Connecting a router d link dir 320 beeline. Setting up a network card

On many devices, setup is quite easy if you know all its nuances. To make the connection, you need to outline a plan for the sequence of operations to configure the main equipment to work on the global network together with the device and implement the configuration of the D-Link Dir 320 router.

Work order

The instructions we will follow are as follows:

Setting up a network card in relation to different operating systems using the example of Windows XP and G7.
Troubleshooting problems when turning on and operating the modem.
Replacing an old microcircuit or flashing a new one for the correct Wi-Fi work D-Link Dir router.
Basic network settings for different operators.
Setting up a Wi-Fi network.

Inexperienced users, when connecting the device, think that it will automatically tune to the desired provider, and they will be global network. In fact, it is easier for them to call an employee of a company that provides such services. And who does not want to spend personal savings, we advise you to read the instructions for initializing the router located below.

Setting up a network card

Before installing the router, it is necessary for the computer to recognize the network card, then you need to set the IP address to the “automatic” position. This is necessary to synchronize the settings of your PC with the D-Link device, which has this specified in the factory settings.

We proceed according to the following scheme:

Click on “Start” and enter it.
Click on “Control Panel”.
We find the picture with the inscription “Network connections” and enter.
In the window that appears, select the picture next to which there is the inscription “Connect via local network».
Then right-click on it and find the “Properties” item.
Having entered it, put a tick on the inscription “Protocol (TCP/IP)” and click on “Properties”.
At the end, put the dots on “Automatic” and click “OK”.

The scheme is as follows:

Click on “Start”.
In the search engine (the line right above the “Start” button) enter the word “Network”.
In the window that appears, look for the inscription about the local network and click 2 times.
Then, by clicking on “Properties”, look for “Protocol version 4” and double-click.
Select “Automatic” and click on “OK”.

How to set up a D-Link Dir 320 NRU router without problems

After setting up the card on your PC, you need to make sure the IP address is correct.

Return to the item labeled “Local Area” and in the window that opens after double-clicking, select:

"More details" on Win XP.
"Information on Win

The IP address will be something like 192. 168. 0. XXX

If the address is not received, then the number will be 169.ХХХ. XXX. XXX.

XXX – any number (for example, 101, 204, 3) not more than 255.

To insert the correct addresses you will need to return:

in Protocol (TCP/IP) for Win XP.
Protocol 4 (TCP/IP v4) for Win

The detailed setup should look like this

At the end, click “OK”.

Replacing an old microcircuit or flashing a new one

We will explain step by step how to flash the router firmware via a PC, in other words, how to reset the original parameters.

Pre-download current version your device from the pages indicated in the figure:

To perform a reset and create the necessary settings for some models, you need to disconnect the Internet cable from the PC. So, check both options.

How to login - Link 320:

Connect your router to your PC and log into your browser.
You must enter the following in the address line: 192. 160. 1 – then press Enter and log in.
Enter the word admin in the “Login” field, and then Next or OK.

If login fails, try another option:

Enter the word admin in the “Login” cell and in the “Password” column.
In older D-Link devices, the firmware version looks like this:

To flash:

go to “Maintenance”;
then on the left in the “firmware update” menu;
then click on “Browse”;
find new option firmware;
At the end, click “apply” and wait for the result.

New devices may have three different designs:

First option.

We look for the word “System” in the left menu and click on the button. Next, in “Software Update”, turn on the “Browse” scanner and select the required file.

Second option

“Configure manually” – “System”, go to the “Software update” item and select the file.

Third option

“Advanced settings” – “System”, then click forward and click on “Software update”.

After all the switches, you need to click on the apply button (“Update”).
Next you will need to wait about 7 minutes. This is necessary to complete the operation completely.
As soon as the installation occurs again, you must enter 192. 168. 0. 1 into the browser address bar and log in.

Connecting to providers and Wi-Fi

Beeline Communications

First, go to “Advanced settings” - “Network” - “WAN” - “Add”.

In the connection columns “Type” and “Name” – click L2TP + Dean. IP. in the first and any inscription in the second.
In the “User” (Name) section and in the “Password” column, enter the information received from the technicians who connected the equipment.
In the “MZT Address” field, enter – tp.internet.beeline.ru, then “Save” in one window and “Save” in another.

Setting up the router D-link Dir 320 Beeline is finished.

Communication Rostelecom

The primary actions are the same as in connection with Beeline. Next:

In the “Type” column, click PPPoE.
In the “PPP” field – in the “User” (Name) item and in the “Password” column – enter information from Rostelecom employees.
Click “Save”.

Setting up a Wi-Fi network

It also starts with “Advanced settings”, but then click “Wi Fi” - “General” - “SSID”, enter any inscription - the name of your personal network and click on “Change”.

Next, go to “Security” – “Network Authentication:” – “WPA-PSK2”, enter 8 or more characters in the “Encryption Key” and click “Change”.

Congratulations. You did everything right.

Visual instructions for setting up Dir 320 (video)

Useful video with router settings:

You can configure the router yourself. By doing this, you will save money, learn how to set up a device, and, perhaps, start your own business connecting users to the Beeline and Rostelecom networks.

D-Link DIR-320 has revision A2. It is more convenient to configure the router via a wired connection, but it is also possible via a wireless connection (laptop, phone, tablet). If the router was configured, then reset the settings. To do this, press and hold the Reset button on the rear panel for 15-20 seconds.

Checking the network settings on your computer.

In Windows 7, Windows 8: Control Panel - Network and Internet - Network and Sharing Center shared access. On the left, select Change adapter settings.
In Windows XP: Control Panel - Network Connections.
Right-click on the local network connection icon and click Properties. Select Internet Protocol Version 4 (TCP/IPv4) and click the Properties button. Set automatic IP and DNS acquisition. Click OK.

Tcp/ipv4 protocol settings.

Connecting the router.

Connect the Beeline cable to the Internet (WAN) port of the router, it is gray.
Use the wire from the router kit to connect the connector of the computer’s network card and the LAN connector of the router; it is blue.
Plug the router into a power outlet.

Setting up the D-Link DIR-320 router.

Open the browser, enter http://192.168.1.1/ or http://192.168.0.1/ enter admin, the password field is empty. Click Log In.

Internet setup.

In the SETUP section, at the very bottom, click Manual Internet Connection Setup (manually setting up an Internet connection).

D-Link DIR-320 Internet setup firmware 1.00.

My Internet Connection is (connection type) - L2TP/ Russian L2TP

Address Mode - check the Dynamic IP box
L2TP Server IP Address - enter tp.internet.beeline.ru
User Name - enter your login
Password and Confirm Password (Verify Password) - enter your password
Reconnection Mode - select Always
Maximum Idle Time - 0 Minutes
MTU - this field must be set to 1400
Click the Save Settings button.
Wait until the router saves the settings and reboots.

Setting up a D-Link DIR-320 wireless network.

In the Setup section, select Wireless Setup wireless network), click the Manual Wireless Connection Setup button.

In the Wireless Network Settings section:
Check the box next to Enable Wireless and select Always from the list.
Wireless Network Name - Enter the name of your wireless network
In the Wireless Security Mode section - select WPA/WPA2
Clipher Type - TKIP and AES
Network key - enter the password to access the wireless network. It must be at least 8 characters long and contain Cyrillic.
Click Save Settings. The router will reboot.

This article will talk about setting up such a popular and widespread router as the D-Link DIR-320 NRU, according to the parameters of the Beeline operator. This instruction will be useful for novice users who rarely deal with routers.

Connecting a router

First, the user will need to select a suitable location to install the device. It should be located conveniently so that you don’t have to pull the wires from the provider or reach for the socket; it will also be good if the cables don’t get tangled under your feet. It is worth installing the router so that it the signal reached to all corners of the room, which is important for those users whose walls do not transmit signals well.

Once the location has been selected, all that remains is to install the device, connect the cable from the provider to the wan port, and plug the device itself into a power outlet. The cable from the computer from which the setup will take place can be plugged into any other port. Yes, you can configure it via Wi-Fi, however, you won’t be able to flash it via a wireless network, and with a cable it’s more reliable and there are fewer errors.

Preliminary computer setup

Before you move on to setting up or flashing the router firmware, you should check connection parameters to the network, because if something is wrong, you won’t be able to connect to the device. To begin with, you should go to network control center and general access, from there you need to go to the adapter settings. Here you should click on your current connection. Right click and select properties. A window will open in which you need to find protocolipv4 and open its properties. In the window that opens, all parameters should be received by the device automatically; if this is not the case, then you should set everything the same as in the picture.

Firmware download and update

Now you can proceed to downloading the firmware. It ensures interaction between the device hardware. Over time, developers collect information about errors and eliminate them, when there are quite a lot of such edits and the next firmware version is released. So, as a rule, the newer the firmware, the better and faster the router works.

To download new firmware, you must first find out the revision your device, it is written on a sticker located on the bottom of the router. You can download the firmware itself from the developer’s website using the link http://ftp.dlink.ru/pub/Router/DIR-320_NRU/Firmware/. Usually the latest version is at the beginning, the rest are found in the old folder.

After loading, you should go to the main router setup screen. To do this, open any browser and write in the address bar 192.168.0.1 after which a window will appear in which you will need to enter your login and password, by default this is admin/admin. Next there may be several options for action, depending on the current firmware version, you should follow either the path system - software update(Firmware update), or in " Configure manually" - system - software update.

In any case, in the final window you will only need to indicate the path to the downloaded file and click on update. Further the update will start, which can take a long time; during the process, the router may reboot several times or produce errors, so you should not do anything with it for about 15 minutes. After the process is completed, the router will reboot and you can go into the settings again.

Router settings for the Beeline operator

With the settings everything is quite simple, after the update you should go to “ Advanced settings", then go to Network and click on WAN, then click on " Add».

In the very top line you should select l2tp+Dynamicip, but you can write anything in the name. The username and password should indicate the data that was received by the user from the provider, they are indicated in the contract, and in the VPN server tp.internet.beeline.ru.

Changing WiFi Settings

Now it's time to set the wireless network settings. First, you should go to the basic settings - wifi, here you can write a name for the future network.

Now you need to go to security settings. In this section you should select the encryption type WPA2-PSK and enter the password that will be used to log into the network.

Now you can save settings and use Wi-Fi.

Using IPTV

Setting up TV on this router is also very easy. On the main page you just need to click on the item with the same name, and on the next page specify port, into which the set-top box will be connected. At this point, the setup can be considered complete.

I am more than sure that many have already seen similar headlines more than once. But every time you read them, it turns out that you need to buy some of the most proven modems in the world, and besides, luck should be favorable to you. But the most common problem is that there is no modem that does not freeze after a certain time. The longest interval I have seen is 8 (eight) hours. As a result, many abandon such an idea and give up, and if they can’t do without a router, they adapt an old PC for these purposes, and even install Windows (usually XP, or whatever is at hand).
Since a PC, and especially Windows, is not an option for me and I didn’t have “that” modem at hand, I had to look for a solution.
If you are interested in a continuation, please click on “cut”.

Introduction

As probably became clear to many from the preface, I was faced with the task of making a small and very stable 3G router.
What was required for this:

Router DIR-320 (was available)
3G modem
External antenna

Research and Goal Setting

So, before doing anything myself, I started by researching numerous forums and communities. On each forum there were threads describing those very miracle modems and the endless series of problems associated with them. Some were mega stable, but with an unacceptably low speed, others pleased with their performance, but after 30 minutes they froze dead. All this was very upsetting.

Before going to the “bins of my homeland” to buy an old PC, I decided to analyze the available facts and independently investigate the problem.

For initial experiments, I decided to use a desktop PC with Linux. Having set up a 3G connection using the available Huawei E173, I launched the ping + wget command at intervals of 10 minutes. The connection lasted about 4 (four) hours, after which the modem stopped responding to PPP commands, while AT worked. I conducted the same experiment with AnyDATA ADU-500A (this is a modem from the list of “those ones”). Oddly enough, it all ended the same way, only 5 hours later.
Any attempts to revive it did not bring the long-awaited result; only a complete blackout saved the situation.
Once again I decided to reboot the modem and then it dawned on me, why not just turn off the USB port. No sooner said than done:

Find the modem from the list of all USB devices:
for f in `ls /sys/bus/usb/devices/*/product`; do echo -e "$f\t`cat $f`"; done
Turn off the port for 5 seconds and then turn it on:
echo “suspend” | sudo tee /sys/bus/usb/devices/1-1/power/level sleep 5 echo "on" | sudo tee /sys/bus/usb/devices/1-1/power/level

The experiment showed that everything reboots perfectly. And the connection can be established again. From that moment it became extremely clear what needed to be done.

Having taken four firmwares for the router: D-Link, Asus, OpenWRT or DD-WRT, I began to repeat the experiment, but bad luck, surprisingly, none of the firmwares had control capabilities USB powered. At first I thought it was a 2.4.x kernel problem. But the same problem with 2.6. Moreover, after rebooting the router, the modem remained initialized. The conclusion suggested itself: you need to disassemble the router.
A careful inspection and “testing” of the board showed that the “+5V” power pin is connected directly to the power source. This does not suit me and I need to upgrade the board and power supply.

The time has come to choose a distribution. This wonderful router has very little RAM and I didn’t want it to be consumed by unnecessary services, be it httpd, FTP, SAMBA or anything else. It was decided to build a distribution based on OpenWRT independently, with a minimum of pre-installed packages and services.

But before we started assembling the distribution kit and upgrading the router, we had to work on selecting the target modem/operator and external antenna.

After looking at the coverage map of different operators, I came to the conclusion that MTS is the most suitable. In addition to the coverage map, I really liked the fact that they can do all the statistics and management from a fairly convenient WEB interface. Having bought them the most best modem, with a promised maximum of 14.7 Mbit/s and a minimum of 3 Mbit/s, began its adventure.
Perhaps someone will be interested:

3G modem (was purchased by MTS WeTelecom WM-D300)
CDMA-450 directional antenna (not bad according to the seller, from some unknown manufacturer)

After the purchase I started trying to connect to this modem. And as always, a number of questions arose:

It persistently shows up as a CD-ROM
Not a word on the Internet about this modem, the maximum that was found was a mention of the previous model (WM-D200)

Analysis of dmesg showed that the CD-ROM is mounted as SCSI, this suggested that it should be disabled as SCSI; no usb_modeswitches work here, and in fact they are not needed.
Of course, I immediately wrote my own software that did this. But the nagging thought that someone had already written this and most likely it was already in portage or somewhere else made me search. The first pass through the man folder showed that there is a wonderful sdparm package. After installing and checking, it became clear that this is what is needed.
Since now everything has fallen into place and there are no more questions left, you can get to work.

Building OpenWRT

All steps are performed in the Linux console. Please note that the Backfire release was chosen because it is the latest release with the 2.4 kernel. This is very important, since the 2.6 kernel itself is very demanding of both processor performance and system resources.

Download the OpenWRT source: svn co svn://svn.openwrt.org/openwrt/branches/backfire openwrt-backfire
Go to the folder with the source cd openwrt-backfire
Update all packages./scripts/feeds update -a
Add from sdparm packages ./scripts/feeds install sdparm
Open the settings menu
make menuconfig
Select the Target System platform of interest (Broadcom BCM947xx/953xx)
We embed the packages we are interested in (by default they are not included even as modules)<*>sdparm........................ Read or modify SCSI or USB disk parameters<*>chat................................ Establish conversation with a modem<*>comgt...................................Option/Vodafone 3G/GPRS control tool<*>kmod-scsi-generic........................ Kernel support for SCSI generic<*>kmod-usb-core................................... Support for USB<*>kmod-usb-ohci................................... Support for OHCI controllers<*>kmod-usb-serial.........Support for USB-to-Serial converters<*>kmod-usb-storage...................................USB Storage support<*>kmod-usb2...................................Support for USB2 controllers
We leave all other points unchanged
Assembling the tools make tools/install -j`grep -c processor /proc/cpuinfo` make toolchain/install -j`grep -c processor /proc/cpuinfo`
Open the Linux kernel configuration menu make kernel_menuconfig
Setting up MTD [*] Support 2-chip flash interleave
Exit the configurator menu and save
Build OpenWRT make -j`grep -c processor /proc/cpuinfo`
After the firmware is assembled, it needs to be flashed into the device. There are a lot of instructions on this topic (for example, on the DD-WRT website)

Firmware check

After the firmware has been “uploaded” and the router has rebooted, connect a modem to it and connect the router via Ethernet to your PC. Configure the IP address on the interface (in my case eth0) of your PC by running the command: ifconfig eth0 inet 192.168.1.2/24
Next, connect to the router via Telnet. To do this, run the following command from the console:
telnet -l root 192.168.1.1
Login will be completed automatically without prompting for a password. This is fundamentally wrong. To fix the situation, set a password by running the command in the console:
passwd
Run the command " exit", to exit telnet sessions.
Sign in using ssh:
ssh [email protected]
The next step is to make sure that the modem was recognized by the kernel by running the command in the console: grep "^P\:.*22de.*6803" /proc/bus/usb/devices
The result of executing this command will be a line with the VID and PID of the modem. Otherwise, check what was done not according to the instructions.

Upgrading router hardware

For power management USB port you need a free processor leg. But since this is not an engineering board, but an end product, this option is not suitable. As luck would have it, this router has a ton of LED indicators on the front panel. We can easily adapt one of them to our needs. In my case, the choice fell on the indicator with the printer icon, since it corresponded to the USB LED on proc-fs (/proc/diag/led/usb).

Power management will be carried out by an additional board with a minimum required set of parts. Here is her diagram:

A few words about the scheme. Both transistors act as switches. When a logical one is applied to the “CTRL” input, transistor VT1 will open, which in turn will lead to the opening of transistor VT2 and the supply voltage will be supplied to the USB port. As such, no calculations were made, therefore, the scheme cannot be considered optimal. For example, transistor VT1 was simply the only one N-P-N transistor within reach, just like resistors.

I had neither the time nor the desire to make a printed circuit board, so I made do with a small piece of the circuit board. This is what the final version looks like:

Green inscriptions mark ports of the same name on the circuits. Resistor R4 is soldered directly to the LED leg.

Step-by-step modification instructions:

Upgrading router software

This is the last step on the path to “happiness”. We will need to write a number of new scripts and make changes to existing ones. So, everything is in order.
Connect to the router via ssh, as all the following steps will be performed directly on it.

Creating USB Management Utilities

Go to /etc/ppp folder. Many people will be interested in why this particular folder was chosen as the target folder. The answer is simple, it happened historically. I think /usr/local/sbin would be more suitable, but it doesn’t change the essence
cd /etc/ppp

Create usb-up.sh. This script will turn on the power on the USB port $ cat usb-up.sh #!/bin/sh logger -t "USB PwrCtrl" "Turn-on USB power" echo 1 > /proc/diag/led/usb
Create a script to reset the USB port $ cat resetusb.sh #!/bin/sh logger -t "USB PwrCtrl" "Turn-off USB power" echo 0 > /proc/diag/led/usb # Sleep in 3 sec is an optional , but may be useful for some modem types #sleep 3 logger -t "USB PwrCtrl" "Turn-on USB power" echo 1 > /proc/diag/led/usb
Create a script to check if the pppd process exists #!/bin/sh if ps | grep -q /usr/sbin/pppd; then logger -t "PPP watcher" "PPP alive" else logger -t "PPP watcher" "No PPP daemon" /etc/ppp/resetusb.sh fi
Make scripts executable chmod a+x /etc/ppp/*.sh
Let's add correct processing for connecting a modem to USB. Please note that OpenWRT, by default, does not have udev, but instead uses the hotplug "daemon" $ cat /etc/hotplug.d/usb/11-modem #!/bin/sh # Copyright (C) 2013 Sergey Shcherbakov case "$ACTION" in add) (grep -q "^P\:.*22de.*6803" /proc/bus/usb/devices) && ( logger -t "WM-D300" "Detected ZeroCD of WM-D300 modem" # Checking ZeroCD status while [ "$(sdparm -q --command=ready /dev/scsi/host0/bus0/target0/lun0/generic)" != "Ready" ]; do logger -t "WM-D300 " "ZeroCD yet not ready" # Workaround for bug with multiple calls of scripts (/usr/bin/lsusb | grep -q 22de:6801) && ( logger -t "WM-D300" "Seems that script called twice and device already initialized" return 0 ) sleep 2 done logger -t "WM-D300" "ZeroCD ready and will be ejected" /usr/bin/sdparm --command=eject /dev/scsi/host0/bus0/target0/lun0/generic ) (grep -q "^P\:.*22de.*6801" /proc/bus/usb/devices) && [ ! -c /dev/usb/tts/0 ] && ( logger -t "WM-D300" "Updating USB Serial driver with D200/D300 vendor and product ID" rmmod usbserial && insmod usbserial vendor=0x22de product=0x6801 ) (grep - q "^P\:.*22de.*6801" /proc/bus/usb/devices) && [ -c /dev/usb/tts/2 ] && ! (ifconfig 3g-wan 1>/dev/null 2>/dev/null) && ( logger -t "WM-D300" "All modem interfaces installed, turning on WAN" ifdown wan && ifup wan ) ;; remove) ! (grep -q "^P\:.*22de.*6801" /proc/bus/usb/devices) && ( logger -t "WM-D300" "Modem disconnected, turning off WAN interface" ifdown wan ) ;; esac

Making changes to existing scripts

Disable the default WAN interface by running sed -i "s/interface\ wan$/interface\ wan_dflt/" /etc/config/network
Add a new WAN interface descriptor with settings for 3G $ cat /etc/config/network ... config interface wan option ifname ppp0 option device /dev/usb/tts/0 option service evdo option proto 3g option username "mobile" option password "internet" option pppd_options "noipdefault maxfail 3" option connect "/etc/ppp/usb-up.sh" option disconnect "/etc/ppp/resetusb.sh" option keepalive 20
To add automatic switching on USB port when initializing the router, you need to modify the standard script /etc/init.d/usb by adding a call to the script /etc/ppp/usb-up.sh at the end of the start() function $ cat /etc/init.d/usb … start () ( ... # Turn-on power on USB /etc/ppp/usb-up.sh ) …
Additionally, you can modify, but not necessarily, the Chat script (/etc/chatscripts/evdo.chat). In fact, it should work even without modifications, but I preferred to tweak it a little. Here is my option: ABORT BUSY ABORT "NO CARRIER" ABORT ERROR ABORT "NO DIAL TONE" ABORT "NO DIALTONE" ABORT "NO ANSWER" REPORT CONNECT TIMEOUT 10 "" AT OK ATDT#777 CONNECT ""
Add a task to Cron that will check for the presence of the pppd process every five minutes. To do this, call the command “crontab -e” and add the following line: */5 * * * * /etc/ppp/check.sh
Allow Cron to run and run it /etc/init.d/cron enable && /etc/init.d/cron start
I won’t give the WiFi setup, since it is quite standard and is perfectly described on the official OpenWRT website

That's all, there will be no more changes. I recommend rebooting the router, although 3G should come to life in five minutes anyway.

Instead of an epilogue

The home trials lasted 41 days. As a result, there was not a single failure throughout the entire period. The expected stability has been achieved.
Before sending to the “fields”, throughput tests were carried out in a Kyiv apartment. The disappointment took me by surprise; the maximum achieved did not exceed 1Mbit/s, and only on large files. The minimum ping was within 220ms. Deciding not to stop testing, I went out of town. The level was at maximum, and the CDMA Rev.B indicator was no longer lit. In fact, I didn't have high hopes for 14Mbps, but I expected to see at least 1Mbps already achieved. But another disappointment was not long in coming; the maximum reached was already about 350Kbit/s.
At this point, all experiments with the MTS modem were stopped. It was never possible to return it. But the seller exchanged the antenna for a model capable of working in conjunction with Intertelecom and PeopleNET modems. Which I was incredibly happy about, and let the modem be in the collection, it will come in handy someday.

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Wi-Fi router D-Link DIR-320

Connecting a Wi-Fi router D-Link DIR-320

Rear side of D-Link DIR-320 NRU

On the back of the router there are 4 connectors for connecting devices via the LAN interface, as well as one Internet connector where the provider cable is connected. In our case, this is Beeline. Connecting a 3G modem to the DIR-320 router is not covered in this manual.

So, connect one of the LAN ports of the DIR-320jn with a cable to the connector of the network card of your computer. Do not connect the beeline cable yet - we will do this immediately after the firmware is successfully updated.

After this, turn on the power to the router. Also, if you are not sure, I recommend checking the local network connection settings on your computer used to configure the router. To do this, go to the Network and Sharing Center, adapter settings, select a local network connection and right-click on it - properties. In the window that appears, look at the properties of the IPv4 protocol, which should be set to: Obtain an IP address automatically and connect to DNS servers automatically. IN Windows XP the same can be done in the Control Panel - network connections. If everything is configured this way, then move on to the next stage.

Download the latest firmware from the D-Link website

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Firmware 1.4.1 for D-Link DIR-320 NRU

Setting up IPTV Beeline

To set up television from Beeline on D-Link router DIR-320 with firmware 1.4.1 All you need is home page router settings, select the appropriate menu item and indicate which of the LAN ports you will connect the set-top box to.