You’ll also get the best possible CPU performance in this mode, since it doesn’t have to share power with the GPU, so it’s also ideal for CPU-intensive, non-gaming tasks like code compilation. Eco mode: This option completely disables the dedicated graphics chip for maximum battery life with minimal heat and noise.In this mode, Windows decides when to use the discrete GPU, disabling it during low-power tasks and routing GPU frames through the integrated graphics during gaming and other graphics-heavy tasks. Standard (Windows default): In this mode, the MUX Switch toggles back to Microsoft’s standard power management, also known as MSHybrid. ![]() This will draw more power, so it won’t provide the best battery life of all of the options, and you will need to reboot for the changes to apply. Ultimate: This new discrete GPU mode uses the MUX Switch to give you the best possible latency and performance for competitive games.You can also head to the Device section, click System, and view the GPU Power Saving tab to see all four modes at once. ![]() You’ll see the GPU Mode option here, which lets you cycle through the four modes available to you. Open the Armoury Crate application, make sure it’s up to date, and look at the System Configuration box in the lower right-hand corner. This discrete GPU mode was previously available as its own "MUX Switch" setting, but for our 2022 laptops, it's now integrated in to our existing suite of GPU Power Saving options. How to toggle the MUX Switch in Armoury Crate But in a competitive game where every millisecond counts, you can enable a discrete GPU mode in Armoury Crate to get the best gaming performance possible. That way, when battery life is crucial, your machine will act accordingly. This microchip allows the dedicated GPU to bypass the CPU and push its frames directly to the display, reducing latency and boosting framerates by an average of 9% in our testing-though some games, like Rainbow Six Siege, saw more than a 30% boost. We first added MUX switches to our flagship laptops in 2018, but in 2022, we brought them to the entire lineup. You’ll still get great performance, but you won’t be able to push that graphics chip to its absolute max. There’s a minor downside to this approach, though: since everything has to pass through the CPU, the GPU isn’t able to give 100% of its horsepower to those intense gaming sessions. After all, if you’re only performing low-power tasks, why let your GPU draw power it doesn’t need? This has a few advantages, primarily in the realm of power usage: by communicating with each other in this way, your laptop can turn the dedicated graphics on and off as needed, which can more than double your battery life. Typically, your laptop’s dedicated GPU will render the frame, then route it through your CPU’s integrated graphics before sending it to the display. Modern gaming laptops work a bit differently. This provides low latency with little performance overhead, giving you that split-second chance to see your enemies before they see you. When the GPU finishes rendering a frame, it sends it straight to your screen-where it’ll appear right away (provided you’re using a G-SYNC or FreeSync-capable display). ![]() On a desktop PC with dedicated graphics, your monitor is hooked up directly to the graphics card. Starting in 2022, we've expanded our entire laptop lineup to include a MUX switch. Every time we build a laptop, we tirelessly re-configure and re-test prototype machines to maximize performance from the CPU and GPU, and now we’ve added a new hardware component to help take performance even further. In a frenetic firefight, a few frames can mean the difference between triumph and defeat.
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