Skip to main content

Change Boot Order in Microsoft Surface Pro 3 and Above Devices.

You can change the Boot Order of Microsoft Surface Pro 3 and above, use the following sequence of commands:


Step 1:Shut down your Surface.
Step 2:Once Surface has turned off, press and hold the volume-up button.
Step 3:With the volume-up button held down, press and release the power button.
Step 4:Continue holding the volume-up button until the Surface logo no longer appears on the screen.
You should now see the Surface UEFI. Do one of the following:
  • Surface Pro 3 and Surface 3: Go to Step 5 below.
  • Surface Pro 1 and Surface Pro 2: Skip to Step 9 below.
Surface Pro 3 and Surface 3:
Step 5:Select Configure Alternate System Boot Order.
Step 6:Do one of the following:
  • Surface Pro 3: Select USB > SSD
  • Surface 3: Select Network > USB > SSD.
Step 7:Select Exit Setup.
Step 8:Select Yes to save the configuration and restart Surface.
Surface Pro 1 and Surface Pro 2 (optional for Surface Pro 3)
Step 9:Select Secure Boot Control.
Step 10:Select Disable. This will allow Surface to search for an alternate device to boot from aside from your SSD.
Note
This may affect the look of your Surface splash screen.
Step 11:Select Exit Setup.
Step 12:Select Yes to save the configuration and restart Surface.

Comments

Post a Comment

Popular posts from this blog

How to use QueryExtenderControl in ASP.NET with LINQ

Queryextender control is a control that helps in doing actions like filtration, searching, sorting etc. on the LINQ Data source with few steps. In fact we don’t have to write any code with this. Screenshot given below is just an example that can easily be achieved through this control. In the above screenshot, we can see that there is a GridView Control that has been binded to a LINQData Source Control. And we have a DropDownlistBox that is also binded to another LINQData Source Control and displaying only grouped jobs. The GridView display all the employees who are matching the Job Parameter. This is done through QueryExtender Control. Also we can search for any name in the employee name's through Query Extender control. The code in the HTML goes like: < form id ="form1" runat ="server">     < div >         Select Job: < asp : DropDownList ID ="Job" runat ="server" DataSourceID ="LinqDataSource2...
Post a Comment
Read more

Using GUID or UniqueIdentifiers in SQL Server

In order to differentiate between two rows, we normally use primary keys or identity values which may be same across two tables. In order to overcome this problem we can use a special type named "GUID" . Its a hexadecimal number (Base 16) and the advantage is  that they are unique across all databases and tables.  In SQL Server the same concept is implemented through UNIQUEIDENTIFIER  data type. In order to generate a new value, we use the NEWID() function. For e.g.  a. Creating a table that uses the UNIQUEIDENTIFIER datatype Create table Test ( Empno uniqueidentifier, Ename varchar(20) ) b. Inserting rows in the tables with the use of NEWID() function insert into Test values (newId(),'ABC') insert into Test values (newid(),'XYZ') insert into test values (newid(),'MNO') c. Selecting the rows from the table. Select * from test  Empno                             ...
Post a Comment
Read more

How to Delete Record through Knex.

This post is all about of deleting records through KNEX ORM in Nodejs. The following code shows how to achieve this: knex("depts").where("deptno","50").del() .then(function (count) {     console.log(count); }) .finally(function () {     knex.destroy(); }); The above code deletes a record from a table "Depts" where Deptno = 50. It has a "then" Promise attached that will show how many records were deleted with this command. Also "finally" is the method that will always execute and will close the KNEX connection. Happy Coding !!!
Post a Comment
Read more