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Showing posts from August, 2016

Windows 10 phone: This device has been locked for security reasons. Connect your device to a power source for at least two hours, then restart it to try again.

Hi All, this is my very first post on Windows 10 phone. I have a Windows 10 phone. Today, I saw following error message on phone. It didn’t allow me to unlock my phone using 4 digit pin I had set. The “Emergency calls” was the only option available to me. Error: This device has been locked for security reasons. Connect your device to a power source for at least two hours, then restart it to try again. I tried performing soft reboot but it didn’t fix. After doing a bit of research, I found a solution. Make sure that your phone is connected to Internet during this process. To fix this issue, follow these steps: Launch https://account.microsoft.com/devices on a web browser on another PC/Tablet or a smart phone Login using your Microsoft account (it is the same account you’ve used to configure your phone). Once you’ve logged in, Select your phone. On the next page, click on Lock button. A box will appear asking to enter 6 digit pin , a number where you can be reached (op

Explained: SNR Margin and Loop Attenuation

I would like to share some information about SNR margin and Loop Attenuation values for your ADSL connection. These are very important to determine the performance of the Internet connection. I strongly suggest that you should use this information as guide only. These values may vary for different types of Internet connection such as ADSL, ADSL Max or Fibre connection. SNR (Signal to Noise Ratio) margin measures strength of the DSL signal to Noise ratio. Most of the modem manufactures suggest 6dB is the lowest to able to make Internet connection. The higher the value of SNR margin, better the connection. SNR Value (in dB) Internet connection status 6 or less Bad or may experience no sync or intermittent sync issue 7 – 10 Fair connection 11 – 20 Good connection with no sync issues 20 – 28 Excellent 29 or above Outstanding Loop Attenuation (Loop Att.) measures of how much the signal has degr