EasyBCD fully supports loading Windows PE from both mutable and immutable sources. Windows PE can be either in the form of a single .WIM file1, an “extracted ramdisk” layout which is basically the contents of a WIM extracted to a local folder, or from a VHD image.
As Windows PE is often used as the environment for repair and recovery software, it is often useful to set up a bootable USB to boot into Windows PE sources.
Solution 2: Enable or Disable Windows Boot Manager via System Properties. Step 1: Press “Win” + “R” key to open “Run” command box. Step 2: Type in: sysdm.cpl. Step 3: When the “System Properties” pops up, select “Advanced” option. Then click “Settings” under “Startup and Recovery”. With Windows 10, Microsoft has come up with built-in support for Intune data protection policies. This is a two-part series. In this 1st part, we look at how and to what extent we can safeguard corporate data on Windows 10 workgroup machines (BYOD) with Windows Information Protection and Applocker.
Best new Windows 10 security features: Improvements to Intune, Windows Defender Application Guard Here's what you need to know about each security update to Windows 10 as they roll out from Microsoft. Windows updates can solve a number of issues including Graphics card drivers. Press the “Win + I” keys to open the Windows 10 Settings and click the “Update & Security” option. Windows Settings. Under the “Windows Update”, click the “Check for updates” button on the center pane.
Type
As mentioned earlier, EasyBCD can load Windows PE either from a WIM archive or from a WIM file that has been extracted to a folder (or, for that matter, the folder from which a WIM file was once made). If you have a .WIM file (examples: install.wim is on Windows Vista/7/8 setup DVDs and contains the Windows installer, boot.wim is normal for bootable repair CDs) you’ll need to choose the “WIM Image (Ramdisk)” option. If you’re trying to load Windows PE from a folder that contains the contents of what should be a WIM file, you’ll need to use the “extracted filesystem” option here instead.
Name
Assign a name to appear in the list of operating systems at boot time to represent this Windows PE entry in the BCD.
Path
Browse for the .WIM file (or the folder containing the extracted WIM file if using that option). If you’re trying to create a “swiss-army USB,” the .WIM file must be located on the same USB. Otherwise, the .WIM file can be loaded from anywhere accessible to your PC at boot time (i.e. local disks, no network shares, etc.).
EMS Enabled
For advanced use only, indicates that “Emergency Management Services” will be enabled. EMS allows for remote administration of a machine (typically for servers).
Force Portable Entry
Deprecated. Newer versions of EasyBCD automatically determine whether an entry is being created for use as part of a bootable “swiss army USB” or not.
WIM stands for Windows Imaging Format. Unlike other filesystem containers such as VHD or squashfs, WIM is a file-level imaging format, meaning the lowest level of information it models pertains to files and not, say, the underlying bytes or blocks. ↩
Emergency Management Services (EMS) technology allows you to control the selected components of servers remotely, even when a server is not connected to the network or to other standard remote-administration tools. EMS is supported on all versions of Windows Server 2003 operating systems for x86-, x64-, and Itanium-based computers.
Note
This topic explains how to enable EMS on computers running Windows Server 2003. The boot parameters described in this section are not supported on Windows Vista or later versions of Windows.When a boot entry is configured for EMS on a computer with BIOS firmware, the boot loader appends a bracketed phrase, [ems enabled], to the friendly name that appears on the boot menu. However, the boot loader omits the bracketed phrase from the boot menu when the friendly name and the bracketed phrase together exceed 70 characters. To restore the bracketed phrase, shorten the friendly name.
To determine whether a computer has ACPI firmware, use Device Manager (devmgmt.msc). In Device Manager, expand the Computer node. On computers with ACPI firmware, the name of node under Computer includes the word, ACPI.
Enabling EMS on a computer without an ACPI SPCR table in operating systems prior to Windows Server 2008
To enable EMS console redirection on a computer that has BIOS firmware, but does not have an ACPI Serial Port Console Redirection (SPCR) table, add the redirect=COMx and the redirectbaudrate= parameters to the [boot loader] section of the Boot.ini file. These parameters set the port and transmission rate for EMS console redirection. Use the same port and transmission rate that are established for out-of-band communication in the BIOS. Then, add the /redirect parameter to a boot entry.
The following Bootcfg command enables EMS console redirection on the first boot entry in the list. It sets the port for COM2 and sets the transmission rate to 115,200 kilobits per second (Kbps). These are the same port and baud rate settings that the administrator set in the BIOS for the out-of-band port.
The following Bootcfg display shows the result of the command. The newly added parameters are displayed in bold type.
The following sample shows the result of the same command on a sample Boot.ini file.
Enabling EMS on a Computer without an ACPI SPCR Table in Windows Server 2008
To enable EMS console redirection on a computer that has BIOS firmware, but does not have an ACPI Serial Port Console Redirection (SPCR) table, use the BCDEdit /emssettings command to set the COM port and baud rate.
These parameters set the global port and transmission rate for EMS console redirection. Use the same port and transmission rate that are established for out-of-band communication in the BIOS.
Then, use the BCDEdit /ems command to enable EMS for a boot entry.
The following commands set the global EMS redirection settings to use COM2 and a baud rate of 115200, and enable EMS for the specified boot entry.
Enabling EMS on a computer with an SPCR table in operating systems prior to Windows Server 2008
To enable EMS on a computer with ACPI BIOS firmware and an ACPI SPCR table, you can either use the redirect=USEBIOSSETTINGS parameter or the redirect=COMx and redirectbaudrate= parameters. Then, you can add the /redirect parameter to a boot entry.
The following example demonstrates use of the redirect=USEBIOSSETTINGS parameter. The following Bootcfg command enables EMS console redirection on the first boot entry in the list.
The following Bootcfg display shows the result of the command. The newly added parameters are displayed in bold type.
The following sample shows the result of the same command on a sample Boot.ini file.
Enabling EMS on a Computer with an SPCR Table in Windows Server 2008
To enable EMS on a computer with ACPI BIOS firmware and an ACPI SPCR table, you can use the BCDEdit /emssettings and specify either the BIOS parameter or the emsport and emsbaudrate parameters. To enable EMS for a boot entry, use the BCDEdit /ems command.
The following example demonstrates how to use the BIOS parameter. The following BCDEdit command enables EMS console redirection on the current boot entry.
Enabling EMS on a computer with EFI firmware in operating systems prior to Windows Server 2008
To enable EMS on a computer with EFI firmware, use Bootcfg to add the /redirect parameter to a boot entry. Windows finds the out-of-band port and its settings in the firmware by reading the SPCR table and uses the same port and rate for EMS console redirection.
The following Bootcfg command enables EMS redirection on an Itanium-based computer. It uses the Bootcfg /ems switch with the ON argument to add the /redirect parameter to the boot entry. The /id switch identifies the boot entry.
The following Bootcfg display of boot options in EFI NVRAM shows the result of the Bootcfg command. The first boot entry is configured to load the operating system with EMS console redirection enabled.
Enabling EMS on a Computer with EFI Firmware in Windows Server 2008
To enable EMS on a computer with EFI firmware, use the BCDEdit /ems command and specify a boot entry. Windows finds the out-of-band port and its settings in the firmware by reading the SPCR table and uses the same port and rate for EMS console redirection.
The following command enables EMS console redirection on the specified boot entry that has the identifier of {18b123cd-2bf6-11db-bfae-00e018e2b8db}.
Changing EMS Settings on a Computer with BIOS Firmware in Operating Systems prior to Windows Server 2008
When you configure EMS on a single boot entry, add the redirect= parameter to the [boot loader] section of the Boot.ini file. However, when you enable EMS on additional boot entries, you do not need to add the redirect= parameter again. Like all entries in the [boot loader] section, redirect= (and redirectbaudrate=) applies to all boot entries on the computer.
The following Bootcfg command enables EMS on the second boot entry. Because the port and baud rate are already set, there are no /port or /baud switches in the command.
To change the port and baud rate settings, use the Bootcfg /ems switch with the EDIT argument. The following command changes the EMS port to COM1 and changes the baud rate to 57,600 Kbps.
To disable EMS on a boot entry, use the Bootcfg /ems switch with the OFF argument. The following command disables EMS on the first boot entry.
If EMS is not enabled on any other boot entries, Bootcfg also deletes the EMS port and baud rate settings from the [boot loader] section of the Boot.ini file.
Changing EMS Settings on a Computer running Windows Server 2008
When you configure EMS on a boot entry on a computer that has ACPI BIOS firmware and an ACPI SPCR table, you can use the BCDEdit /emssettings command and specify either the BIOS option or the emsport and emsbaudrate options. If you use the BIOS option, do not set the emsport or emsbaudrate options.
When you configure EMS on a computer that has EFI firmware, or with ACPI BIOS firmware and without an ACPI SPCR table, you can use the BCDEdit /emssettings command and specify the emsport and emsbaudrate options.
The emsport and emsbaudrate options set the serial port and transmission rate for EMS console redirection. These settings apply to all boot entries on the computer. To use emsbaudrate, you must also set the emsport option. By default, the transmission rate is set to 9600 (9,600 Kbps).
For example, the following command changes the EMS port to COM2 and changes the baud to 57,600 Kbps.
To enable or disable EMS on a boot entry, use the BCDEdit /ems command.
For example, the following command enables EMS on a specific boot entry that has an identifier of {173075c9-2cb2-11dc-b426-001558c41f5c}..
To disable EMS on the current boot entry, use the following command.
Note
Ems Enabled Windows 10
Each boot entry uses a GUID as an identifier. If you do not specify an identifier, the BCDEdit command modifies the current operating system boot entry. If a boot entry is specified, the GUID associated with the boot entry must be enclosed in braces { }. To view the GUID identifiers for all the active boot entries, use the bcdedit /enum command.