Tried for over a week to get two ENH500 devices to to connect with each other so I could test out their capabilities and put them in tough positions for upcoming projects with the company I work for.
Found a few videos on youtube that showed me how to set up static I.p. addresses on my pc. Which is exactly what’s in the pdf and brochure from the manufacture.
I had to turn to the tech support and see if they can get me the information I need for Setting up my ENH500 devices.
Device #1
Step 1: Log into device #1 (192.168.1.1, both user name and password are admin). You will need
to set your computer to a static IP address in the same subnet like 192.168.1.10
Step 2: Go to “Operation Mode” and change mode to “WDS Bridge” and also select Country code and Accept change.
Step 3: In “WDS Link Settings” set security type and key (we recommend AES). Then below on the same page, enable
ID field 1 and enter the Wireless MAC address of device #2 (the other device). The Wireless MAC address can be found
by looking at the serial label on the back of the unit. It will be the one on the top. After you’re done, hit “Accept”.
Note: You can also find the Wireless MAC address of a unit on the “Main” page when logged into the unit.
Step 4: Go to “Wireless Network” and change channel to 149, 153, 157, or 161 (USA) and Accept change.
Step 5: In “Administration” change the default user name and password (if desired).
Sept 7: In “IP Settings” change the IP address to a new, unused, static IP address on the same subnet and also
enter the default gateway (example 192.168.1.5 if router is 192.168.1.1).
Step 8: Apply all changes by selecting “Save/Reload” (IP address, user name and password and all other changes will
now actually take effect).
Step 9: Leave this unit powered on and move to device #2 (see next page).
Device #2 (Do this while device #1 is on and next to you, not installed at the remote location yet).
Step 1: Log into device #2 (192.168.1.1, both user name and password are admin). You will need
to set your computer to a static IP address in the same subnet like 192.168.1.10
Step 2: Go to “Operation Mode” and change mode to “WDS Bridge” and also select Country code and Accept change.
Step 3: In “WDS Link Settings” set security type and key (we recommend AES). Then below on the same page, enable
ID field 1 and enter the Wireless MAC address of device #1 (the other device). The Wireless MAC address can be found
by looking at the serial label on the back of the unit. It will be the one on the top. After you’re done, hit “Accept”.
Note: You can also find the Wireless MAC address of a unit on the “Main” page when logged into the unit.
Step 4: Go to “Wireless Network” and change channel to the same channel as device #1 and Accept change.
Step 5: In “Administration” change the default user name and password (if desired).
Sept 7: In “IP Settings” change the IP address to a new, unused, static IP address on the same subnet and also
enter the default gateway (example 192.168.1.5 if router is 192.168.1.1). Do not use the same IP address as device #1.
Step 8: Apply all changes by selecting “Save/Reload”. All changes will now actually take effect.
Step 9: Go to “WDS Link List” and verify link is UP.
Step 10: Install unit at remote location. Go to “WDS Link List” again and verify link is UP and RSSI signal.
-59dBm or better = excellent, -60dBm to -69dBm = good, -70dBm to -79dBm = good, -80dBm or worse = fair to poor.
Verify speed and connectivity etc. If everything tests good, you are done (connect the camera now).
Note: Output power should be the same as device #1. Default power is 20dBm. Turn it up only if RSSI is low
(in “Wireless Advanced Settings”). Add a network switch to connect multiple Ethernet devices at the remote
bridge (if desired). The secondary Ethernet port is “pass through” only, no POE power is available.
Here’s the video from EnGenius
In the test portion of this article I will number the devices by how far from the network they are up to my pc which will be plugged into device #3. So Device 1 is feeding network connection to device #2. Device #2 will be feeding network connection from device #1 to device #3 which my pc is plugged into.
The tests performed
Close Range – Two ENH500 devices sitting less than a foot apart. Signal level was at -3. Which i would have guessed would have been at 0 since there was nothing to interfere.
Line of site – Separated by about 20 feet. Used three EnGenius devices. One connected to the switch next to me to connect to the network, one across the room to receive signal from the first device and one connected to my computer to to connect to the second device. signal strength was -16 and -23.
Obstructed view – Turn all three devices away from each other. No two faced each other. Signal strength -26 and -28.
Very Obstructed view – Took the second ENH500 downstairs and placed it behind a small refrigerator and faced it away from the other devices then the faced the other devices away from that one.Distance about 30 feet. Signal strength -34 -40
Daisy chain around obstruction – Placed device 1 at the office modem down stairs. Device 2 in the storage warehouse area, device three still at my pc. Distance from enh500 #1 to #2 approximately 60 feet, Distance to device #3 from device #2 Approximately 45 feet. Signal strength -47 -52.
Mesh – Turned on all three devices and allowed them all to see and communicate with each other. Had fail to connect. This test is on pause until I figure out where I went wrong.
Worst case Scenario– Took device #2 across the lot into another unit, and plugged in and set it on top of their refrigerator behind a tv. Failed to connect. Distance roughly 120 feet from Device #1 to device #2. Distance from device #2 to Device #3 Roughly 135 feet.
On the final test (worst case scenario) I could not detect device #2. I had to unplug from device #3 and connect myself back into the office network and then log into device #1 to see what the signal was reading. Signal -88. This was through 3 offices,a metal building with brick face and tinted glass, through company vehicles parked in front, across the driveway through more vehicles,brick,tinted glass, an office, a cross path hallway, kitchen wall, to a device laying on a refrigerator behind a tv.
Line of site on a pole, with no obstruction, doesn’t seem like it’s going to be too strict.
