The Steam Link was built for the Steam Controller, but Valve has added support for others, including the beloved Xbox One controller. Recent firmware updates have allowed native vibration support. Here’s how to enable it.
Previous limitations on the Bluetooth connection meant that the official Xbox One controller couldn’t support the “rumble” functions of games on anything except the PC with the official wireless dongle or a direct wired connection. But if you update the firmware of the controller itself, either through the Xbox One console or Windows 10, you can enable vibration over Bluetooth as well. Flip a few settings on the Steam Link streaming device, and you’re ready to play vibration-enabled PC games remotely with the de facto standard controller.
What You’ll Need
First, only the latest revision of the Xbox One controller includes Bluetooth—the previous revision isn’t compatible with the Steam Link. This new design is sometimes labelled the “Xbox One S Controller.” You can tell them apart because the updated version molds the Xbox button area into the plastic of the primary shell, while the old version has a separate glossy section that molds into the shoulder buttons. Like this:
If you have the controller on the left, you’re good to go. Note that both designs come in a variety of colors and patterns.
You’ll also need a Steam Link with an active network connection to your local PC and the Internet, and a microUSB cable. You can update your controller’s firmware with Windows 10 or the Xbox One console.
Phoronix: Steam Controller Linux Kernel Driver Updated To Work Happily With The Steam Client Last month we reported on a kernel driver being worked on for. Login or Sign Up. For some time now the config screen for the SC is available outside Big Picture. And of course it works normally outside BP too. Out of curiosity, witch one of the. Mar 20, 2015 - Will the controller be customizable outside of Steam? Will the driver store your changes so you can fine tune the controller even if you're not on.
Step One: Update Controller Firmware
First, you’ll need to make sure that your Xbox One controller is running the latest firmware, which enables vibration over Bluetooth. If you’re updating via the PC, you’ll want to make sure you’ve downloaded the official Xbox Accessories app from the Microsoft Windows 10 store.
Launch the app, then plug your Xbox One controller into your PC with a MicroUSB cable. In the main menu of the app, click “More Options.”
Click the text that starts with “Firmware version:” to check for the latest update. The one you see in the screenshot—3.1.1221.0—is the latest at the time of writing; anything later than that should have vibration over Bluetooth enabled.
Download torrent x360 games usb drive. If your controller’s current firmware is older than the latest update, the app will download and install it over the MicroUSB connection automatically.
If you’re using an Xbox One console to update your controller, turn on the console and connect the controller. Open the main menu by pressing the Xbox button in the center of the controller, and then head to System > Kinect & Devices > Devices & Accessories. Choose the controller you’re planning to use with the Steam Link, and then select Device Info > Firmware Version > Continue. The console will download the latest version of the firmware and install it wirelessly.
Depending on how your Steam Link is configured, the controller firmware might be all you need to enable rumble functionality in PC games that support it. If not, follow the steps below next.
Step Two: Switch To the Modern Xbox Controller Driver on the Steam Link
Now you’ll need to switch to your Steam Link and enable the latest driver for your controller. Turn on the device and connect your controller if you haven’t already, but don’t connect to your PC yet. Go into the main Steam Link settings menu, and then select Settings > System.
On the latest versions of the Steam Link software, you should see an option to “Switch to Modern Xbox Controller Driver.” Select it. The menu will prompt you to restart the Steam Link device, so go ahead and do that. (If you don’t see this option, select “Check for updates” to update the main Steam Link OS, and then repeat Step Two when the update is done.)
When your Steam Link is successfully rebooted and your Xbox One controller is connected to it, connect to your gaming PC and enter Steam’s Big Picture Mode.
Step Three: Configure Your Games
With both your controller and your Steam Link updated, it’s time to configure individual games to enable the vibration function. In Big Picture mode, select any game that features native controller support.
In the game’s Steam Big Picture menu, select Manage Game > Controller Options.
In the “Use Steam Configuration for Non-Steam Controllers” dropdown menu, choose the “Global Setting (Xbox/Switch)” function. In the “[Experimental] Rumble Emulation” dropdown, choose the “On” setting.
Most games should have these settings enabled by default, and you won’t need to change them, but remember where these settings are in case your vibration feedback goes away. You also can change the rumble emulation frequency setting for more or less intense vibration.
Now start up your game and test out the function! You should get vibration feedback in more or less exactly the same game scenarios through the Steam Link as you do when playing with a controller connected directly to your PC.
If you’re not feeling any vibration, go through the steps above again and make sure everything is properly configured. Keep in mind that if your controller batteries are low, you might not have enough power left for the vibration motors to engage. Recharge or swap in a fresh battery and try again.
The Steam controller is intimidating. It’s not the keyboard and mouse we’ve been using as PC gamers for years and years, but it’s not a regular gamepad, either. The shape is different. The trackpads are unique. And getting the most out of the controller takes some serious software customization—picking control profiles, tweaking sensitivities and dead zones and input styles. Without a lot of trial and error, there’s no way to know which control scheme works best for which game.
If you haven’t spent much time with the Steam Controller, you might not know that it has a great gyroscope feature for controlling movement by tilting the controller. Or that you can bind inputs to the outer rim of the trackpads. The Steam Controller can do many, many things that a normal gamepad can’t do, but if you use it in its default configurations, you’re often just playing with standard gamepad controls plus trackpad mouselook.
Enter this guide: our goal is to help you understand the fundamentals of the Steam Controller, how each trackpad mode works, and dig into some more advanced configuration.
Page 1: The basics of the Steam Controller
Page 2: Every Steam Controller input style explained Page 3: The most important input style options and tweaks Page 4: Configuring Action Sets and other pro tips Steam Controller basics
You can rebind any and all buttons on the Steam Controller to any other command from a keyboard, mouse or Xinput gamepad. These can be mixed and matched in any combination for whatever game you choose to play. To customize the Steam Controller, launch Steam Big Picture mode.
You can open the controller configuration menu regardless of whether a game is running. Simply navigate your library until you find the game you want to configure and press A, select ‘Manage game,’ and then finally ‘Configure controller.’
When a control surface is highlighted there will be a blue line pointing to the control surface that applies. Selecting any of these will open the customization menu for that control surface. This is where all of the settings or options for each input style will be. Many of these will also contain an advanced setting button at the bottom right of your screen.
Basic input binding
For basic input binding, select the ABXY button block and hit A to enter its customization menu. Choose the button you want to bind an input to, and then press a keyboard, mouse, or gamepad input to complete the binding. This is the most basic Steam Controller customization, and probably the one you’ll be doing the most.
A more advanced feature of the binding menu is the ability to double bind each key press. By simply hitting the Y button on your Steam Controller you can now select more than one command. Binding Alt + Tab together, for example, would be convenient when using Steam Big Picture to navigate the desktop.
A couple default bindings that are good to know: pressing the Steam icon button + Select will bring up the on-screen keyboard. Steam icon + Right trigger will snap a screenshot.
The dual-stage triggers
Like the GameCube controller, the Steam Controller has dual-stage triggers that click when you fully depress them. You can, for example, set a soft pull of the trigger to aim down sights in a first-person shooter, and a full click to fire. The Steam Controller is good at minimizing how much you have to use the ABXY buttons by taking your thumb off the pads, and these triggers can help with that.
Mode shifting
Mode shifting lets you bind more commands to the controller than is typically possible. As you hold a specific button on the pad—left grip, for example—it will completely switch the configuration of one specific control surface like the left pad to something completely different. Imagine shifting the left pad from its normal D-pad to a touch menu. Another great use for this is in games that have weapon wheels and need genuine analog input from the right stick to select the weapons and won’t work with the mouse.
Wolfenstein: The New Order is an example. Normally, you would want the right pad to be set to a mouse mode so you can have accurate aiming in firefights, but as you press the right bumper to bring up the weapon wheel, you can’t use the mouse for selecting weapons. If you set the right bumper to also shift the right pad to the 'Joystick move' or 'Joystick camera' input styles you’ll get the proper analog stick movement for this wheel without losing mouse aiming.
To use mode shifting, select the configuration for one controller input, and select mode shifting at the top right of the config menu. After this, you will notice that the whole config changes to a blank one, with the addition of an option for selecting which button you would like to use for shifting this input. From here, you just configure the shift in the same way you would normally and choose a button to actually perform the shift.
Steam Controller Driver Outside Of Steam System
On the next page we dig into each type of input on the Steam Controller, how they work, and when you should use them.
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