Okay so my internet is getting a little laggy for games and it’s pretty annoying so I’m wondering if I connect to my house’s wi-fi network AND plug in the ethernet will it be faster or will it slow it down? The router gives both wireless and wired. Oh and does it help if I bridge it together?
I have a problem using two wireless routers on my network, need to program second router only as a bridge. I have wireless internet from my first router (main one) in my house in the 1st floor, when I add to my network in the 2nd floor another wireless router it gives me network problems, I believe I need to configure the 2nd router so it only works as a bridge (is bridge the right word or meaning?), how can I do this? please help me. In my network, first there is the cable modem and then the first or main router, from this 1st router many cables come out to many switches for ip cameras and for xbox, but I canot seem to install a wireless router 2nd one) in the 2nd floor of my house, how can I do this???? Please explain me. The first router is a Belkin brand and the second one is a Dlink brand, do I have to configure the 1st router (main one, Belkin brand)? or only the second one?
The second wireless router is connected through cable (not wireless) from the 1st router.
Speedtouch is connected to the internet and I want to turn the D-link into a bridge so I can move my pc
Ok here what I got
a D-llink DI-624 wireless router and a speedtouch 585
So the network will look like this
Speedtouch>>>>>>>>>Dlink>>>>>>>>Pc
Anybody know if you can do this and if so how.
will love you long time if you can answer this.
to add more complexity to the problem a more indepth network map cos I am still having no luck.
>>> = wireless
—- – wire
W = wall socket
/ = wall
w —Speedtouch 585 / >>>> / wDlink——PC
If PC is placed in location of D-link get 80/90% signal strength.
Thanks for the help.
DD-WRT Wireless Router Bridge Linksys wrt65gs and 160n
In this how you can information I can be showing you ways create a wireless bridge between a Linksys 160n wi-fi router and a Linksys WRT54GS wi-fi router that has been modded with the DD-WRT firmware. You would possibly ask yourself what is a wireless bridge.You additionally could ask your self why you’d need to create a wireless bridge within the first place. Properly a wi-fi bridge is when you connect one router to another router without utilizing any arduous wired cables. Chances are you’ll need to create a wi-fi bridge for among the following reasons.
Laptop are located at different ends of your house and you can’t run a ethernet cable between the two router. You wish to hyperlink to you neighbors community so you’ll be able to share internet service, files, and media corresponding to music and movies. The probabilities are infinite in relation to networking routers together using wireless.
For the wireless bridge setup I shall be utilizing the next ip deal with and subnet setup:
* Wi-fi Router 1 = Linksys WRT160n 192.168.1.0/24
* Wireless Router 2 = Linksys WRT54GS-WRT mod 10.0.1.0/24
The Linksys WRT 160n wireless router might be immediately related to the Web service, and the Linksys WRT54GS DD-WRT modded router will create the wi-fi link between the 2 routers. One of the best ways to setup your wireless bridge is to have a computer that has both a wifi connection and a ethernet connection. To start out the installation, use your wi-fi connection to connect with router 1, which is the Linksys WRT160N. After you have got connected the router, open your internet browser and sort within the default gateway which should be 192.168.1.1. Click on the Standing Tab and be sure that router 1 has a web connection.
After you recognize that the first router has a web connection, go to the Wireless Safety Tab and setup the encryption sort and paraphrase key. Make sure that you are utilizing suitable encryption between each of the routers.linksys-wrt160n-wpa-wireless-safety
After you have got set the encryption kind and key on the primary router, disconnect from this router. Now hook up with the WRT54GS DD-WRT modded router, then go to the setup tab and change the native community to 10.0.1.0 or no matter community vary you prefer.
* Local Ip Address: 10.0.1.1
* Subnet Mask: 255.255.255.0
* Gateway: 10.0.1.1
* Local Dns: 10.0.1.1
After you might have modified the community setup in your modded DD-WRT router, disconnect from the router then reconnect to so that you simply receive your new ip address. Your new ip address should be someplace within the 10.0.1.0 network. Now open an online browser at point it towards 10.0.1.1, which is now the default gateway to your WRT54GS DD-WRT modded router.
Now go to the status tab and click on the wireless tab. Inside the wi-fi tab you should see a button that says web site survey. The location survey button is located in the direction of the bottom of the page. All it’s important to do now could be choose router 1 from the listing, which should be the Linksys WRT160N.
After you have chosen router 1 from the list, go to the wireless tab and click on the wireless safety tab. All you must do now’s input the very same encryption kind and key that you simply setup for router 1. After you have got set the encryption kind and key into ybur modded DD-WRT router, all you need to do is apply the settings. You need to now have a wireless link between the Linksys WRT160N and the Linksys WRT54GS. Now join utilizing a wi-fi connection to the DD-WRT modded router, and make sure your internet connection work.
I bought an internal PCI wireless adapter last year and I never got a very good signal. Then last week I got an external USB wireless adapter. It works great. But I hate to see the internal go to waste. I was wondering if I could use both to get a unified connection to the same network. I tried creating a bridge (in XP), but that just screwed up both connections. Is it possible to connect to one wireless network with two adapters in the same machine and have XP treat them as one connection? I tried googling this question but I only found solutions for bridging a wirelss to a wired connection.
Online Faxing Is an Essential Bridge Between Eras
People who work in science and technology know that everything is tentative, that all inventions are just stops along the way in a continuum of evolutionary activity. Communication between distant points, which began with smoke signals and progressed through the Pony Express and railroads to the telegraph and today’s mobile devices, will be evolving as long as there are people who want to communicate. Importantly, some technologies act as bridges between eras, allowing a stable and secure transition from one paradigm to another. Some of the bridges last a long time. For example, although cell phones can easily (and, now, economically) replace land lines for most people, both individuals and businesses still rely on land lines, sometimes “just in case.” There is no telling when this will change. We will have to wait and see.
The same is true for faxing. Although some people will tell you that e-mail, FTP (File Transfer Protocol) and other methods make faxing obsolete, people continue to use fax machines and online fax services. The reason is simple. There are still situations in which faxes can save the day and perform when other protocols fail. Fax technology, both physical and virtual, is an important bridge between techno-eras, and will be around as long as there are reasons for a solid, reliable backup plan. This could be a long time, too, given the inherent weaknesses of the Internet as a basic communications infrastructure.
Phone lines vs. Internet
In case you missed the news, the U.S. government, through the Federal Trade Commission and the Federal Communications Commission, is still trying to gain for itself a controlling interest in the Internet. When we consider how successfully the government has managed other things, this should scare the heck out of everybody who wants a truly neutral net. So-called net neutrality schemes, in fact, would make the Internet less dependable, not more, as it will be subject to political infighting and manipulations. That is only the first of several problems.
Another problem is downtime. This can be the result of hackers, slackers or hijackers, as well as server malfunctions, power outages both regional and local, and other things. The point is, if you are still using the bridge technology of faxing, you are prepared for these occurrences. Smart companies will not only have online fax accounts to reach all the tens of millions of fax machines in the U.S. (perhaps hundreds of millions worldwide), they will also keep a modern, well-functioning fax machine onsite in case of Internet downtime. Even with the net down, they will be able to reach, and be reached by, all those fax machines. That’s a good backup plan, don’t you think? It’s realistic, too.
Mature technology
One of the reasons that people continue to rely on faxing, online and phone-line styles both, is that the technology is mature. This means that it is dependable and predictable, and that you can rely on it working without a second thought. Even in the Western countries that are leading the way with new technology (Internet, mobile, wireless, broadband, etc.) it is important to gauge the maturity, reach and effectiveness of one’s communications methods. Faxing is stable and prone to very few errors or outages. Consider: How many times has your computer or network crashed or had problems in, say, the last year? In that time, how many times did your phone line go out?
Fact is, phone lines are on a different power grid than your other electrical devices, and phones (and, therefore, fax machines) keep operating. If you really want to plan for an apocalyptic situation, you would simply get a small generator or two to power a few office devices. You could then stay in touch with phones and faxes while everyone else waits for the power to come back on for the Web. Although this is probably not something you need to plan for (Armageddon, that is), it is nice to know that you have technologies that can work for you during tough times. By the way, there are also fax machines that can run on batteries as well as external, portable power supplies.
Office planning
Forget the apocalypse, forget the downtime scenarios, and just consider what a good and thorough communications strategy would be. In addition to e-mail and mobile devices, having online faxing and a backup fax machine simply means you have more ways to reach more people. Overseas, particularly in parts of Asia and most of Africa, there are far more fax machines being used per capita than in the U.S. This is because the Internet infrastructure has not penetrated as much as in the West, and because the phone lines, though not the best, are mature and have been working for years. When you see a business card from Ghana, for example, you will always find a fax number on it.
Bottom line: Faxing is a bridge technology that connects the past with both the present and the future. When you really need to ensure being able to communicate, you should use every available resource. Online faxing and fax machines definitely have an important role to play, and will for some time to come.
About the Author
Metro Hi Speed is a leader in internet fax solutions for any sized business. Less expensive and more reliable than traditional fax services – you’ll enjoy the convenience and well as the cost. Visit us today for more information on our small business and corporate fax solutions.
Learn how to setup a wireless bridge easily and extend your wireless network over large area.No more cables usage nor signal strength weakness, just follow this video to learn the secret of wireless bridge.
Video Rating: 5 / 5
My college dorm ‘apartment’ does not come with a wireless network–only an ethernet port in the wall…
How can I hookup the many wifi-capable devices that I have to this network? Do I need a router, a wireless accent point, a bridge, ???
Bridge Architecture: Revolutionizing Dual Mode 4G Cellular Modem Dongle Design
<!– @page { margin: 0.79in } P { margin-bottom: 0.08in } –>
In the continuous drive to keep consumers connected wherever they are, the cellular network has been an invaluable enabler. 3G and 4G connectivity, initially restricted to cellular phones, is now also widely available for portable computers. Initially a niche market for the business person on the move, cellular connectivity for laptops is currently experiencing an explosive growth due to college students and the new generation of latte sipping employees.
The device that enables cellular connectivity of laptop computers are known by a variety of names, including mobile broadband devices and laptop connect cards among others, depending on which carrier you talk to. As data revenues become increasingly larger in each carrier’s revenue pie, so has the growth in popularity of Cellular Modem Dongles. Currently, every major cellular carrier offers a complete line up of such devices for sale. These modem dongles range from the simplest 3G connectivity to modems with additional features, like SD expandability to even dual mode modems.
The simplest 3G modem dongle available in the market today is the single mode GSM or CDMA modem dongle. These modem dongles offer only the capability to connect to the cellular network for data needs. These devices are dedicated data transmitting and receiving devices which mainly consist of an RF chip, a baseband modem, and a power management IC.
When it comes to dual mode modem dongles, a few possibilities come to mind. They are:
1. GSM + CDMA modem
2. 3G + 4G Cellular modem
3. Cellular modem + WiFi
GSM + CDMA
In most cellular markets today, there are a mix of standards. The two main cellular standards of GSM and CDMA might work for carriers by tying subscribers to limited networks. However, this usually limits consumers, especially in developing countries where different carriers have better coverage in their own locality. Thus, just like the rise of dual mode cell phones in such countries, dual mode modem dongles will experience the same growth.
3G + 4G Cellular
Another popular CMD design today is a combination of 3G and 4G modems. These designs leverage the high-profile 4G cellular data service and the more widely available 3G data service. With most carriers today either choosing WiMax or LTE as their preferred 4G implementation, modem dongles are starting to incorporate these into their design while supporting more prevalent 3G connectivity.
Cellular Modem + WiFi
A third design option is the cellular modem and WiFi dongle. Although WiFi might come standard on many laptop PCs today,the new 802.11n standard is not yet integrated into PCs. Furthermore, due to carrier specification, many carrier-linked netbooks will not have WiFi capability. This will create a need for an additional device capable of providing WiFi connectivity when available and yet still keep the carrier’s data revenue stream intact.
USB performance
USB performance is another key factor in dual mode modem design. As USB is the predominant interconnect between the modem and PC, it is essential that the USB capability of the system operates at full capacity. After all, why have a modem that is capable of delivering more than 100Mbps of data if the USB capability of your system is limited to around 80Mbps?
This is another vital factor that put bridge chips in the forefront of these systems. Unlike a hub that just passes through the USB data coming from the modems, bridge chips can connect to other higher performance interfaces of the modems (for instance, the memory interface). This enables the modem to output the maximum data capable and not be gated by the integrated USB performance of the modem.Apart from satisfying the main requirements of a dual mode cellular modem dongle, bridge architectures also bring additional benefits to modem designs.They are:
1. Independent datapaths
2. Flexible interfaces
3. Size
Independent datapaths
This feature is useful for dual mode cellular modem dongles due to the tight power consumption restrictions. Given the 500mA power limitation, it is vital that the modems are able to constantly toggle different power modes to keep the system in balance.The possibility of independent datapaths allow for communication and data transfer to happen simultaneously without needing to store data in a queue. This enables the possibility of constant toggling without upsetting the system’s fragile balance and interrupting data flow.
Flexible interfaces
Bridge chips also provide more flexible interfaces within a design, allowing developers to add an additional SD card or switch memory interfaces. This flexibility gives designers the freedom to readily swap features on their system while maintaining a fast time to market for their design.
Size
Many bridge chips are specifically designed for mobile devices. Their size is much smaller compared to hubs which are typically designed for computer peripherals. This is an added benefit to a mobile device like a USB modem dongle as size does matter. The smaller a CMD is, the easier it is to carry around.The availability of cost-effective and power-efficient dual modem dongles promises to meet the requirements of both consumers and carriers. Through the use of bridge architectures, developers can enable dongle to satisfy all the needed specifications of a dual mode cellular modem dongle while enabling additional enhancements and functionality.
<!– @page { margin: 0.79in } P { margin-bottom: 0.08in } –>
Ming Hoong Chong, Product Marketing Engineer, Cypress Semiconductor Corp
Suppose we want to connect a local area network (Ethernet) with a wide area network, the question arises is, can we connect a local area network with wide area network?
If we directly connect the LAN segment to the packet switch of the wide area network, then obviously every signal on the segment will be forwarded to the switch, to prevent this, can be use a bridge to connect this segment to the network switch (because bridge will only forward the packets if necessary)?
Another question arises is, every WAN Technology uses a specified frame format, suppose the WAN is using a frame format that is different from Ethernet frame format then what we will do?
I want to connect it to a BT Home Hub down 2 stories in my house for use with a BT Vision box. Should I look for one with a replaceable antenna? Will a bog standard bridge be fine?
