course).
I think what you are looking for is an ethernet bridge or a workgroup bridge. One that will bridge multiple clients. The Zyxel g-405 is one example. They should talk to any AP but there is no guarantee.
I want a wireless bridge (is that redundant?) to act as an ethernet converter, connecting to different brand APs (one at a time, of course). Would like to buy only 1 bridge and have it work with other brands of APs. An external antenna connector would be a plus.
I hear good things about D-Link's DWL-900AP+, rev C.
Do you have a favorite? If so, what do you like about it?
Thanks,
In article , DaveC wrote: :I want a wireless bridge (is that redundant?)
No, most WiFi equipment these days does not have a briding mode [at least not in the shipped versions.] Some of the more stable and reliable bridges that have been on the market for years are quite restricted as to which systems they will connect to -- sometimes only to the exact same model, sometimes only to devices by the same manufacturer.
Wireless bridges that follow a standard and so should interoperate [in theory] use 'WDS', "Wireless Distribution Standard". If a device you are examining does not advertise WDS, then it isn't the right one for you [short of replacing the firmware]; if the devices you want to connect to are not WDS, then you might not be able to connect to them from anything other than a device made by the same manufacturer.
:to act as an ethernet :converter, connecting to different brand APs (one at a time, of course). :Would like to buy only 1 bridge and have it work with other brands of APs. An :external antenna connector would be a plus.
:I hear good things about D-Link's DWL-900AP+, rev C.
I have no particular models to suggest at the moment, just general comments:
1) Read the reviews in places like pcmag and tomsnetworking and amazon . When I was last looking around a few weeks ago, it was quite discouraging: the top-rated consumer-level 802.11g devices were at 6 out of 10 or less in customer satisfaction. Mass sales is no guarantee of quality.2) Read the reviews again, and read the informal reports in places like alt.internet.wireless and dslreports.com, this time with a view to what customers are saying about their support experiences with the companies. -My- quick summary, looking at those reports, would be
"If one of the devices works for you in -your- circumstances, then Great! -- but that doesn't mean it will work for everyone. If you are having a problem with it, and it is from any of the well-known commodity WiFi manufacturers, chances are that you will be disenchanted by the support organization, with a significant chance that you will end up swearingly up and down that you will never EVER buy from that manufacturer again."
Or to put things another way: If it works for you, then it works for you; if it doesn't work for you, then be prepared to throw it out (or sell it on eBay). You seldom get serious support attention from a WiFi manufacturer unless you have paid several times the going commodity-device price.
A WiFi access point is simply an ethernet to WiFi bridge, so I assume what the OP wants is just a recommendation for a WiFi AP?
Since WiFi AP's these days tend to be more expensive than WiFi routers, and because (according to Jeff Liebermann) most WiFi routers have an undocumented "AP" mode which can be used simply by plugging an ethernet cable into the LAN side and leaving the WAN side unconnected, you may want to consider that direction if price is an issue.
On Fri, 29 Apr 2005 17:17:14 -0700, Philip J. Koenig wrote (in article ):
Terminology (correct me if I'm wrong): AP is "point-to-multipoint" device; connects wireless clients to a wired network (a WAN, for example).
Client is "multi-point-to-point" device, connecting wired network (or single computer) to the AP, via wireless signal.
I want to connect a wired subnet to a remote AP (this device already exists and cannot be changed or replaced). As I understand it, I can use an AP device used in Client mode (talks to APs) or a Bridge (also talks to APs).
So a router can be used in Client mode? It can talk to APs?
Thanks,
Only if it supports AP Client Mode otherwise a wireless router AP wont talk to another wireless router AP. The other issue is how many MACs will an AP client pass.. 1 for sure, note the word client and not clients. AP client mode is really acting as a wireless adapter converting a non-wireless device to wireless. Allot of devices such as myWAP54G use WDS and has AP, Bridge, Repeater and Client mode. Repeater mode and Client mode will talk to an AP, Bridge mode talks to another bridge.
What I did, was connect a Wifi router to a 3rd NIC on my Linux firewall. This way, Wifi is outside my firewall and the only way in, is via ssh or VPN. I also have WEP enabled.
FWIW, there are some Linksys models than run on Linux and can be configured to do things far beyond what the designers intended. There is even one package available, that's essentially a "hot spot in a box", for use in a coffee shop etc.
On Sat, 30 Apr 2005 05:25:03 -0700, Airhead wrote (in article ):
Thanks for that. Now that I've got the terminology down, I'm looking for a device (regardless of what it's called) that can operate in client mode. Since I the existing remote AP cannot be changed, bridge mode it out of the question.
I like a lot of the D-Link devices, many of which operate in client mode.
Thanks again,
Most routers do NOT support client mode, however, which is needed for the far end of a bridge, at least not without doing custom linux firmware hacking or whatever.
I would suggest looking into ASUS’ Ai-Mesh compatible routers and then adjusting the radio power down as much as you can. Alternatively, you can run Ethernet cables under your baseboard and carpet (if you have some) or fully flat cable across hallways. You don’t need an attic for this but it’s still somewhat disruptive. (But less disruptive than knocking down walls since you just pull up carpet) This isn’t exactly ideal but you’ve got an edge case requiring physical wiring over wi-fi. ___________________________________________________________________- See:
I don't see the original question but I just converted Ethernet to Wi-Fi.
[1] I started with an old Windows 10 desktop that has no Wi-Fi card. It was already on my intranet using its wired Ethernet connection. But I wanted to move the desktop to a location infeasible by wire. [2] I happened to have an old unused Linksys WRT54Gv8.1 router handy. I'm told Linksys doesn't allow "client bridge" mode in that router. But I was told that DD-WRT firmware does allow "client bridge" mode.How to use a spare router as a makeshift Wi-Fi card for a Windows 10 desktop A. Tested with an old Windows 10 desktop with only Ethernet (no Wi-Fi card). B. Tested with an old Linksys WRT54Gv8.1 router (flashed with DD-WRT firmware). C. Tested with a typical Netgear wireless router as the access point & router. D. DD-WRT is set up as a gateway in "wireless client bridge mode"
The DD-WRT firmware converts Wi-Fi to Ethernet protocols (& vice versa).
I flashed the firmware using a web browser (I had no need for tftp). The WRT54Gv8.1 router already has a Linux CFE in the flash. There is no need for prep or killer files before the initial flash.
These are the steps I ran (so that you can follow them yourself). a. Run a search on setting up dd-wrt on the WRT54Gv8.1 as a client bridge.
b. Obtain the correct dd-wrt.com bin file to flash onto your WRT54Gv8.1 router.
c. Just in case save the reversion file (let's hope you don't ever need it).
e. Decide what IP address is available for your client bridge & Windows PC. Client Bridge = (I chose 192.168.1.200) Windows PC = (I chose 192.168.1.201)
Some people will choose to let the home router DHCP assign an IP address.
f. Write down the existing settings for your wired computer. IP assignment = Manual IPv4 address: 192.168.1.201 Ipv4 subnet prefix length: 24 (this is the same as 255.255.255.0) iPv4 gateway: 192.168.1.1 iPv4 DNS servers: 8.8.8.8, 4.4.4.2
Some people will choose to let the home router DHCP assign an IP address.
g. Set your PC IP address (depends on what you have decided above of course). c:\> ipconfig Ethernet adapter Ethernet: Connection-specific DNS Suffix . : IPv4 Address. . . . . . . . . . . : 192.168.1.201 Subnet Mask . . . . . . . . . . . : 255.255.255.0 Default Gateway . . . . . . . . . : 192.168.1.1
Some people will choose to let the home router DHCP assign an IP address.
h. Test your Win10 desktop browser for Javascript capability
i. Just in case, enable your tftp client on your Windows 10 desktop PC. You won't need tftp unless you can't connect to the Linksys via a web browser.
Run > control > View by small icons > Programs and features > Turn Windows features on or off > [x]TFTP Client > [OK]
After a few minutes it should say "Windows completed the requested changes."
j. Assuming the Linksys WRT54Gv8.1 still has Linksys firmware, reset it. a. Find a suitable reset tool (a cotton swab with the end cut off works) a. Plug in the 12VDC 0.5A center-positive power cord b. A moment later, press the reset button for about 20 to 30 seconds
k. To prevent mistakes, tape over the Linksys WRT54Gv8.1 WAN port. You won't need the WAN port for setup, nor to use as a client bridge.
l. Connect the Linksys WRT54Gv8.1 LAN port #1 to the desktop Ethernet port. Use the RJ45 connection on the Windows PC. You can use any of the LAN connections on the Linksys WRT54Gv8.1 device.
m. From there, I followed almost exactly the directions found here.
n. With a javascript-enabled browser, visit http://192.168.1.1 When/if it asks for your login information, use <blank>/admin to log in. By default, you'll be placed in the "Setup > Basic Setup" tab.
Make a note of "Status > Router" information. Firmware Version: 8.1.08 build 02 Oct. 26, 2007 Current Time: Thu Jan 1 00:50:43 1970 (GMT -08:00) MAC Address: 00:1D:7E:A1:48:45
o. Optionally, additionally restore the Linksys WRT54Gv8.1 to factory default. Administration > Factory Defaults > Restore Factory Defaults (that did not change the firmware version when I did it on mine)
p. Upgrade the firmware from Linksys firmware to DD-WRT firmware. Make sure there is adequate power delivery (e.g., on a laptop).
Then go to Administration > Firmware Upgrade > Browse Browse to C:\<path-to>\wrt54gv8p1\dd-wrt.v24-9330_micro_wrt54gv81.bin Firmware Version: DD-WRT v24 RC-7 (03/19/08) micro - build 9330M Eko Press [Start to Upgrade] After a while you should see "Upgrade is successful. Rebooting......" Maybe wait a few minutes before pressing the provided [Continue] button.
q. If necessary, log into the Linksys WRT54Gv8.1 router again. You should now be in the dd-wrt System Information control panel. Make a note of "Status > Router" (which will ask for your login/password) User Name: admin Password: root This should put you into the "Status > Router Information" page.
r. Make a note of what this router information page is telling you. Router Name = DD-WRT Router Model = Linksys WRT54G v8.1 Firmware: DD-WRT v24 RC-7 (03/19/08) micro Firmware Version = DD-WRT v24 RC-7 (03/19/08) micro - build 9330M Eko (RC = release candidate)
s. The first thing to do is to change the Linksys WRT54Gv8.1 IP address. Bring up the javascript browser to https://192.168.1.1 Press "Setup" and log in as root/admin (if needed) Go to: Setup > Basic Setup > Network Setup > Router IP > Set the Local IP Address = 192.168.1.200 Set the Subnet Mask = 255.255.255.0 Set the Gateway = 192.168.1.1 Set the local DNS = 192.168.1.1 Press Save & then press Apply Settings
t. Before you make too many changes, it's maybe a good idea to reboot. Press Administration > Reboot Router
u. Now it's time to set up the router in "client bridge" mode. With a javascript-enabled browser, visit http://192.168.1.200 (Whenever it asks you to log in, use root/admin as before.)
Go to Wireless > Basic Settings > Wireless Physical Interface wl0 You'll see this (but you will be changing that momentarily). Physical Interface wl0 - SSID [dd-wrt] HWAddr [00:1D:7E:A1:48:46] Set the Wireless Mode = Client Bridge Set the Wireless Network Mode = (match that of the home router 2.5GHz access point) Set the Wireless Network Name (SSID) = (match that of the home router access point) Leave the Wireless SSID Broadcast = enable (it will go away soon) Leave the Network Configuration = (this defaults to "Bridged") (it will go away soon) Click Save and then click on Apply Settings and then wait for the router to respond.
v. Go to Wireless > Wireless Security Set the Security Mode = (match that of the home router access point 2.4GHz SSID) Set the Algorithms = (match that of the home router access point 2.4GHz SSID) Set the Shared Key = (match that of the home router access point 2.4GHz SSID) Set the Key Renewal Interval (in seconds) = leave at 3600 Click Save then Apply and wait for the router to respond.
w. Now it's time to "Join" (bridge to) the network you just set up. Go to Status > Wireless > Site Survey A new page will open and it should find your broadcast wireless gateway ssid. http://192.168.1.200/Site_Survey.asp You may need to press "Refresh" (but if it's hidden, it won't show up).
x. If there are more than one, find the correct AP you wish to connect to. SSID = (same as your wireless gateway setting, e.g., MY_SSID) Mode = AP MAC = 8C:3B:AD:A6:B2:55 Channel = 3 Rssi = -81 Noise = -92 Beacon = 200 Open = No DTIM = 0 Rate = 12(g) Join Site = Join Click the blue "Join" button for your access point, and wait a bit. You should see: "Successfully joined the following network as a client: MY_SSID Press the [Continue] button.
This takes you back to the wireless section basic settings page. Scroll down and click Save and Apply Settings again and wait for any response.
y. You should now be connected to your gateway. To check if you are, go to "Status > Wireless" and scroll to the bottom. You should now see at least 1 MAC address and info including signal quality. This will be your wireless gateway Mac = 8C:3B:AD:A6:B2:55 Interface = eth1 TX rate = N/A RX Rate = N/A Signal = -81 Noise = -92 SNR = 10 Signal Quality = 15%
z. Test that you are now on the Internet via the wireless client bridge. From Windows, the following pings should work. ping 192.168.1.200 (this tests the connection to the Linksys WRT54Gv8.1) ping 192.168.1.1 (this tests the connection to your home router) ping
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