GeForce Now cloud gaming streams PC titles to virtually any device, but the input chain is longer than local gaming. your controller input travels through your connection, gets processed on Nvidia’s servers, and streams back to your screen. That means controller latency and connection stability matter more on GeForce Now than on a local machine. A laggy Bluetooth connection or a controller prone to dropouts will compound streaming delay and make games feel unresponsive. We tested these picks specifically for GeForce Now use across PC, Mac, Android TV, and mobile platforms.
| Product | Price | Best For | Rating |
|---|---|---|---|
| Xbox Series X Controller | ~$65 | Best overall GeForce Now | 4.8/5 |
| 8BitDo Ultimate 2C | ~$45 | Best budget low-latency | 4.6/5 |
| PlayStation DualSense | ~$70 | Best for PC/Mac GeForce Now | 4.6/5 |
| Backbone One (Mobile) | ~$100 | Best for mobile GeForce Now | 4.5/5 |
| SteelSeries Stratus Duo | ~$60 | Best Android TV option | 4.2/5 |
Xbox Series X Controller. Best Overall GeForce Now Controller
The Xbox Series X Controller is the safest universal choice for GeForce Now across all platforms. On PC and Mac, wired USB-C delivers zero controller-side latency. The Xbox Wireless Adapter for PC provides 2.4 GHz latency that is competitive with wired. On Android TV and Shield TV, it pairs over Bluetooth reliably. Nvidia’s own Shield Android TV remote pairs excellently with it. XInput support ensures full compatibility with every GeForce Now title regardless of the underlying game’s controller implementation. The reliability and universal compatibility are unmatched.
Find the Xbox Series X Controller on Amazon
8BitDo Ultimate 2C. Best Budget Low-Latency GeForce Now Controller
For GeForce Now players who want to keep total latency as low as possible on a budget, the 8BitDo Ultimate 2C’s 2.4 GHz dongle connection is the key feature. It shaves the controller latency component to near-zero, leaving only the network delay. which is all you can control on the server end. Hall-effect sticks prevent drift from creeping in during long cloud gaming sessions, and the XInput mode ensures smooth compatibility. At this price, it is the smartest performance-per-dollar choice for GeForce Now.
Find the 8BitDo Ultimate 2C on Amazon
PlayStation DualSense. Best for PC and Mac GeForce Now
The DualSense connects via USB-C on PC and Mac for wired zero-latency input, and its Bluetooth connection is among the most stable of any controller for macOS in particular. GeForce Now on Mac benefits from DualSense’s reliable pairing and low Bluetooth latency relative to older PlayStation pads. Haptic feedback works in games that support it natively, adding immersion to streaming sessions. If you primarily use GeForce Now on a Mac or high-spec Windows PC and want premium feel, the DualSense is the pick.
Find the PlayStation DualSense on Amazon
Backbone One. Best for Mobile GeForce Now
GeForce Now on iOS and Android is a genuinely excellent experience with the Backbone One. The Backbone plugs directly into your phone’s Lightning or USB-C port, creating a physical gamepad shell around it with no Bluetooth delay whatsoever. the connection is direct. This eliminates the wireless latency component entirely on mobile, leaving only the network delay. The companion app unlocks additional features. For players who use GeForce Now primarily on iPhone or Android, Backbone One is the most elegant and latency-optimal solution available.
Find the Backbone One on Amazon
SteelSeries Stratus Duo. Best for Android TV GeForce Now
The SteelSeries Stratus Duo is purpose-built for Android TV and Android gaming, making it an excellent match for GeForce Now on Shield TV and other Android TV boxes. It supports both 2.4 GHz wireless (via included dongle) and Bluetooth simultaneously, letting you switch between devices. The layout mirrors Xbox conventions so game mapping works intuitively. Battery life is generous at around 40 hours, and the Stratus Duo pairs quickly without the pairing instability that some generic Bluetooth controllers exhibit on Android TV setups.
Find the SteelSeries Stratus Duo on Amazon
How to Choose a Controller for GeForce Now
The priority for GeForce Now is minimising controller-side latency since you cannot reduce the network delay component. Choose wired USB or 2.4 GHz wireless over Bluetooth wherever possible. every millisecond you remove from controller latency directly improves the feel of streaming. Second, verify platform compatibility: PC and Mac support most controllers, but Android TV and mobile have more specific requirements. XInput support is important on PC for maximum game compatibility. For mobile GeForce Now, a phone-attached controller like Backbone eliminates Bluetooth entirely. Finally, choose ergonomics for extended use. cloud gaming sessions tend to be longer as you settle into a couch-streaming setup.
For general PC gaming controller advice, see our best controller for gaming on PC guide. If you also play Fortnite through GeForce Now, our best controller for Fortnite PC guide applies directly. Full testing details are at our methodology page.
Frequently asked questions
Does GeForce Now work with any controller?+
GeForce Now supports a wide range of controllers across its platforms. On PC and Mac, Xbox and PlayStation controllers work natively via USB or Bluetooth. On Android TV and Shield TV, most Bluetooth controllers pair directly. On iOS and Safari, MFi-certified controllers and Xbox/PlayStation controllers are supported. For the smoothest experience, use a controller with XInput support and a wired or 2.4 GHz connection to minimise added latency on top of streaming delay.
How much does controller latency matter for GeForce Now?+
Controller latency matters significantly when streaming, because it adds on top of the inherent network round-trip delay in cloud gaming. A controller with 10ms Bluetooth latency on top of a 30ms network delay gives you 40ms total. nearly double. Using a wired controller or a 2.4 GHz dongle reduces the controller side of the equation to near-zero, making your total experienced latency as low as possible for the given network conditions.