![]() ![]() Within a few seconds, a generic entry named "Wireless controller" should pop up in your Bluetooth devices list in Windows to connect to. On the DualSense, hold down the PlayStation logo button and the Share button (the small one to the left of the touchpad) until the LEDs around the touchpad begin flashing rapidly. To get connected, open the "Bluetooth & other devices" menu in Windows by pressing the Windows key and typing "Bluetooth." Then click "Add Bluetooth or other device" and the first item on the next menu that says "Bluetooth." Your PC will start searching for available devices. To use the DualSense via Bluetooth, you'll need a USB Bluetooth adapter (or a motherboard with Bluetooth built-in). If you need to buy a cable, here's a two-pack from Anker for ~$10. Bummer! Get your hands on a cable, plug it in, and you're on your way. While the PlayStation 5 console comes with one packed in, the DualSense sold by itself doesn't. To connect the controller to your PC via USB, you're going to need a USB Type-C to USB-A cable for your PC (or a USB Type-C to Type-C cable if you happen to have a convenient port available). The deadzone will remain active if the button combination is disabled.Connecting: Wired or Bluetooth How do I use DualSense controller on PC? To disable the deadzone button combination, deselect the option through the system tray menu. Xb2XInput does remap the remaining useable range of the axes from origin to max extent. A setting of 3500-4000 works well on my XBOX Controller v2 (US), but ymmv. For example, to increase the left analog stick deadzone radius use the button combination LT+RT+LS+DPAD Up (Keep pressing DPAD Up while holding LT+RT+LS to increase by increments of 500). The current deadzones will be displayed in the context menu each time it is displayed (not live updating). The deadzone may be set individually on each controller. Similarly to the Guide button emulation, use the LT+RT+(LS/RS)+DPAD Up/Dn combinaiton for analog stick deadzone and (LT/RT)+LS+RS+DPAD Up/Dn for trigger deadzone adjustment. ![]() ![]() Not tied to Xbox - can be used to add support for pretty much any kind of controller.While it's not fully user-mode as it needs the ViGEmBus driver to be installed, ViGEmBus does have its advantages over the other drivers: (major thanks to MTCKC for their ProconXInput project!) Sadly there doesn't seem to be much work done on something like that for Windows, but luckily others have worked on user-mode solutions for other kinds of controllers, which wasn't too hard to adapt to the Xbox OG controllers. I decided to try looking into a user-mode solution instead, something with a smaller chance of taking my whole system down at will, ideally something that supports both Xbox OG controllers and XInput. Keeping unsigned drivers enabled is a bit too risky for me though, and I also found those drivers have some issues of their own too (a controller driver shouldn't be able to cause BSoDs!).īoth of those only support DirectInput too, requiring another third-party app to translate that to XInput (with the best solution I found needing the app to be installed per-game.) With those my only solution was to edit the driver files, breaking any signature on them and forcing me to run Windows with unsigned driver support enabled. While there's already solutions such as XBCD or the signed Mayflash driver for this, unfortunately neither included support for my Madcatz controller out-of-the-box. Xb2XInput is a small application that can translate the input from an Xbox OG controller over to a virtual XInput/DirectInput device for games to make use of, without needing any unsigned drivers to be installed! Xb2XInput - user-mode Xbox OG controller driver for Windows ![]()
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