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Thank you for purchasing the VMM6300 Vehicle Mounted Modem (VMM). The device is
designed to integrate with the Mesh Enabled Access (MEA) wireless communication system
capable of supporting high data rate mobile communication at variable rates of vehicular
speeds. This document provides detailed installation and configuration instructions for the MEA
VMM6300 device.
The VMM6300 is a wireless modem that has been designed for permanent in-vehicle mounting.
It provides access to the MEA network via an Ethernet connection to mobile data terminals,
laptop computers, or any other device that has an Ethernet port. The VMM operates on 12VDC
and is rugged enough for installation in commercial and public safety vehicles. The VMM
provides the same functionality as the WMC6300 to the connected device, including geolocation.
The VMM efficiently combines the functionality of a MEA subscriber device and client modem
into a single cost-effective wireless network component. This makes it easy for any Ethernetready device to access a MEA mobile broadband network. Computers, IP video cameras,
sensors, signs, signals, etc. can all be Mesh Enabled to send and receive data at burst rates of
up to 6 Mbps. All standard subscriber device functionality including Multi-Hopping™, non-lineof-sight communications and geo-location services are fully supported.
The MEA Vehicle Mounted Modem allows connection of multiple IP addressable devices using
standard Ethernet connectivity. This allows devices that cannot accept the PCMCIA based
WMC6300 product to function transparently on a MEA network without additional drivers.
1.1 Product Contents
Each MEA VMM is a full-featured wireless networking device. The following is a list of the items
provided with each VMM:
• MEA Vehicle Mounted Modem (flange mount)
• 15 foot cable assembly
• 1 Mag Mount 0 dBi antenna.
• 1 N-type to SMA adapter
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2 Device Installation
2.1 Software Requirements
Two types of software interfaces will be required during the installation and setup process of the
VMM3600 device: MeshManager and the VMM Device Administration web interface.
MeshManager software needs to be installed and running on a network computer prior to VMM
installation and configuration. MeshManager will be used in the VMM setup process to validate
the installation of the device. In addition, MeshManager will be used to manage a VMM and
other subscriber devices within the MEA network.
The VMM Device Administration web interface is used to administer and configure the device
and can be accessed by connecting a PC to the wired interface. Additional information is
provided later in the manual.
Detailed information about MeshManager software and its usage is found in the following
publications: MeshManager User’s Guide and QuickStart for MeshManager.
2.2 Equipment Requirements
A VMM6300 is utilized similarly to a subscriber device within a MEA network and will be used
with the IAP6300 and MWR6300 infrastructure devices.
The following list defines the standard MEA hardware components to install a VMM:
• N-type Antenna Connector
• 0dBi Antenna (supplied)
• 15 foot cable assembly
The Network Operator must supply the following:
• Mounting Location
• Power Source (12V DC) (from vehicle or other DC power supply)
• A Hub or Switch (if more then 1 Ethernet device will be used)
The transceiver and SBC (Ethernet) MAC addresses are listed on the label located on the back
side of the VMM unit. Record these numbers in the MAC Address Table provided in the next
section.
2.3.1 MAC Address Table
The MAC Address table has been included for recording the Ethernet MAC address and
transceiver MAC address for a set of VMM devices as a quick reference. These addresses will
be required later in the configuration and management process.
Write the MAC numbers into the MAC Address Table provided below.
MAC Address Table
MAC Address (00-05-12-0A-xx-yy) ETH MAC Address (00-05-12-30-xx-yy)
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2.4 VMM6300 Assembly Information
The VMM6300 Assembly shows the external connection points on a VMM6300 box.
Power
Connector
Power
Reset
N-Type
Antenna
Connector
Ethernet
Figure 2-1. VMM External Connection Point
(Crossover MDI-X)
2.5 Installing the VMM6300 Device
The following instructions describe the VMM6300 hardware installation procedure:
1. Mount the VMM box in a suitable location in a vehicle to allow for ventilation. Note
that the device is not waterproof and should be reasonably protected from moisture
and other exposed outdoor environments.
2. Connect the antenna to the N-type connector.
3. Insert the Power Plug into Power Connector.
4. Verify that both MAC addresses have been recorded in Section
information will be required to configure and test the device.
5. If installing more than one IP device to the VMM6300, a separate hub device can be
connected to the VMM ETH port. Up to three IP devices can be provisioned to
interface with the VMM.
NOTE: For more information about how to configure additional devices to the VMM,
refer to the
External Device Provisioning section of this manual.
When deploying the VMM6300 consider the following:
• The antenna should be a minimum of 30 inches from any nearby metal poles to avoid
distortion of the RF pattern.
• The antenna must have a separation distance of at least 2 meters from the body of all
persons and must not be co-located or operating in conjunction with any other antenna or
transmitter.
• Users and installers must be provided with antenna installation and transmitter operating
conditions to satisfy RF exposure compliance.
• Typically, Vehicle Mounted Modems are distributed within a network and are used as
subscriber devices. A rule of thumb is to deploy 2-3 hop networks to optimize range, latency,
and throughput to subscriber devices.
• The VMM6300 installation location must provide applicable DC power for the device.
• It is required that the VMM chassis be grounded to minimize the possibility of ESD
(electrostatic discharge) induced damage.
2.5.1.1 Deployment Tips
Locate the antenna to minimize multipath:
- Minimize interference from nearby transmitters
- Maximize chance of a direct line of sight connection to other devices.
- Mount the supplied antenna vertically
2.6 Testing the Device Installation
Verify the operation of the VMM6300 using the following procedure:
1. Apply power to the VMM6300 – power reset button will be illuminated to red.
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2. Obtain the transceiver MAC address and the ETH address that was recorded earlier in
section
00-05-12-30-xx-yy for ETH.
3. From the MeshManager software screen, display the devices using the MAC address.
Note: This step assumes that the MeshManager software has been installed and running on
a networked computer.
4. Within the MeshManager software screen, select the appropriate VMM in the device tree.
5. Right-click on the device MAC address and select the Ping option.
A successful response to the Ping command verifies that the VMM is communicating to the
infrastructure devices.
2.3.1. The address will be in the format 00-05-12-0A-xx-yy for the transceiver and
The VMM provides network access to one or more IP devices connected to the Ethernet port of
the VMM. In order for the VMM to provide service to the IP devices, some configuration must be
done prior to connecting the IP devices.
The local default gateway address is used only on the wired interface, and is only visible to the
attached IP devices. It is not advertised to the wireless network, and the network cannot access
the VMM using this gateway address. The VMM has another IP address for the wireless
interface that can be used to access the VMM from the network. Because the gateway address
is limited to the local wired interface, the same address could be used for the gateway service in
several VMM devices. The local gateway should be a part of the overall subnet chosen for your
MEA network.
Care must be taken to ensure that the selected IP address is on the same subnet and does not
conflict with any other devices or the chosen Local Gateway service address on the MEA
network.
3.2 Accessing the MEA Device Administration Web Pages
To modify the IP configuration for the VMM using the web interface, you must know the IP
address assigned to the VMM SBC. The mechanism for assigning the IP address is controlled
by the addressing mode of the VMM SBC. Regardless of the mechanism, the assigned IP
address can always be displayed using MeshManager.
If the factory setting is used, then the default addressing mode will be Remote DHCP, and the
VMM SBC IP address will be assigned by the network DHCP server.
If the SBC addressing mode was changed to Statically Provisioned, and an IP address was
entered, then the entered IP address will be used.
If the SBC addressing mode was changed to Statically Provisioned, but no IP address was
entered, then the default SBC IP address will be derived from the transceiver MAC address
(10.xx.yy.1, where the MAC address is 00:05:12:0A:XX:YY), similar to the default IP addresses
described in
address, and the lowercase xx and yy are the same values in decimal. For example, a VMM
with a transceiver MAC address of 00:05:12:0A:80:20 would have a default SBC IP address of
10.128.32.1.
When the IP address is known, the device web page can be accessed by pointing your web
browser to the IP address of the VMM SBC. For example, if the VMM SBC address is
10.128.32.1, then the web page would be found at http://10.128.32.1/.
External Device Provisioning. XX and YY are hex values from the transceiver MAC
3.2.1 Administrator and Access Account Information
The device has two accounts for the web pages - an administrative account, and an access
account. The administrative account must be used for provisioning the device, and the access
account may be used for monitoring the status of the device.
NOTE: If you are running a VMM as a standalone device, the configuration web page can be
reached by connecting a PC to the wired interface. The installation procedure described here
requires administrator access. Alternatively, all of the parameters that are provisioned via the
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