Troubleshooting Nano Server Microsoft Docs. 3Ds Max 2012 Trial more. Applies To Windows Server 2. This topic includes information about tools you can use to connect to, diagnose, and repair Nano Server installations. Using the Nano Server Recovery Console. Nano Server includes a Recovery Console that ensures you can access your Nano Server even if a network mis configuration interferes with connecting to the Nano Server. Win2k8-SP2-VM-Non-R2.jpg' alt='Windows Serial Console Server' title='Windows Serial Console Server' />You can use the Recovery Console to fix the network and then use your usual remote management tools. When you boot Nano Server in either a virtual machine or on a physical computer that has a monitor and keyboard attached, youll see a full screen, text mode logon prompt. Log into this prompt with an administrator account to see the computer name and IP address of the Nano Server. You can use these commands to navigate in this console Use arrow keys to scroll Use TAB to move to any text that starts with then press ENTER to select. To go back one screen or page, press ESC. If youre on the home page, pressing ESC will log you off. Some screens have additional capabilities displayed on the last line of the screen. For example, if you explore a network adapter, F4 will disable the network adapter. The Recovery Console allows you to view and configure network adapters and TCPIP settings, as well as firewall rules. Note. The Recovery Console only supports basic keyboard functions. Keyboard lights, 1. Only English keyboards and character set are supported. Accessing Nano Server over a serial port with Emergency Management Services. Windows Serial Console Server' title='Windows Serial Console Server' />NPort 5150 Series are 1port RS232, RS422, RS485 serial device servers that are designed to make serial devices networkready in an instant. Emergency Management Services EMS lets you perform basic troubleshooting, get network status, and open console sessions including CMDPower. Shell by using a terminal emulator over a serial port. This replaces the need for a keyboard and monitor to troubleshoot a server. For more information about EMS, see Emergency Management Services Technical Reference. To enable EMS on a Nano Server image so that its ready should you need it later, run this cmdlet New Nano. Server. Image Media. Path PathToMediaenus Base. Path. Base Target. Path. Enabling. EMS. Scenario Steps Description Configured on StoreFront or the Web Interface with Management Console StoreFront server Launch StoreFront Studio, go to Store Manage. Enable. EMS EMSPort 3 EMSBaud. Rate 9. 60. 0This example cmdlet enables EMS on serial port 3 with a baud rate of 9. If you dont include those parameters, the defaults are port 1 and 1. To use this cmdlet for VHDX media, be sure to include the Hyper V feature and the corresponding Windows Power. Shell modules. Kernel debugging. You can configure the Nano Server image to support kernel debugging by a variety of methods. To use kernel debugging with a VHDX image, be sure to include the Hyper V feature and the corresponding Windows Power. Shell modules. For more information about remote kernel debugging generally see Setting Up Kernel Mode Debugging over a Network Cable Manually and Remote Debugging Using Win. Dbg. Debugging using a serial port. Use this example cmdlet to enable the image to be debugged using a serial port New Nano. Cnpj Do Centro De Pagamento Do Exercito'>Cnpj Do Centro De Pagamento Do Exercito. Server. Image Media. Path PathToMediaenus Base. Path. Base Target. Path. Kernel. Debugging. Serial Debug. Method Serial Debug. COMPort 1 Debug. Baud. Rate 9. 60. This example enables serial debugging over port 2 with a baud rate of 9. If you dont specify these parameters, the defaults are prot 2 and 1. If you intend to use both EMS and kernel debugging, youll have to configure them to use two separate serial ports. Debugging over a TCPIP network. Use this example cmdlet to enable the image to be debugged over a TCPIP network New Nano. Server. Image Media. Path PathToMediaenus Base. Path. Base Target. Path. Kernel. Debugging. Network Debug. Method Net Debug. Remote. IP 1. 92. Debug. Port 6. 40. This cmdlet enables kernel debugging such that only the computer with the IP address of 1. The Debug. Remote. IP and Debug. Port parameters are mandatory, with a port number greater than 4. This cmdlet generates an encryption key in a file alongside the resulting VHD which is required for communication over the port. Alternately, you can specify your own key with the Debug. Key parameter, as in this example New Nano. Server. Image Media. Path PathToMediaenus Base. Path. Base Target. Path. Kernel. Debugging. Network Debug. Method Net Debug. Remote. IP 1. 92. Debug. Port 6. 40. Debug. Key 1. 2. 3. Debugging using the IEEE1. FirewireTo enable debugging over IEEE1. New Nano. Server. Image Media. Path PathToMediaenus Base. Path. Base Target. Path. Kernel. Debugging. Fire. Wire Debug. Method 1. 39. 4 Debug. Channel 3. The Debug. Channel parameter is mandatory. Debugging using USBYou can enable debugging over USB with this cmdlet New Nano. Server. Image Media. Path PathToMediaenus Base. Path. Base Target. Path. Kernel. Debugging. USB Debug. Method USB Debug. Target. Name Kernel. Debugging. USBNano. When you connect the remote debugger to the resulting Nano Server, specify the target name as set by the Debug. Target. Name parameter.