Motorola's robust mesh portfolio enables applications
that generate revenue, improve public safety and city services and
create effective cost savings. Motorola's mesh networks, it's
wireless broadband with purpose.
Motorola Mesh Networks
Trust Motorola's
mesh networks to
enable all your
mobile data, voice,
video and critical
application needs.
Point to Point Wireless Configuration
(View Backhaul Packages below)
The
Motorola Canopy Wireless Internet Platform
can be configured to form a Point-to-Point
wireless network connection that can be used in
wireless backhaul, bridging and other data
applications. The Point–to-Point
configurations, which are shown in the part
numbers below, can
span distances up to 35 miles using the
Reflector Kit. The Reflector Kit also can
significantly reduce external interference
issues due to the narrow beamwidth. Distances of greater than 35 miles
can be achieved by daisy chaining the units,
similar to a wireless repeater setup.
The Point-to-Point wireless system operates at 5.7
GHz with a raw data rata rate of 10 Mbps and
measurable data throughput rates of 7+ Mbps.
Motorola also offers a 5.2 GHz
Point-to-Point system which has a range of
two miles without the reflector kits. The
reflector kits used with the 5.7 GHz
Point-to-Point solution cannot be used with
the 5.2 GHz Point-to-Point solution due to
FCC EiRP limits in the 5.2 GHz band.
For more information, please contact us at
(516) 214-0321.
10Mbps, Motorola Canopy™ Backhaul,
900MHz, 2.4GHz,
5.7-5.8 GHz
Complete packages to setup wireless Point-To-Point link,
and Point to Point Wireless backhaul.
Extend
802.11 wireless signal between buildings.
Main features:
2.4GHz or 5.7-5.8Ghz available. 20MHz channel bandwidth
10Mbps Maximum wireless data rate (7.5Mbps maximum data
throughput)
DES encryption, (optional AES encryption), VLAN, PPPoE,
VPN
TDD technology. Works as Ethernet Bridge or IP Router,
NAT, DHCP, DMZ
The Motorola Canopy Point-to-Multipoint
configuration is available in either the
802.11 wireless 2.4
Ghz or 802.11a WiFi 5.2 GHz or the 5.7 GHz frequency
bands. Either the 5.7 GHz or the 5.2 GHz
system provide a Line of Site (LOS) range of
approximately two miles (5.2 GHz) or ten
miles (2.4 Ghz and 5.7 GHz with reflector)
between the AP Module and SM using their
internal Canopy antennas. The 5.7
Point-to-Multipoint configurations can
support a 5.7 SM with the reflector kit
(27RD) The reflector kit increases the
transmit and receive gain of the SM by
approximately 17 dB, thereby increasing the
range between the AP Module and the SM to
approximately 10 miles LOS. The
Point-to-Multipoint system enables the
delivery of broadband access to multiple
locations from a single AP Module, each
covering approximately 60 Degrees of
coverage. The typical system, as shown
below, was developed to optimize its
performance in high density and low-density
environments in the presence of external
interference sources. Therefore, a Canopy
Point-to-Multipoint configuration can be
deployed in both rural and metropolitan
environments. For more information,
please contact us at (516) 214-0321.
The
Motorola AP Cluster is a base
station that can incorporate between one and
six AP Modules and up to two Backhaul
Modules (BH). Each module operates with a
60-degree directional antenna to provide
coverage to one sector.
One of the unique capabilities of the
Canopy system is its ability to synchronize
the transmission timing of the AP Modules in
all of the AP Clusters. The GPS receiver in
the CMM is the key to delivering this system
level synchronization. The synchronization
of the AP transmission along with the
specially designed Canopy Time Division
Duplex (TDD) air interface ensures that all
AP Modules transmit at the same time while
all Subscriber Modules (SM) are in a listen
mode. This synchronization also ensures that
when the SMs are transmitting, all the AP
Modules are listening. This synchronization,
enabled by the Cluster Management Module
(CMM), ensures that the Canopy system does
not interfere with itself, since the AP
Modules do not interfere with each other and
the SMs do not interfere with each other.
This unique characteristic delivers an
ability to scale the network where Canopy AP
Clusters can be added to the network to
improve system coverage or capacity without
increasing the system interference.