2 Atlas4900-INT-18 4.9GHz radios with integrated 18dBi antennas
Includes 2 Atlas4900-INT-22 4.9GHz radios with integrated 22 dBi antennas
Includes 2 Atlas4900-EXT 4.9GHz radios, connectorized for external antennas
Location of Serial Number
The serial number can be found on the inside of the door of the HD Mesh box. (Figure 2)
TRANGO BROADBAND WIRELESS
HD MESH-1
REV: A
SERIAL: HDM10XXXX
Figure 2
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Section 2 Getting Started
It is always a good idea to first provision and test the equipment on the bench before deploying them in the
field. This is a particularly useful exercise for the novice user.
Opening the Box
Open the box by flipping up the quick release lockable latches.
Quick
Release
Pull away from box
Lockable
Latch
Flip Up
Connections and Power
Note: Improper wiring of
power may power unit but
may cause damage to
system.
Figure 3
•
•
Power is applied to the HD Mesh unit via the Power Input Terminals located at the bottom left hand
corner inside the box.
There are 5 PoE ports to provide connection to 5 Trango Broadband radios. Connect a Cat-5 (straight
through) Ethernet cable (Trango Broadband recommends shielded twisted pair) between the POE
port of the HD Mesh unit and the RJ-45 connector on the radio.
•
Both green LEDs on the POE of the HD Mesh should be lighted, indicating power is present to the
POE as well as the radio. (Figure 3)
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Location of RJ-45/LED Port
The RJ-45 connectors for Trango Power Over Ethernet (PoE) injectors are located at the bottom of the
mounting plate inside the HD Mesh box. The router ports and serial port are located at the top of the
mounting plate. The PoE diagnostic LEDs are located on the face lid of the mounting plate. Functionality of
the LEDs is described later in this text. (Figure 4)
ROUTER
POE
Figure 4
HD MESH Management
The HD Mesh unit can be configured using a Command Line Interface (CLI), Web Browser (HTTP) interface,
or Winbox (GUI) interface. Although all methods are comprehensive and powerful, the CLI method provides
more functionality.
Password
The HD Mesh unit is pre-configured with the following default account and password. This user name
and password will allow you to gain access via CLI, HTTP, or Winbox.
User Name
Password
admin
trango
Note: The password will default to a blank password if the unit is set to factory defaults. The user name will still
be admin.
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Browser Interface
The HDMESH features a convenient and easy-to-use web based configuration and management tool. No
additional software is needed on your computer other than a web browser. The browser interface offers
limited and basic functions, although the majority can only be performed via command line interface (CLI).
To use the browser interface, the following must be present:
•
•
•
An Ethernet (wired or wireless) connection between a PC and the HD Mesh unit.
Ethernet PC connection with IP/subnet that is routable to the HD Mesh unit.
A web browser on the PC (i.e. Microsoft Internet Explorer )
In order to use the browser interface – simply connect the HD Mesh unit to a PC and type the HD Mesh’s IP
address into the web browser (i.e. Microsoft Internet Explorer). This will bring up the Login page.
Browser Interface Login Screen
The first page of the web browser is called the configuration page. The configuration page offers the
following options.
•
•
•
•
Downloading Winbox
Displaying Graphs
Telnet into the router
Documentation from Mikrotik’s Website & License Information
Winbox can be downloaded from the router itself under the configuration page of the web browser.
The top left side of the configuration page offers a link to download the Winbox application. The application
can also be downloaded from Mikrotik’s website. (Figure 5)
Figure 5
Type the username (default: admin) and password (default trango) and continue. This will bring up the
router’s Interface page.
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Primary Features and Pages of the Browser Interface:
Navigation Column: Each page features a navigation column that runs along the left-hand side of the page.
On the bottom of the navigation column is the current status of the router including its System ID, IP address,
Time, Date, CPU Utilization, Uptime, Disk Space Free, Disk Space Total, Memory Free, Memory Total, Rx,
Tx, AP, Clients, and Timeout.
The navigation column also features buttons to each of the following pages:
System: This page shows ID, Version, System Reset, Reboot, Change password, and Web page refresh
period.
Interface: The interface name, type, IP address, enable/disable and graph are seen on this page. It is the
first page shown after login.
Firewall: This page allows you to setup a basic firewall by selecting the Public interface and check boxes of
Protect customer, Protect router, and NAT.
Routes: This page will display all routing information with capabilities of adding static routes.
Simple Queues: Simple Queues page allows you to rate limit traffic on the router.
PPPoE: Allows you to enable PPPoE on an interface and add users and passwords.
Registration Table: This page will show you current registered clients.
Access List: This page will allow adding an Access List based on MAC address, Interface, Authenticate and
Forward settings.
DHCP Server: This page will show you current DHCP server settings to include current DHCP leases.
Upgrade: This page will allow you to upload an upgrade package or downgrade.
Logout: This link will end the current browser session with the router.
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Winbox (GUI) Interface
The HDMESH features a convenient and easy-to-use GUI interface tool. The Winbox interface offers the
closest functionality to the Command Line Interface (CLI). . The Winbox interface provides a lot more
functionality than the Web Interface. Winbox is improving with each release but CLI still provides the most
functionality
To use the Winbox, the following must be present:
•
•
An Ethernet (wired or wireless) connection between a PC and the HD Mesh unit.
Ethernet PC connection to the HD Mesh unit.
In order to use the Winbox simply connect the HD Mesh unit to a PC and type the HD Mesh’s IP address into
the “Connect To” space. Clicking on the dotted square will perform a broadcast scan and show MAC
addresses and IP addresses of HD Mesh Nodes discovered on the network. Supply a Login Name “admin”
and password “trango” (Figure 6)
Figure 6
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Primary Features and Pages of the Winbox Interface:
Menu Bar: Winbox has a menu bar that runs along the left-hand side of the page.
Interface: General information of the interface, Status, Ethernet port settings and traffic.
Wireless: Wireless status, Access List, Registration, Connect List, Security Profiles, and wireless settings.
Bridge: Shows Bridge status, Ports in the Bridge, Filters, Broute, NAT and Hosts.
PPP: Configure PPP interface, Secrets, Profiles, and Active Connections
IP: Includes the following Menus: Addresses, Routers, Pool, ARP, VRRP, Firewall, Socks, UPnP, Traffic
Flow, Accounting, Services, Packing, Neighbors, DNS, DHCP Client, DHCP Server, DHCP Relay, Hotspot,
IPSec, and Proxy.
Routing: Display menus for the following: BGP, RIP, OSPF, and prefix
.
Ports: Displays the serial port where the following setting can be changed. Name, Baud Rate, Data Bits,
Parity, Stop Bits and Flow Control.
Queues: Display Simple Queues, Interface Queues, Queue Tree, and Queue Types.
Drivers: Displays drivers for the Ethernet and Wireless chip set.
System: This button shows setting for Identity, Clock, Resources, License, Packages, Auto Upgrade,
Logging, History, Console, Scripts, Scheduler, Watchdog, Reboot, Shutdown, NTP Client and NTP Server.
Files: Displays files on your router which include backups and hotspot html pages.
Log: Display the log information of the router.
SNMP: SNMP Server setting. By default public has read only access.
Users: Displays Users information. By default there is only one account admin which has full access.
Radius: Radius information is displayed and can be configured.
Tools: Tools menu has the following tools: Ping, MAC Ping, Traceroute, Bandwidth Test, BTest Server,
Traffic monitor, Packet Sniffer, Torch, MAC Server, Graphing, IP Scan, Ping Speed, Flood Ping, and
Netwatch.
New Terminal: Opens a CLI session to the router.
Telnet: Allows to telnet to an IP address using the following methods of telnet. Telnet, SSH, and MAC Telnet.
Password: Changes the password of the account that is currently being used.
Certificate: This menu allows you to see the current Keys, Import, Decrypt and Reset keys.
Make SUPOUT.rif: This will prompt for a file name that will be created with troubleshooting information.
Manual: The Manual button is a direct link to Microtik’s manual.
Exit: This will close the Winbox session.
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Command Line Interface
The Web browser interface covers very basic features in a limited role. The command line interface
(CLI) provides much more functionality, and is usually the management tool of choice for experienced users.
The CLI can be accessed through Telnet or Console cable.
Telnet
Open a command prompt (DOS) session on your PC. Open a Telnet session by typing:
telnet [ip address of router]
All HD mesh units are pre-configured at the factory. The factory default username is admin and password is
trango. Once you connect to the router you will be greeted with the current RouterOS version information and
prompted for a login.
CLI Login Example
C:>telnet 192.168.100.100
MikroTik v2.9.32
Login: admin
Password:
MMM
MMMM
MMM
MMMM
KKK
KKK
TTTTTTTTTTT
TTTTTTTTTTT
KKK
KKK
MMM MMMM MMM III KKK KKK RRRRRR
OOOOOO
TTT
TTT
TTT
TTT
III KKK KKK
III KKKKK
III KKK KKK
III KKK KKK
MMM MM MMM III KKKKK
RRR RRR OOO OOO
MMM
MMM
MMM III KKK KKK RRRRRR OOO OOO
MMM III KKK KKK RRR RRR OOOOOO
MikroTik RouterOS 2.9.32 (c) 1999-2006
Terminal ansi detected, using single line input mode
[admin@HDMESH] > quit
To terminate a CLI session (Telnet or Serial) type the command quit.
ꢀ Note: Type ? for a listing of CLI commands and directories. More basic information on the CLI will
be covered throughout this text for advance CLI commands reference Mikrotik’s website for
documentation www.mikrotik.com
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Section 3 Basic Configuration via Web Browser
This section describes a few basic concepts, as well as how to configure basic settings using the
Browser (HTTP) Interface. This section is written to address only the most basic steps. It is highly
recommended that you visit and read Mikrotik’s website to gain an understanding of all important
configuration parameters.
In this section you will learn the following:
•
•
•
•
Configure an IP address
Configure Firewall
Configure DHCP Server
Upgrading the RouterOS
The initial page once you have login is the Interface page. Clicking on the IP address will allow you to
assign the interface an IP address. Clicking on the Interface will allow you to change the interface name from
the standard naming convention. (Figure G)
Web Browser Interface page
Clicking on the IP
address will bring up
the port
configuration page.
Clicking on the
Name will open a
page to change the
Name.
Clicking the graph
link will open a
MRTG graph of the
interface
Figure 7
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Port Web Configuration
Clicking on the IP address of the interface will bring up the port configuration page. The port can be
disabled, configured to obtain an IP address from a DHCP server, or manually configured with an IP address
and Netmask. (Figure 8)
Figure 8
Port Name Web Configuration
Clicking on the name of the port will allow you to change the name of the port. (Figure 9)
Figure 9
Interface Web Graphing
The Interface page has a graph link which will display the in and out traffic of an interface. The graph
is broken down into daily, weekly, monthly and yearly results. (Figure 10)
Figure 10
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System Web Configuration
The System page will allow you to change the password simply by clicking the password link. The ID
of the HDMESH can also be changed from the system page. The unit can also be rebooted. The system page
also provides you with a system RESET. (Figure 11)
ꢀ Note: The system reset defaults the unit completely to Mikrotik’s default configuration. You will then
need to reload Trango’s default configuration.
Figure 11
Firewall Web Configuration
The HD Mesh node by default is configured to use public interface ether 9 and NAT enabled. The
web browser is the easiest way to create a firewall. Simply select a public interface and check the NAT box.
Checking Protect Router and Protect Customer adds additional rules to strength the firewall. (Figure 12)
•
•
•
•
Public Interface
Protect Router
Protect Customer
NAT
Figure 12
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DHCP Server Web Configuration
The HD Mesh node is configured by default as a DHCP server. DHCP Services can be applied to any
interface. DHCP leases are also shown on this page. The following information must be to be provided.
(Figure 13)
•
•
•
•
The DHCP interface
The IP address range that will be issues to DHCP clients
Primary & Secondary DNS Server
The Gateway IP address
Figure 13
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Upgrading RouterOS via Web Browser
The RouterOS can be upgraded from the web browser upgrade page. The RouterOS can be
downloaded from Mikrotik’s web site www.mikrotik.com Click on the UPGRADE from the navigation menu on
the left side of the web page. (Figure 14)
Figure 14
A window browser will open for you to select the NPK file to upload. Once the file is selected click the upload button
to begin transferring the file from you computer to the router. (Figure 15)
ꢀ Note: This will only transfer the file to the router
Figure 15
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Once the file has been successfully uploaded to the router the upgrade and downgrade button can be used. (Figure
16)
Figure 16
The upgrade procedure will log out the current web session. The process will take a few minutes for the upgrade
procedure to complete. (Figure 17)
ꢀ Note: DO NOT POWER OFF router during this process
Figure 17
To verify the upgrade procedure was successful. Log back into the router and check the version under the system
page. (Figure 18)
Figure 18
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Section 4 Basic Configuration via Winbox
This section describes how to configure basic settings using Winbox. This section is written to
address only the basic steps. It is highly recommended that you visit and read Mikrotik’s website to gain an
understanding of all important configuration parameters.
In this section you will learn the following:
•
•
•
•
•
Configure an IP address
Configure Wireless Card
Configure Firewall
Configure DHCP Server
Configure OSPF
Configuring an IP address
Once you have logged into Winbox the Menu bar on the left will appear. Clicking on the IP and then
addresses will display all interfaces and IP addresses of the interfaces. (Figure 19)
Figure 19
Double clicking on the IP address will bring up the IP address configuration window. Select the
interface; assign an IP address followed by a slash and the bits of the subnet mask. If you provide the bits of
the subnet mask the Network and Broadcast will be populated automatically once apply is clicked. Multiple IP
addresses can be assigned to a single interface. (Figure 20)
Figure 20
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Configuring the Wireless Card
Clicking the Wireless menu option from the menu bar will bring up the Wireless Tables. Double
clicking on the wireless interface will bring up the Interface configuration menu. Once in the configuration
menu there are a number of tabs General, Wireless, Data Rates, Advance and Status are just a few. For
more information on settings consult Mikrotik’s website. (Figure 21 & 22)
Figure 21
.
There are many option that can be
selected in the Wireless tab. The
following are the default setting
configured by Trango Broadband.
Mode: AP Bridge
SSID: HDMESH
Band: 2.4 B/G
Frequency: 2412
Show SSID
Figure 22
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Configure Firewall
The firewall configuration offers many options but this section will only cover creating NAT on an
interface using masquerading. In the Winbox session select IP menu then Firewall menu option. This will
open the Firewall Windows. (Figure 23)
Figure 23
The following tabs are presented in the firewall window: Filter Rules, NAT, Mangle, Connections, and Address
Lists. Select the NAT table and click on the red plus sign to open the New NAT Rule window.
Once the New NAT Rule window is open the Chain must be set to srcnat and the Out Interface. (Figure 24)
Figure 24
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Next in the New NAT Rule select the ACTION tab. The ACTION needs to be set to MASQUERADE.
Click APPLY then OK and the NAT masquerade is configured. (Figure 25)
Figure 25
Configuring DHCP Server
By default the DHCP Server service is enabled in Trango Broadband configuration on Ether1, 2, 3, 4,
5, WLAN, and the bridge interfaces. In order to create a DHCP Server from within Winbox select IP then
DHCP Server. This will open the DHCP Server window (Figure 26)
Figure 26
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Clicking the Setup button in the DHCP Server window will bring up the DHCP Server Setup window. Select
the interface on which to run DHCP services. (Figure 27)
Figure 27
Once the interface is selected, the DHCP Address Space will need to be added. (Figure 28) This will be
followed by the Gateway for DHCP Network. (Figure 29)
ꢀ Note The DHCP Gateway is the IP address of the interface.
ꢀ Note: If not filled out properly the Setup will end without creating the DHCP server
ꢀ
Figure 28
Figure 29
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The next prompt will be for the range of IP addresses to give out. This will create an IP pool
automatically. (Figure 30) After the IP address range is given, a DNS server IP address is required. (Figure
31)
ꢀ Note: If not filled out properly the Setup will end without creating the DHCP server
Figure 30
Figure 31
Lastlly the Lease Time will need to be given. The default is 3 days. The format is days:
hours:minutes:seconds. If this is filled out properly a success windows will open. (Figure 33)
Figure 32
Figure 33
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Configuring OSPF
OSPF stands for Open Shortest Path First. This routing protocol is the key to creating redundancy by
the HD Mesh node. This Section will cover how to configure OSPF. The OSPF configuration window can be
opened by selecting Routing then OSPF. (Figures 34 & 35)
Figure 34
Figure 35
Create an area by clicking on the ‘area’ tab and then clicking on the red plus sign. This will open the New
OSPF Area. The following information will need to be supplied. The Area NAME, AREA ID in dotted format.
The rest of the options can remain the same. (Figure 36)
ꢀ Note: THIS INFORMATION MUST BE THE SAME FOR ALL ROUTERS PARTICAPTING IN THE
MESH
Figure 36
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Once the Area is created, the OSPF Networks that will be distributed in the OSPF link need to be
added. In the OSPF window (Figure 35) go to the Network tab and click on the Red Plus sign. This will open
the OSPF network. The Network needs to be added to include the mask. Select the Area which was created.
(Figure 37)
Figure 37
Now that the Area and Network have been added we need to configure which interfaces will pass
OSPF information. In the OSPF window (Figure 35) under the interface tab click on the Red Plus Sign to open
the New OSPF interface window. Select the interface and click APPLY then OK. (Figure 38)
ꢀ Note: THE FOLLWING SETTING MUST BE THE SAME FOR ALL ROUTERS PARTICAPTING IN
THE MESH
•
•
•
•
Retransmit Interval
Transmit Delay
Hello Interval
Router Dead Interval
Figure 38
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The final step is to configure the OSPF settings. In the Interface tab click on settings to bring up the
OSPF settings windows. The setting will vary depending on the role of the router. If the router has a
connection to the Internet then the following settings are recommended. (Figure 39)
•
•
•
Redistribute Default Route
Redistribute Connected Route = as type 1
Redistribute Static Routes
= if installed (as type 2)
= as type 2
Figure 39
If your router is just participating in the OSPF then the following OSPF settings are recommended.
(Figure 40)
•
•
•
Redistribute Default Route
Redistribute Connected Route = as type 1
Redistribute Static Routes
= never
= no
Figure 40
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Section 5 Basic Configuration via CLI
This section describes a Command Line Interface configuration. This section is written to address
only the basic steps. It is highly recommended that you visit and read Mikrotik’s website www.mikrotik.com to
gain an understanding of all configuration parameters.
In this section you will learn the following:
•
•
•
Configure an IP address and Gateway
Configure DHCP client
Configure DHCP server
ꢀ Note: See Appendix A for more information on serial port.
The easiest and safest way to configure the router from the CLI is to use the “setup”. This will allow you to
configure the router with simple menu driven options. If an invalid command entered then the setup program
will terminate and no setting will take effect.
Launching CLI “Setup”
[admin@HDMESH] > setup
Setup uses Safe Mode. It means that all changes that are made during setup
are reverted in case of error, or if Ctrl-C is used to abort setup. To keep
changes exit setup using the 'x' key.
[Safe Mode taken]
Choose options by pressing one of the letters in the left column, before
dash. Pressing 'x' will exit current menu, pressing Enter key will select the
entry that is marked by an '*'. You can abort setup at any time by pressing
Ctrl-C.
Entries marked by '+' are already configured.
Entries marked by '-' cannot be used yet.
Entries marked by 'X' cannot be used without installing additional packages.
r - reset all router configuration
+ l - load interface driver
* a - configure ip address and gateway
+ d - setup dhcp client
+ s - setup dhcp server
p - setup pppoe client
t - setup pptp client
x - exit menu
your choice [press Enter to configure ip address and gateway]:
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HD Mesh Node
Configuring IP Address via CLI Setup
In the setup menu you can configure an IP address simply by supplying the interface name and the IP
address with the netmask.
Example of configuring an IP address
r - reset all router configuration
+ l - load interface driver
+ a - configure ip address and gateway
+ d - setup dhcp client
+ s - setup dhcp server
p - setup pppoe client
t - setup pptp client
* x - exit menu
your choice: a
+ a - add ip address
+ g - setup default gateway
* x - exit menu
your choice: a
enable interface: ether1
ip address/netmask: 192.168.4.1/24
#Enabling interface
/interface enable ether1
#Adding IP address
/ip address add address=192.168.4.1/24 interface=ether1 comment="added by \
setup"
+ a - add ip address
+ g - setup default gateway
* x - exit menu
your choice: x
r - reset all router configuration
+ l - load interface driver
+ a - configure ip address and gateway
+ d - setup dhcp client
+ s - setup dhcp server
p - setup pppoe client
t - setup pptp client
* x - exit menu
your choice: x
[Safe Mode released]
Setup completed successfully.
Following commands were executed during this setup:
#Enabling interface
/interface enable ether1
#Adding IP address
/ip address add address=192.168.4.1/24 interface=ether1 comment="added by \
setup"
[admin@HDMESH] >
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HD Mesh Node
Configuring Gateway via CLI Setup
Simply selecting an option will bring the next menu prompt. The only information needed to set the Gateway
is the gateway IP address.
Example of configuring the Gateway on the router
your choice [press Enter to configure ip address and gateway]: a
+ a - add ip address
* g - setup default gateway
x - exit menu
your choice [press Enter to setup default gateway]: g
gateway: 192.168.4.254
#Adding default route
/ip route add dst-address=0.0.0.0/0 gateway=192.168.4.254 comment="added by \
setup"
+ a - add ip address
+ g - setup default gateway
* x - exit menu
your choice: x
r - reset all router configuration
+ l - load interface driver
+ a - configure ip address and gateway
+ d - setup dhcp client
+ s - setup dhcp server
p - setup pppoe client
t - setup pptp client
* x - exit menu
your choice: x
Configure DHCP Client via CLI Setup
Follow the menu options and supply the interface which is to be configured as a DHCP client.
r - reset all router configuration
+ l - load interface driver
+ a - configure ip address and gateway
+ d - setup dhcp client
+ s - setup dhcp server
p - setup pppoe client
t - setup pptp client
* x - exit menu
your choice: d
interface: ether8
#Adding DHCP client
/ip dhcp-client add disabled=no interface=ether8 comment="added by setup"
r - reset all router configuration
+ l - load interface driver
+ a - configure ip address and gateway
+ d - setup dhcp client
+ s - setup dhcp server
p - setup pppoe client
t - setup pptp client
* x - exit menu
your choice: x
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HD Mesh Node
Configuring DHCP Server via CLI Setup
Following the menu option the following information will need to be provided in order to create the
DHCP Server
•
•
•
•
•
•
•
DHCP server interface:
DHCP address space:
gateway for DHCP network:
DHCP relay
addresses to give out:
DNS servers:
lease time:
Example of a configured DHCP server.
+ s - setup dhcp server
p - setup pppoe client
t - setup pptp client
* x - exit menu
your choice: s
dhcp server interface: ether6
dhcp address space: 192.168.0.0/24
gateway for dhcp network: 0.0.0.1
dhcp relay: 0.0.0.0
addresses to give out: 0.0.0.2-255.255.255.254
dns servers: 192.168.1.1,10.8.0.2
lease time: 3d
#Adding DHCP server IP address pool
/ip pool add name=dhcp-pool-1 ranges=0.0.0.2-255.255.255.254
#Adding DHCP network
/ip dhcp-server network add address=192.168.0.0/24 \
dns-server=192.168.1.1,10.8.0.2 gateway=0.0.0.1 comment="added by setup"
#Adding DHCP server
/ip dhcp-server add interface=ether6 address-pool=dhcp-pool-1 \
lease-time=3d00:00:00 disabled=no
r - reset all router configuration
+ l - load interface driver
+ a - configure ip address and gateway
+ d - setup dhcp client
+ s - setup dhcp server
p - setup pppoe client
t - setup pptp client
* x - exit menu
your choice: x
[Safe Mode released]
Setup completed successfully.
[admin@HDMESH] >
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HD Mesh Node
Section 6 Default Configuration
The HD Mesh node is configured with the first 5 ports as router ports, each with their own IP address.
The ports are also configured to give out DHCP IP addresses. Ports 6, 7, and 8 are configured to act as a
single bridge. The bridge is configured with an IP Address and also as a DHCP server. The wireless card is
configured with its own IP address and also as a DHCP Server. Port 9 is configured as a DHCP client. (Figure
41)
Port
IP address
Bridge Comments
DHCP Server issues IP addresses from
Ether 1
Ether 2
Ether 3
Ether 4
192.168.1.1/24
192.168.2.1/24
192.168.3.1/24
192.168.4.1/24
No
No
No
No
DHCP range 192.168.1.50-100
DHCP Server issues IP addresses from
DHCP range 192.168.2.50-100
DHCP Server issues IP addresses from
DHCP range 192.168.3.50-100
DHCP Server issues IP addresses from
DHCP range 192.168.4.50-100
DHCP Server issues IP addresses from
DHCP range 192.168.5.50-100
Bridge port 1
Bridge port 1
Bridge port 1
Ether 5
Ether 6
Ether 7
Ether 8
Ether 9
192.168.5.1/24
No
Yes
Yes
Yes
No
N/A
N/A
N/A
DHCP Client- NAT
WLAN 1
192.168.1.10/24
192.168.7.1/24
No
802.11b/g SSID: HDMESH
DHCP Server issues IP addresses from
DHCP range 192.168.7.50-100
Bridge 1
Figure 41
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HD Mesh Node
Restoring Default Configuration WinBox
Each router has a backup of this configuration stored in its file system. The backup file can be
seen through Winbox by selecting files. The name of the backup file is “OneMESH.backup”. Select this file
and click on Restore and the unit will prompt you to restore and reboot.
Click on File, Select the
backup file and Click on
Restore. You will be
prompted to confirm
Figure 42
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HD Mesh Node
Restoring Default Configuration Command Line Interface
The default configuration can also be reloaded via the command line. Simply login to the Mikrotik
router and type the following command. System backup load name=OneMESH
Example of loading default configuration.
MikroTik v2.9.32
Login: admin
Password:
MMM
MMMM
MMM
MMMM
KKK
KKK
TTTTTTTTTTT
TTTTTTTTTTT
KKK
KKK
MMM MMMM MMM III KKK KKK RRRRRR
OOOOOO
TTT
TTT
TTT
TTT
III KKK KKK
III KKKKK
III KKK KKK
III KKK KKK
MMM MM MMM III KKKKK
RRR RRR OOO OOO
MMM
MMM
MMM III KKK KKK RRRRRR OOO OOO
MMM III KKK KKK RRR RRR OOOOOO
MikroTik RouterOS 2.9.32 (c) 1999-2006
Terminal ansi detected, using single line input mode
[admin@HDMESH] >
[admin@HDMESH] > system backup load name=OneMESH
Restore and reboot? [y/N]: y
Restoring system configuration
System configuration restored, rebooting now
[admin@HDMESH] system backup>
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HD Mesh Node
Appendix A Serial Port
The HD Mesh unit features a serial port. The serial port is useful in the event that the router cannot
be accessed via TCP/IP (HTTP, Telnet, or Winbox). A Terminal Emulation program (such as HyperTerminal
on the Windows operating system) can be used to access the HD Mesh’s CLI using the serial port, which is
located in the top right side of the enclosure. The serial 9 pin db female connector can be used with a
standard null-modem cable to manage the HD Mesh unit.
The settings below are needed to gain
access to the HD Mesh unit via the
console cable.
115200bit/s
8 data bits
1 stop bit
no parity
Hardware RTS/CTS
Figure 43
Management serial cable
The console cable needs to be a 9 pin db female to 9 pin db female connector cable. A null modem
cable can be used to manage the HD Mesh unit. You can also use the pin outs below to manufacture your
own serial cable.
DB9
DB 9
Female
1 + 6
Function
CD+DSR
RxD
TxD
DTR
GND
RTS
Female
4
3
2
3
4
5
7
8
2
1 + 6
5
8
7
CTS
Figure 44
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HD Mesh Node
Appendix B Specifications
All specifications apply to HD Mesh Node
HD Mesh Node Enclosure
HD Mesh Box
Ratings
NEMA rated outdoor enclosure
NEMA 3R / IP42
14 in. × 12 in. × 7 in. (39.3 × 34.2 × 19.5 cm)
17 lbs (8 Kg)
Dimensions
Weight
Router board
PoE board
9 Ethernet ports, configurable to either router or bridge ports
5 PoE Ports, proprietary for Trango units only
N-type female connector,
360° coverage
Omni 8 dBi antenna
2 U-bolts (4 nuts), 2 mounting
brackets, 1 screw kit (4 screws,
4 nuts, 4 washers)
Mounting hardware
kit
N Male connectors
2 N-type connector caps
6 to 12 mm
Cat-5 Strain relief
connectors
Input voltage
90-120 VAC or 210 - 230 VAC*
350 Watts maximum*
Router
Power consumption
9 Auto-sensing ports (10/100/1000 Mbps),
configurable to either router or bridge ports
Ethernet ports
DB-9 (RS-232C), standard male DB9
asynchronous serial Port
Serial port
Expansion slots
Onboard memory
Temp range
6 MiniPCI Slots (two can be use for two WiFi APs)
64 MB NAND memory chip,
CompactFlash type I/II slot
-40° F to 140° F (-40° C to 60° C) †
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HD Mesh Node
Wireless Board
802.11a: -88 dBm @ 6 Mbps, -71 dBm @ 54 Mbps
802.11b: -95 dBm @ 1 Mbps, -90 dBm @ 11 Mbps
802.11g: -90 dBm @ 6 Mbps, -74 dBm @ 54 Mbps
Sensitivity
Security
Hardware 40 bit & 108 bit WEP.
Hardware AES-CCM
Modulation
techniques
802.11b/g: DSSS (DBSP, DQPSK, CCK) OFDM
for data rate > 20 Mbps
802.11a: OFDM (BPSK, QPSK, 10-QAM,
64-QAM
18 dBm @ 2.4 GHz
RF power output
Wi-FiR
17 dBm @ 5.8 GHz
WECA Compliant, FCC Part 15 (USA)
* The system will use a maximum of 350 Watts. However, if any of the other 3 outlets are in use, the
consumption will increase by the device’s power consumption.
†
Fan turns ON at 120° F (49° C) and OFF at 90° F (32° C).
Heat plate turns ON at -40° F (-40° C) and OFF at 60° F (15° C).
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