Seamless Gaming and Computing: Activating Your Graphics-Intensive PC Remotely


“As an individual with two PCs, one of which is a primary machine (PC A) running Windows 11 without a graphics card, and the other (PC B) also on Windows 11 but equipped with a graphics card for gaming and running stable diffusion tasks, I’m seeking expert advice on remote management. Specifically, I wish to understand the feasibility of powering on PC B from PC A using either a LAN or WLAN connection. Additionally, I would like to know the necessary hardware requirements, as well as any BIOS configuration changes that would enable such remote operation for gaming or stable diffusion purposes. Could you provide guidance on how to set up and execute this?”


Enabling Remote Power Management Between Two Windows 11 PCs

In the realm of remote PC management, the ability to power on a secondary PC (PC B) from a primary one (PC A) over a network is a highly sought-after convenience. This capability not only enhances workflow efficiency but also opens up possibilities for remote gaming and computational tasks such as stable diffusion. Let’s delve into how this can be achieved on two PCs running Windows 11.

Wake-on-LAN (WoL): The Key to Remote Powering

The technology at the heart of this operation is Wake-on-LAN (WoL). WoL is a network standard that allows a computer to be turned on or awakened by a network message called a “magic packet.” These packets are typically sent from a program within the local network and can even be dispatched over the internet if properly configured.

BIOS Configuration: Laying the Groundwork

To begin, you’ll need to access the BIOS settings on PC B, the target computer. During startup, press the designated key (often Del or F2) to enter the BIOS menu. Navigate to the Power Management settings and look for the Wake-on-LAN feature. Ensure that it is enabled. Save your changes and exit the BIOS.

Windows Settings: Fine-Tuning for Remote Start

Within Windows 11 on PC B, you’ll need to adjust the network adapter settings. Open Device Manager, locate your network adapter, right-click, and select Properties. Under the Advanced tab, find “Wake on magic packet” and enable it. Additionally, under the Power Management tab, ensure that the options to allow the device to wake the computer are checked.

Necessary Hardware: Ensuring Compatibility

For hardware, both PCs should ideally be connected to the network via Ethernet, as WoL is more reliably supported over wired connections. However, some wireless adapters do support a variant known as Wake-on-Wireless-LAN (WoWLAN), though compatibility should be confirmed with the hardware manufacturer.

Remote Management Software: Bridging the Distance

On PC A, you’ll need remote management software capable of sending WoL packets to PC B. Numerous tools offer this functionality, including TeamViewer, AnyDesk, and various dedicated WoL utilities. These programs will require the MAC address of PC B’s network adapter, which can be found in the network settings or using a command prompt with the command `ipconfig /all`.

Execution: Bringing PC B to Life

With all settings in place, you can use the remote management software on PC A to send a WoL packet to PC B. If everything is configured correctly, PC B should power on, allowing you to remotely access it for gaming or running stable diffusion tasks.


Setting up remote power management between two PCs requires a bit of initial configuration but can significantly streamline your remote operations. By enabling WoL in the BIOS, adjusting network adapter settings in Windows, and using the appropriate software, you can enjoy the convenience of remotely powering on your secondary PC from anywhere within your network.

This guide should provide you with a comprehensive understanding of the steps and requirements to achieve remote power management between your two Windows 11 PCs. Happy computing!

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