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54Mbps
Outdoor Point-to-Point Backhaul (1/4 Mile LOS)
802.11a
5.8Ghz Wireless Ethernet Bridge - Complete
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54Mbps Outdoor, Short
Range
Point to Point
Wireless Bridge
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Part#: |
GNS-1150A |
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Price: |
$449.99 |
Features:
 Integrated
12db Internal patch antenna
Weather
Proof Enclosure
5
different operating modes
54Mbps
Transfer Rate
WEP, WPA,
WPA2 Support
Pole
mounting hardware included
Mulitiple
SSID features with VLAN
Requires
Clear Line of Sight (LOS)
For a higher quality 5GHz Setup, recommended for voice/video use:
GNS-1120A
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Outdoor Access Points = Ease
of Installation
ZERO CONFIGURATION needed as
this
wireless bridge comes ready to
install "out of the box".
Point. Shoot.
Connected...
Basic
Description:
This Point to Point
Wireless Bridge includes a pair of outdoor access points, that
have an integrated 12dBi directional patch antenna built into
the enclosure. This means that only a single, small
enclosure is required at each location. Once the AP's are
installed at each location, the Wireless Bridge operates as a
transparent bridge, and will pass all network traffic between
your two locations. The Wireless Bridge operates similar
to an invisible Ethernet cable connecting your two locations.
Each antenna has a beam width of about 26°, so aligning the
antennas is easy. Furthermore, you will have the ability
to view real time signal strength, link quality, and noise
level, using the web based configuration. Each AP has a
static IP address, used strictly for web based configuration,
and troubleshooting.
Connection to Network:
To connect the access
point to your network at each location, a single Cat5 Ethernet
cable is used. A 25ft. shielded Cat5 cable is included for
each location. (If you need more cable, a maximum length
of up to 250ft. can be used) The Cat5 Ethernet cable
connects directly from the outdoor access point using a
weatherproof grommet, to an indoor POE
(Power-over-Ethernet) injector. The POE injector plugs
into a standard AC outlet for power, and another Cat5 Ethernet
cable connects from the POE injector to your network
(Router/PC/Switch etc.)
At the MAIN location,
you will typically connect to an open LAN port on the back of
your existing router, or switch. At the REMOTE location,
you can connect either directly to a PC if you only have a
single computer, or you can connect to an indoor wired/wireless
router. This will allow you to run multiple computers over
the wireless bridge. See Diagram below.
Maximum Range & Interference:
With clear, un-obstructed line of sight between your two
locations, a maximum range of 1/4 mile can be achieved using
this link. Please note that this Point to Point Wireless
Bridge operates between 5.3-5.8GHz. If you plan on
installing more then one link at the same location, you want to
avoid interference between each Point to Point link by using
separate channels such as CH. 60 (5.3GHz) and CH. 149 (5.7GHz).
Mount the outdoor access points as high as possible to further
avoid any other 5GHz interference.
Each access point has scalable output power.
Power can be scaled back for closer installations to avoid
noise issues and to meet local regulatory requirements.
This Wireless Bridge
is connecting at a frequency above 5GHz, which means if you have
trees or other obstacles in the path of your Point-to-Point
connection, you will still have a strong and solid connection at
short range.
Simply mount the enclosure outside in the direction of your
remote location, connect the cat5 network cable to your LAN, and you're ready for connectivity.
Security Features:
This Wireless Point to Point bridge operates as a transparent
bridge. It is similar to an invisible Ethernet cable
connecting your two locations. It includes multiple
security options including WEP/WPA/WPA2. It also has
ability to enable MAC address authentication so that only the
two access points are able communicate. You can hide the
network SSID, and because the beam width of the antennas is
directional, (about 18°) the signal is not being broadcasted in
all directions, only in the direction you aim the outdoor
antenna.
If you have any other questions, please contact our
Pre-Sales/Technical Support Dept. at (516) 214-0321.
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Applications:
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Point to
Point wireless video
Share
internet connection between 2 buildings
VoIP
Applications
Wireless
video camera link
Share data |
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This Wi-Fi Bridge package
includes everything you need to get your two remote
locations connected in minutes. The Wi-Fi
Antenna and radio is built into a weatherproof
enclosure, allowing you to mount the radio outdoors,
connected with only a single cat5 Ethernet Cable.
If you are mounting the radio's
to a flat surface, such as the side of a home or
building, it is recommended that you use the
GNS-1433, Universal Antenna Mount.
Click here for more info. |
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For additional protection from
surges, or other surge induced electricity that
may travel through the Ethernet
cable, please use the 300SS
surge protector.
Indoor/Outdoor Canopy
Surge Protector
Part#: 300SSB
Price: $32.99 |
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INTEGRATED ANTENNA
SPECIFICATION: |
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12dBi Patch Antenna |
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Frequency Range: |
5.45 - 5.850 MHz |
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Gain: |
12 dBi |
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Polarization: |
Vertical or Horizontal |
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AZ/EL Beamwidth: |
18°/18° |
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Front to Back Ratio: |
> 25 dB |
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RADIO SPECIFICATION:
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Processor |
175MHz ADMtek5120 |
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Memory Size |
16MB SDRAM, 4MB Flash |
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Frequency Range |
5.03 GHz – 5.85 GHz, 4.9GHz Public Safety Spectrum |
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Data Rate |
802.11a (54, 48, 36, 24, 18, 12, 9, and 6 Mbps) |
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Transmit Power |
26dBm (+/-1.5dB)@6/9/12/18/24 Mbps)
20dBm(+/-1.5dB)@54 Mbps) |
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Receiver Sensitivity |
-90 dBm ≤ 6Mbps, -70 dBm ≤ 54 Mbps |
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Operation Modes |
Access Point/Client/RootAP/Transparent Client
Repeater/Wireless Adapter/Wireless Routing
Client/Gateway |
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WAN Type |
Static IP/Dynamic IP/PPPoE/PPPTP |
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Management |
HTTP/HTTPS Web Server/SNMP V2c/Telnet/SSH |
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Data Capture & Notification |
Event Login (Syslog)/Detailed Statistics per Client |
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Virtual Access Point |
Up to 4 SSIDs with unique MAC Addresses (BSSID)
802.1q VLAN tag per AP with Bridging
Configurable Security (WEP, WPA, WPA2, MAC
filtering) per AP |
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Advanced Features |
DHCP Server/DHCP Relay, Transmission Power Control,
Closed System (Suppress SSID), Transmission Rate
Control, Antenna Alignment |
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Bandwidth |
Adjustable channel bandwidth, supports 5MHz, 10MHz,
20MHz spectrum |
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Routing |
RIPv1/v2 in Routing Mode |
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Weight |
420 grams |
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Operating Temperature: |
-20 degree C to 70 degree C |
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Dimension: |
233 x 123 x 60 (mm) |
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View Point to Point
Wireless Installation Diagram Below:
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Please Note: The wireless bridge
kits listed on this page may also be
referred to as 802.11 bridge
802.11 Ethernet bridge, 802.11g
wireless bridge, belkin wireless
bridge, d link wireless bridge ,
dlink wifi repeater, dlink wireless
bridge, Ethernet bridge router, how
to wireless bridge, internet
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Ethernet, point to point wireless
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point, wireless bridge antenna,
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bridge, wireless network bridge
Ethernet, wireless network bridge,
wireless networking bridge, wireless
repeater bridge, wireless to
wireless bridge, 5GHz point to point
wireless backhaul, T1 replacement
wireless bridge, T1 point to point,
Fiber wireless backhaul. |
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QUESTION1:
The information provided on your web
site has been very valuable. I’m
looking for some expert advice on
how best to reliably and costs
effectively extend my homes wireless
network to an unattached building on
my property. The metal building sits
about 75’ away from my main
residence, with about 15’ of
elevation change (e.g. slightly up a
hill). There are no LOS obstructions
and since I live in a very rural
area, other wireless traffic is
mostly non-existent. I currently use
2 Linksys WRE54G extenders to
provide access to the detached
building, but the connection does
not provide the reliability that I
require.
For my home network I currently use
a Linksys WRT600N router which
manages connectivity very well for
about a dozen wireless G and N
devices. I currently run WPA-Personal
with AES and TKIP encryption, with
the N traffic on the dedicated 5 GHz
band and G traffic on 2.4 GHz. I
have a Linksys WET200 wireless
bridge to provide connectivity for
some of my home entertainment gear.
My wife has a Mac Book Pro with
built in Wireless-N network adapter
and our children have notebooks with
Wireless-G adapters. My preference
would be to preserve the wireless
capability within the classroom.
Based upon what I’ve read on your
site there are a number of solutions
such as WAP with directional
antennas or even wireless point to
point bridge. I’m looking to make a
purchase and perform the
installation immediately and would
appreciate any recommendations for a
cost effective and reliable
solution.
ANSWER1:
What you need is a cost effective
point to point bridge to connect the
two locations. This will allow you
to have a separate wireless router
inside the remote building, which
can be used for local access to the
laptops in that building. The part
number is GNS-1150,
http://www.gnswireless.com/GNS1150G_Wireless_Bridge.htm,
which includes everything you need
to connect the two locations. At
the main location, you will connect
the radio to the LAN port on your N
router. On the remote building you
will connect the radio to the WAN
port on your remote router, (not
included.). The radios should be
mounted outside, and pointed at each
other. They are housed in a weather
proof enclosure, with a small form
factor of 6" x 4" square. The
wireless bridge comes
pre-configured, so all you have to
do is mount them and power up.
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QUESTION2:
I have a customer that needs to
connect their network to a building
about 300ft away. I was looking at
the wireless kit, Part # GNS-1125.
Is this the least expensive solution
you offer for share a internet
signal between two locations?
ANSWER2:
The most cost effective solution to
bridge two buildings at 300ft, with
clear line of sight, is the
GNS-1150,
http://www.gnswireless.com/GNS1150G_Wireless_Bridge.htm.
This will include everything you
need to connect the locations. The
radios are outdoor rated, and
weatherproof, similar to the
GNS-1125, however, if you only
require a simply wireless connection
to bridge your two remote locations,
and do not require high throughput,
the GNS-1150 will work great in your
situation. The connection will
operate over the 2.4GHz frequency.
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QUESTION3:
Hello, my dad has DSL at his home,
I'm 500 ft. farther off the road and
can't get the DSL yet. Want to be
able to pick up wireless from my
house, the line of sight is pretty
well clear what would be the best &
cheapest way to do this?
Thank you
ANSWER3:
If you are 500ft. away from your
fathers Internet connection, you
have two options. The first would
be to use a outdoor antenna mounted
to the roof of your home, and point
it toward your dads home to receive
the signal. Once it is connected,
you would hardwire the cat5 cable
directly to your computer. This
would be the cheapest way to get the
signal, but quality of the signal
depends on how strong he is
broadcasting it. Here is the part
number to do so:
http://www.gnswireless.com/GNS1655.htm.
A diagram will illustrate how the
connection occurs.
Another option, and one that may be
a bit more reliable, is to create a
point to point wireless link between
your two locations, which means
having an antenna on each end,
pointing toward each other. The
antenna on his home connects to the
routers LAN port, and the antenna on
your home connects to your PC's LAN
port. This will give you a quality
signal between the two, and a solid
connection. The radios will be
mounted outdoors, and only a single
cat5 cable will be required to
provide data and power, which
simplifies the installation.
Here is the part number to do so:
http://www.gnswireless.com/GNS1150G_Wireless_Bridge.htm
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RELATED
MOUNTING HARDWARE:
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*RECOMMENDED
Universal Antenna Mount
Easy Installation for all Antennas
Part#: GNS-1433
Price: $27.99
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 Click
for More Info.
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3 foot
Antenna Tripod
Requires min. 5ft. Mast
Part#: GNS-1631
Price: $44.99
....................................
Click
for More Info.
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12"
Wall Mount Bracket
Great for when eve of build-
ing is in the way of antenna.
Part#: GNS-1633
Price: $22.99
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Click
for More Info. |
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Ask us about
pre-configuration of these Access Points, so
they work "out of the box" and ready to
install at your two locations. |
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