Feb 24

Note This FAQ is based on the mydlink app version 1.5.4 (build 109) from Android (v8.0.0). The iOS version may look a little different.

 

This FAQ only applies to the D-Link DCS-8000LH, 8010LH, 8300LH, and 8525LH cameras. 

 

To setup your camera with the mydlink app, follow the steps below:

 

Step 1: Launch the mydlink app. Log in with your mydlink account username and password. This will be the same username and password if you have used the mydlink Lite or mydlink Home app. If you have never created a mydlink account, you can create one.

 

Step 2: Tap the settings icon (3 lines in the upper left corner).

 

 

Step 3: Select Add a Device.

 

 

Step 4: Tap Yes to scan the QR code.The QR code is located on the label on the bottom of the camera or on the Wi-Fi configuration card included with the product. If the label or card are missing, tap No and select from the drop-down list.

 

 

Step 5: If you tapped Yes, scan the QR code. If you are having trouble scanning the QR code, move to a brighter lit area. If you tapped No, select the camera model from the list.

 

Step 6: Tap Next. Please wait about a minute (or less).

 

Step 7:  Tap Device Location to select where your camera will be setup. Select from the list or scroll to the bottom and tap Add Location to create your own.

 

 

Step 8: Tap Choose Your Wi-Fi Network. Select the WiFi network you want to connect the camera to (note this should be the same network that your mobile device running this app is on). Enter the Wi-Fi password and then tap Next.

 

 

Step 9: If you want this camera to be displayed on the “Home” screen, tap Add to Shortcut (checked by default). Tap Next at the bottom to continue.

 

 

Step 10: The camera will now save your Wi-Fi settings, and then bind to your mydlink account. This process can take up to 3 minutes.

 

Note: If you receive an error during the Setup Wi-Fi process, make sure you are entering the Wi-Fi password correctly. Remember it is case-sensitive. Also make sure the camera is within range of your wireless router, and that the router has DHCP enabled and does not have any filtering which may block the camera from connecting.

 

If you receive an error during the Binding process, this usually means the camera cannot connect to the mydlink servers. It is best to reboot your router, close the mydlink app, and reset the camera (hold a paperclip in the reset hole for 10 seconds and release. The LED on the back should turn red). Once your router has rebooted, open the mydlink app and set it the camera again. If you continue to get errors, please contact D-Link support at 1-877-453-5465. Support is free and available 24/7.

 

Step 11: Once the camera setup is finished, the following message will appear. If you want to add the camera to cloud recording, tap Yes, or tap Later.

 

 

Step 12: If you tapped Yes, a new Automation will be created to record video detected by motion to your cloud recording subscription (free or paid). Tap the check mark at the top right corner to finish setup.

 

 

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Jan 26
How do I configure Captive Portal on my D-Link DSR Series Router?
Network-Diagram
Step 1: Click Setup-tab.

Step 2Click Network Settings > Lan Setup Configuration.

Step 3: Enable Run-Time User Authentication.

Step 4: Click Advanced tab.

Step 5: Click Users > Users.

Step 6: Click Add.

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Jan 26

What is loopback Detection The Loopback Detection function is used to detect the loop created by a specific port while Spanning Tree Protocol (STP) is not enabled in the network, especially when the down link devices are hubs or unmanaged switches. The Switch will automatically shut down the port and sends a log to the administrator. The Loopback Detection port will be unlocked when the Loopback Detection Recover Time times out. The Loopback Detection function can be implemented on a range of ports at a time.

 

Step 1: Open an Internet browser (such as Internet Explorer) and enter http://10.90.90.90 (if the switch has the default IP address) in the address bar,  then press Enter.

NOTE: If you have changed the IP address, plesae use the assigned IP address instead of the default.

 

 

Step 2: Enter the password for your Admin account in the field provided. If you have not changed this password from the default, the password is ”admin”. Click OK.

 

 

Step 3: Click L2 Functions then select Loopback Detection.

 

 

Step 4: Under Loopback Detection Settings

  • Enable Loopback detection.
  • Select the mode, specify Port-based or VLAN-based mode.
  • Set a Loop detection Interval between 1 and 32767 seconds. The default is 2 seconds. Click Apply to save your changes.

 

 

  • From Port: The beginning of a consecutive group of ports may be configured starting with the selected port.
  • To Port: The ending of a consecutive group of ports may be configured starting with the selected port.
  • State: Use the drop-down menu to toggle between Enabled and Disabled. The default is disabled. Click Apply to implement changes made or click Refresh to refresh the Loopback Detection table.

 

Step 5: Save the configuration. Click the Save tab, select Save Configuration, then click Save Config.

 

 

 

You have successfully enabled the loopback detection for the DGS-1500 switch.

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Jan 22

How to update firmware for Model ASUS  WL-700geA . Type the following IP address in your web browser:

1. http://192.168.1.1
2. Type “admin” in the default user name and password box .
3. Click on 【Configuration】.

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B. Once the page is opened
1. Select 【Advance Setting】to set up the Firmware Update.
2. Choose the【System Setup】
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C.
Click on【Firmware Upgrade】
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D.
Click on【Browse】
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E. Configure the firmware
1. Once the firmware upgrade option is selected a window will automatically pop up.
Choose the pathway to the「WL700gE_1.0.7.8.nas」.
2. Select【Open】.
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F.
【Upgrade】
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G.
The Message box will pop up and click on【OK】.

H.
The process is automatically running.
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  • Product WL-700gE

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Jan 20

How to set up a reliable Mesh WiFi system in 780m2 (approx. 8396 sq2) ball room?

According to statistics, the number of internet devices each person has is gradually increasing every year and we are heading toward a generation of IoT (Internet of Things). Therefore, whether in public areas or inside your house, the networking environment has become busier, denser and it requires a powerful back-up technology to support heavy network traffic and to maintain quality Internet connectivity. ASUS introduces the most power Mesh whole coverage WiFi system to meet your needs.

Next, ASUS will provide you a practical example of how to use and combine ASUS Mesh compatible routers to build up a powerful WiFi system.

 

Scenario

Each year, ASUS unveils incredible new products to the world in the big annual event, ASUS TekTrend. There was no exception this year at the 2018 ASUS TekTrend which was held on 6 June at Denwell Hotel Ball Room in Taipei City. With hundreds of journalists, presenters, and guests in attendance, ASUS came up with total solution to digest huge amounts of networking traffic by making use of our latest and powerful Mesh compatible routers.

 

Challenge

Below are some major challenges of the scenario:

  •     Ball Room Size: The ball room is a rectangular sized area 780m2 (approx. 8396 sq2) with no walls in the middle.
  •     Approx. Accommodation: Unlike standard meeting rooms for just 20 or 30 guests, the ball room can accommodate almost 200 people. We assumed that each guest had 1 to 2 devices simultaneously connected to the Internet. We then made an overall setup plan to deal with huge traffic in order to offer a quality networking experience.
  •     Safe Networking Issue: Providing a stable and safe networking experience for our users is our main priority. We are committed in making sure all the connected devices are both safe from attacks and under sound protection.
  •     One WiFi Name (SSID) Connection: Within a networking environment especially for business stage, one WiFi name for all guests is a vital element for an excellent networking service. ASUS strives to prevent different WiFi names from confusing users with attempts to search for available WiFi connections.
  •     Environmental Limitations:

   1.  It is not easy to install network cables in the ball room because cables might be in the way of some equipment and have negative effects on the whole layout arrangement. Furthermore, it requires more time and efforts to install cables.

2. There is only one 100Mbps cable available for both the networking setup and live-demo router.

3. For the event, both the ball room and the reception area, which is outside of the ball room, requires Internet connectivity as well. We were dedicated to deliver strong and stable connection for both areas

 

Solution

This event demonstrated a real-life example as an applicable networking solution which gives users a quick overview of how to set up a WiFi system by choosing ASUS Mesh-compatible routers equipped with up-to-date functionality. The routers used for the live-setup placement: 1*RT-AC88U and 3-pack Lyra Trio. The following is the ball room layout and WiFi placement.

 

                            

We used the RT-AC88U as the main router connected to 100Mbps cable, and connected the Primary Lyra Trio (captain) as AP mode to RT-AC88U with a physical cable. With the compatible Lyra Mesh system, the Primary Lyra Trio wirelessly connected to the Secondary and Third Lyra Trio to form a whole coverage WiFi environment. The Mesh system helps us to overcome environmental limitations by connecting the captain to the nodes wirelessly and saves us time and effort of installing cables.

The reason why the RT-AC88U worked as a main router was because it has higher routing ability with excellent AiProtection functionality which is apt to block external attacks and also protect connected devices within the network. Based on the Mesh network, we were able to configure the system under one WiFi name (SSID). For users, it is easier to recognize and identify which network is available with just one attempt. Furthermore, the Mesh network offers users a roaming experience as long as you are under the WiFi coverage area where it will automatically connect you to the best WiFi signal!

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