Showing posts with label router. Show all posts
Showing posts with label router. Show all posts

Monday, March 20, 2017

configure Access Control on TP LINK Wireless N Router

configure Access Control on TP LINK Wireless N Router


How to configure Access Control on TP-LINK Wireless N Router

Suitable for: 3G/4G Routers, 300Mbps Wireless N, 150Mbps Wireless N
The wireless N Routers which can provide convenient and strong internet access control function, can control the internet activities of hosts in the LAN. Moreover, you can flexibly combine the Host ListTarget List and Schedule to restrict the Internet surfing of these hosts.
 
Step 1 Open the web browser and type the IP address of the router (default is 192.168.1.1 or 192.168.0.1) or http://tplinklogin.net into the address bar and then Press Enter.

 
Step 2 Type the username and password in the login page, the default username and password are both admin.

 
Step 3 Host Setting
 
Click the Access Control ->Host, and click Add New to edit the rule.
 
(1) Select the IP Address in mode field, then enter a short description in Host Description field. Enter the IP address range of your network which you want to control (i.e. 192.168.1.100-192.168.1.119, which will be blocked access to the sites you define in the following steps). And Click Save to save the settings.
 
(2) Select the Mac Address in mode field, then enter a short description in Host Description field. Enter the MAC address of the computer and the format is xx-xx-xx-xx-xx-xx. And Click Save to save the settings.
 
Note: As one rule can only add one MAC address, if you want to control several hosts, please click Add New to add more rules.
 
Step 4 Target Setting
Click the Access Control ->Target, and click Add New to edit the rule.
 
(1) Select the IP Address in Mode field, then enter a brief description of the rule you are setting up. And type the Public IP range or specific one which you want to block in IP Address bar. And then type the specific port or range of the target in Target Port bar. And Click Save to save the settings.
 
For some common service ports, select one from the drop-down list, and the corresponding port number will be filled in the Target Port field automatically.
 
(2) Select the Domain Name in Mode field, then enter a brief description of the rule you are setting up. Type the domain name which you would like to be ruled in the Domain Name bar (you do not have to fill full web addresses such as www.google.com –simply entering ‘google’ will set the rule to block any domain name that contains the word ‘google’) And Click Save to save the settings.
 
Step 5 Schedule setting
(1) Click the Access Control ->Target, and click Add New to edit the rule.
 
(2) Select the Day mode, then enter a brief description of the rule you are setting up. You can select the certain day (s), or choose Everyday. What’s more, you can also select the certain time to get onto the Internet with Time mode, you can select 24 hours, or specify the Start Time and Stop Time yourself (The format is HHMM, for example, 0800 represents 8:00). And Click Save to save the settings.

 
Step 6 Click the Access Control ->Rule, and tick Enable Internet Access Control. Then tick Allow the packets specified by any enabled access control policy to pass through the Router, and click Save to save the settings.
 
Step 7 Click Add New... button to add a new rule, then enter a brief description of the rule in Rule Name field, and select the certain description you have set before in each subtype field, then select Allow in Action field and Enable in Status field, then click Save to save the settings.
 
Then you will go back to the Access Control Rule Management page and see the following list, which means you have set Access Control rules successfully. This setting means you can allow the host with specific IP/MAC address to access the certain website only during the time and date you have set, and forbid other hosts in the LAN to access the Internet.
 
Related articles:

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Tuesday, March 7, 2017

10 tips for boosting your wireless router signal

10 tips for boosting your wireless router signal


10 tips for boosting your wireless router signal
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When it comes to "boosting" wireless speeds, there are actually two enhancements users typically seek: Distance and speed. Its great having a speedy wireless network, but if you only get great speed when you use a wireless client right next to the router and get no signal if you are 15 feet away, then speed doesnt mean so much. You need to boost the signals range. If your device can barely open friends Facebook pictures when youre in the same room as the router, then were talking about problems with speed.
In general, speed and range issues can all be lumped together as performance issues. You want both your speed and range to be as robust as possible. There are several factors that can impact both aspects of performance.
Distance can certainly impede performance. You may have a room in your home or office that is simply too far from your wireless router. Even the way your home or office is structured could be a culprit when it comes to poor wireless performance. If the signals have to bounce around too many corners to reach your wireless devices, that can cause problems (although a technology in newer premium routers called beamforming can help direct a routers signal to wireless clients).

Interference with the signal can be big factor in performance, too. If you live in an apartment building, your home might be inundated with signals from everyone elses routers. Maybe structural interference is the culprit. If your washing machine and dryer are between your router and your laptop, that doesnt help. Maybe its the software youre using. Routers need software updates just like everything else – and sometimes the firmware they initially ship with is improved with a later-released update.
These are just a few of the possible reasons your connection might be poor (or non-existent). Fortunately, there are many ways to extend your wireless signal, and most of them simply involve a bit of tweaking to your wireless network or adding some affordable components. In this article, we’ll walk you through ten of the most useful fixes for your connectivity woes.
Some of these suggestions require no additional hardware or software to purchase, while others may require a small or larger investment, depending on the particular performance problem youre experiencing. We’ll start off with free solutions, then move through the cheap to more expensive improvements.

1. Change the channel (free)

Not the TVs channel, but your routers. Wi-Fi routers operate on specific channels. When you set up a typical router, it usually chooses a certain channel by default. Some routers choose the least-crowded channel, but yours may not have. Check for yourself which Wi-Fi channel is the least crowded to boost the routers performance, perhaps boosting signal range. A good free tool to use is inSSIDer. Dont be put off by the graphs and excess information. What you want to focus on is the column "Channel." See how many routers in this area are on channel 6 in the image above? If your router is on the same channel, you want to switch it to a less-crowded one, like 4 or 1. You can change the channel of your router by going into its interface. All routers have different ways to access the interface, so check with your manufacturer on this score.


2. Update router firmware (free)

Updating router firmware is often overlooked by home users. Business networking devices usually display some sort of notification when newer software for the device is available for download. Consumer products such as home wireless routers, especially older routers, dont always offer this notification. Check often for firmware updates for your router. There is typically a section in the routers interface for upgrading the firmware. However, you often have to go to the router manufacturers website and search for the firmware (most vendors make searching for firmware pretty easy) and then upload it through the routers interface. Theres often accompanying release notes that tell you what the firmware helps to fix – and often the fixes are for connectivity problems.


3. Update adapter firmware (free)

Just like routers, network adapters on PCs and laptops are also subject to firmware updates. Remember, good wireless range and performance is dictated not just by the router but by the network adapter on clients (as well as other factors, but these are the two biggies.) Most laptops have on-board adapters. Go into your Network settings to find the name of the adapter (via the Control Panel in Windows) and then to that adapter manufacturers site to make sure you have the latest firmware.


4. Change position (free)

Do you have your wireless router nestled up against your broadband modem tucked away in your entertainment centre in your basement thats converted into the family den? Well, move it if you have range issues. It isn’t necessary to have the router in close proximity to your modem. Ideally, a Wi-Fi router should be in a central location. You can purchase custom length Ethernet Cat 5 cable from any computer store (although if you do that, technically this is no longer a free option) if you need more flexibility in centrally positioning the router.


5. DD-WRT (free)

This one is for the more adventurous: DD-WRT is open source software for routers. Its known to ramp up router performance and extend the feature set beyond what typically comes with most routers. Not every router supports it, but the number of routers that are supported keeps growing. A word of warning, though – installing DD-WRT could possibly invalidate your routers warranty. Many manufacturers will not help you troubleshoot router issues once you have DD-WRT on them. Hence, this is not a recommended option for routers under warranty or in a business network.
There are also no guarantees that DD-WRT upgrades wont negatively affect a router. However, many users are finding it a free way to trick-out their routers. So, if you have an older, spare router laying around, or want to take the plunge to see if DD-WRT firmware helps your range issues on a newer router, check if its supported on the DD-WRT site. Also note that its not easy to remove DD-WRT from some routers without doing a lot research.


6. Set up a second router as an access point or repeater (cheap)

You can set up just about any router as a wireless access point. To do so, you need to connect the second routers LAN port to the primary routers LAN port. On the second router, you will want to give it the same addressing information as the primary router. For example, if your primary routers IP address is 192.168.2.1 and its netmask is 255.255.255.0; then you could make the second routers IP 192.168.2.2 and use the same netmask. Its also important that you assign the same SSID and security on the second router, and turn DHCP off on the second one as well.
Newer routers make this process easier. If you have a second router thats only about a year old, most of them can be set to operate in "access point" or repeater mode. Configuring is as simple as clicking a button. Check with your routers manufacturer or documentation.


7. Antennas (cheap)

Newer routers are increasingly manufactured with internal antennas. There are some that still have or support external ones, and these antennas can often be upgraded. Consider a hi-gain antenna, which you can position so that the Wi-Fi signal goes in the direction you want. Hawking Technology offers the HAI15SC Hi-Gain Wireless Corner Antenna, which the company claims boosts wireless signal strength from a standard 2dBi to 15dBi. Antennas like these can attach to most routers that have external antenna connectors, and are relatively cheap upgrades.


8. Dedicated repeater/extender (more expensive)

Most major wireless networking vendors offer devices that act as repeaters or wireless extenders. While they can extend a Wi-Fi signal, they can be tricky to setup, and can cause interference with the signal. They can also be on the more expensive side. Note that if you choose this option the best bet is to use an access point made by the manufacturer of your router (see tip number 10 for further details).


9. New router/adapter (more expensive)

How about getting a new router and adapter(s) altogether? Upgrading your home network to one of the latest 802.11ac routers, or an 802.11n model using the 5GHz band should give a noticeable performance improvement. 2.4GHz is said to actually have greater range than the 5GHz band, but that only becomes apparent when supplying wireless coverage to large areas such as university campuses. In our testing, we’ve found that for smaller areas like a typical home network, 802.11n and the 5GHz band maintained better throughput than 2.4GHz with most routers, at greater distances. This is certainly a more expensive option, but if wireless connectivity is crucial for you, its a plausible one. If you’re pondering an upgrade to an 802.11ac device, we’ve got a group test of seven such routers you might want to check out (our benchmarks here show the benefit of ac, and indeed the benefit of 5GHz over 2.4GHz). Bear in mind that if you get a new router, to take full advantage of the speeds possible you’ll need to update client adapters to the same standard as well.


10. Stick to a single vendor (more expensive)

Vendors are quick to point out that their devices will work with other vendors products. But it just makes sense that Cisco network adapters will work better with Cisco routers; Belkin adapters work optimally with Belkin routers and so on. If possible, try to limit your network devices to one vendor – that means not only you



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Sunday, February 19, 2017

How to install TP LINK wireless router

How to install TP LINK wireless router


How do I install TP-LINK wireless router to work with DSL Modem (PPPoE)

Suitable for: 300Mbps Wireless N Routers, 150Mbps Wireless N Routers, 54Mbps Wireless G Routers, N750 Wireless Dual Band Routers, N600 Wireless Dual Band Routers, N900 Wireless Dual Band Routers
This FAQ is for the users who use PPPoE service and DSL Modem. If you are using Cable Modem, please ignore the article, and refer to How do I configure my TP-LINK wireless router to work with a Cable Modem (Dynamic & Static IP).
 
Step 1: Before you Begin
Before you begin, please refer to this article: What do I need prepare before begin to install TP-LINK Wireless Router.
 
  • Make certain the ISP had already provided DSL Broadband Service (PPPoE) to you.
  • Please connect the router to the computer which used to connect directly to your modem.
  • Only use the Ethernet port on the modem. If you were using the USB connection before using the router, disconnect the USB cable and connect an Ethernet cable to the WAN port of the router.
  • Make certain that you had disabled or uninstalled other third part PPPoE dialing up software such as WinPoet, Broadjump, or Enternet 300 from your computer, otherwise you will not be able to connect to the Internet. Some ISPs also provide similar PPPoE dialing up software.
 
Note: Before connect the router to your modem, make certain that the DSL modem work on Bridge mode, but not work on router modem.
 
Step 2 Connect your Network
 
1.  Turn off your DSL modem, router and computer.
2.  Connect the WAN port of the router to the LAN port of your DSL modem with Ethernet cable.
3.  Connect the phone line (DSL Line) to the Line port of your DSL modem.
4.  Connect your computer to one LAN port of your TP-LINK router.
 
Step 3 Configure TP-LINK Router
 
1. Power on your router and computer. Open the web browser and type the LAN IP address of the router in the address bar (default is 192.168.1.1). Press [Enter] key.
 
2. Type the username and password in the login window (the default username and password both are admin), then click OK.
 
3. Click Network->WAN on the left side, change the WAN Connection Type to PPPoE.
 
4. Enter your PPPoE username and password which are provided by your ISP.
If you want to connect to Internet automatically, please change Wan Connection Mode to Connect Automatically, which supports your router always connect to the Internet even if it’s not in use.
5. Click Save to save your settings, then the router will connect to Internet after a while.
 
Step 4 Wireless Setting
 
If your router is a wireless router, please configure the basic wireless settings for your wireless network. Then continue to Step 5.
 
Step 5 Power Cycle
 
After done the configurations, you’d better do a Power Cycle, it will make your network work more stable.
 
1.  Turn the cable modem off firstly, then turn your router and computer off, and leave them off for about 2 minutes;
2.  Turn the cable modem on firstly, and wait till the modem works stable (All LED lights work normally).
3.  Turn the router on and wait about 1 minute, and then power on your computer.
4.  Repeat the steps 1-3 above until you connect to the Internet.

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Wednesday, November 9, 2016

Router Configuration

Router Configuration


Tutorial: Router Configuration

So far we have only used Guarddog to protect a single workstation (i.e. the computer Guarddog is running on), but as many people know a computer running Linux can also act as a fantastic router for connecting multiple networks. In this tutorial we will go through how Guarddog can be used on a gateway machine to protect a LAN from the internet.

Important

Guarddog only supports router configurations on machines running Linux kernel series 2.4 or later with iptables.

Anatomy of a typical LAN connected to the Internet


A typical router configuration with Guarddog running on the router machine.
The diagram above shows the network configuration of a typical LAN connected to the Internet via a Linux based system acting as a router. The LAN that we wish to protect is on the left side of the diagram. The internet is shown on the right side. All communication between the LAN and internet passes through the gateway machine which is marked by the dog. Guarddog runs on the gateway machine. The most important aspect of this setup from a security point of view is that all of the network traffic between the LAN and the internet passes through one machine: the gateway. This provides us with an obvious "choke point" that we can place the firewall on to filter the network traffic.
The diagram also shows the zones that we will setup in Guarddog.

"Repeat after me: Guarddog is a firewall"

There seems to be a bit of confusion surrounding the function of a firewall versus the task of packet routing. Firewalls act as network traffic filters. Filtering and blocking unwanted and dangerous network traffic. They are security devices. Features such as routing and IP masquerade are not primarily security devices. They are advanced networking features.

Note

This misconception arose because in the past on Linux, before kernel series 2.4, the networking sub-system was such that it wasnt possible to separate advanced routing functionality from normal firewall functionality. This lead to firewall programs that also included direct support for advanced routing features such as IP masquerade and port forwarding for example.
Guarddog is a firewall and is not used for configuring networking features such as IP masquerade and routing. These networking features must be configured using a different program.

Tip

Guidedogis a user friendly utility for configuring advanced networking features and is designed to work along side Guarddog.

Configure Routing and Network Settings

Before we continue, you should go and configure the routing setup for your machine and confirm that it is routing/masquerading network traffic as expected. To make the task of debugging your gateway configuration easier, you can disable Guarddog by checking the Disable firewallcheckbox on the Advanced tab and then applying the changes. This will allow you to test your routing setup separately without Guarddog blocking any test traffic.

Warning

I strongly recommend that you do not test your network setup while connected to a hostile network like the Internet. Attach a machine to the network card that you plan to connect to the internet and give it an IP address so that it can act as a pretend Internet.

Teaching Guarddog to Allow Traffic to/from your LAN

If you configured and tested your routing and network settings with Guarddog disabled, enable firewalling in Guarddog again and apply. If all is going well then you will find that your LAN is once again totally cut off from the internet. Guarddog has a fail-safe, "what is not explicitly permitted, is denied" design. What this means in this situation is that since Guarddog hasnt been told to allow traffic from your LAN out to the internet, or visa versa, it will assume that the traffic should be blocked. This is intended to make it easy to get a secure configuration (even if it is too secure) and difficult to have an insecure configuration.
The way we specify to Guarddog that computers on the LAN are allowed to access computers on the Internet is by using zones. We simply create a zone to hold the addresses of all of the computers on our LAN and then specify that this zone is connected to the Internet, and probably to the Local zone also, and then go to the Protocols tab and tick on whatever protocols should be allowed between the LAN and the Internet.

Step by Step

Go to the Zone tab and create a new zone and call it "LAN". In the Zone Addresses list enter the IP addresses of the computers on your LAN. The address list understands several notations for addresses and can also accept whole network blocks. If you are running an IP masqueraded network using the 192.168.1.0/255.255.255.0 private address space, you can enter the whole block into a single address line using 192.168.1.0/255.255.255.0 format or the shorter 192.168.1.0/24 format.
Next, go to the Connection list and tick Internet and Local to specify that your LAN zone should be connected to the Internet and Local zones.
Now, go to the Protocol tab and make sure that Protocols Served from Zone: is set to Internet. In the list of protocols below you should see a column of check boxes for the Local zone and another column for the LAN zone. Just like when we were turning on protocols for the local zone in the first tutorial, we can do the same for the LAN zone. Tick the list of protocols that machines in the LAN zone should be able to use with the Internet.
When you are ready, apply the changes and see if your machines on your LAN can access the internet. Thats all there is to it.

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Saturday, November 5, 2016

Wireless Router Tutorial

Wireless Router Tutorial


Wireless Router Tutorial

I wanted to start off the month of March with a feature of the “how to’s” of Wireless Routers. I am still amazed at how many people are not taking advantage of the wireless router, for making your entire home or business a working/playing zone. So, let’s get at it.
Wireless routers with Internet connection sharing, networking and firewall features are an alternative to Wired routers or Networking Software. Wireless routers are actually wired routers with wireless access points built in so you can have wired and/or wireless at the same time. Another choice is a wireless router with a built-in DSL or cable modem. Finally, you can consider a hardware and software security combo box to connect and protect your home network, see our Broadband Gateways page for more information.
 Security – Wireless routers are not as secure as hard wired. If you want wireless and security, read the security articles on this page and be prepared to spend some time setting up the security features of your wireless network. To make this easier, look at getting started and wireless utility software. A big deal here, though, is the ability to set keywords to block unwanted content from your router, especially if you have kids at home.
Testing – We recommend that you test the firewall features of a wireless router after installation and setup using an online service like Security Space.  This can help you figure out the vulnerabilities of your system pretty quick.

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Friday, October 21, 2016

Wireless Router Configuration

Wireless Router Configuration


Wireless Router Configuration.... Step by Step Tutorial

January 4, 2013 at 1:29am
  1. Type 192.168.0.1 or the IP address provided at the bottom of the router in the address bar and press ENTER. Then type default username and password provided at the bottom of the router. Now click on QUICK SETUP menu, the below screen appears. Click NEXT.
  2. Now select DYNAMIC IP and click NEXT.
  3. In MAC clone option, select second option i.e. “No”, then click next.
  4. In the Wireless setup, ‘Enable ’the Wireless Radio, select the Network Name or SSID (this name is displayed in your Laptop, Phones, etc.), select your region or country, set the channel option to AUTO, Mode to 11bgn mixed, channel width auto. Then in wireless security option, select WPA-Personal/WPA2-Personal. Type the password (As you want) and click next.
  5. After the above process, the setup is complete. Now click on REBOOT to reboot the router.
  6. Your WiFi router is now configured.
Note: the above example has been set with a TP-Link WiFi router as a sample...In most wireless routers the steps are same. If it doesnt help you ask us for a complete pictorial step by step information.
Alternatively, you can visit us at our Maitighar office and we would configure it for you for FREE.

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