There are a lot of ways to control a PC game in 2026. Wired Xbox pad, wireless DualSense, Steam Deck-style devices, Bluetooth retro gamepads, and an increasingly large category of “use your phone” apps. The choice matters more than people give it credit for: a 15 ms latency penalty is the difference between landing a parry in Sekiro and dying again, and a flaky wireless connection is the difference between “couch gaming setup I love” and “the cable goes back in next week.”

This article is the most thorough comparison we could put together of the top 15 PC gamepads and virtual-gamepad apps, plus our own Dish. Measured on the same network, with the same gaming PC, against the same reference inputs. We’ll lay out the full table first and then walk through each category.

If you only want the summary: wired Xbox is the latency floor, Wi-Fi UDP (Dish) ties it wirelessly, dongle-based 2.4 GHz is close behind, Bluetooth is in third place, and TCP-based “Remote Gamepad” apps are a distant fourth.

The lineup

Each card below shows the controller’s typical end-to-end latency on a healthy home LAN, color-coded so you can scan: cyan is sub-10 ms (wire-tier), gold is 10–19 ms (most Bluetooth pads), magenta is 20 ms and above (TCP-based phone apps, video-stream input). Dish is at the top and called out as our pick; the rest of the list is by category, not ranked.

• Dish + Satellite

  Our pick
  3–9 msLAN
  • Wi-Fi UDP
  • 250 Hz
  • 16 pads
  • $0
  • LGPL-3.0

• Xbox Wireless Controller (USB)

  4–6 msWired
  • Wired
  • 250 Hz
  • Up to 4
  • $59.99
  • Closed

• Xbox Wireless Controller (Xbox dongle)

  5–8 ms2.4 GHz
  • 2.4 GHz
  • 250 Hz
  • 8 pads
  • $59.99 + dongle
  • Closed

• PlayStation DualSense (USB)

  4–6 msWired
  • Wired
  • 250 Hz
  • Up to 4
  • $69.99
  • Closed

• PlayStation DualSense (Bluetooth)

  12–18 msBT
  • Bluetooth
  • ~125 Hz
  • Up to 4
  • $69.99
  • Closed

• Nintendo Switch Pro Controller (BT)

  14–22 msBT
  • Bluetooth
  • ~125 Hz
  • Up to 4
  • $69.99
  • Closed

• Steam Controller (proprietary 2.4 GHz)

  10–15 ms2.4 GHz
  • 2.4 GHz
  • ~250 Hz
  • 4 pads
  • $150–$250 resale
  • Discontinued

• 8BitDo Pro 2 (BT)

  12–18 msBT
  • Bluetooth
  • 125 Hz
  • 1 pad (BT)
  • $49.99
  • Closed

• 8BitDo Ultimate Wireless 2.4G (dongle)

  4–8 ms2.4 GHz
  • 2.4 GHz
  • ~500 Hz
  • 1 per dongle
  • $69.99
  • Closed

• Razer Wolverine V2 Chroma (USB)

  4–6 msWired
  • Wired
  • 250 Hz
  • 1 pad
  • $149.99
  • Closed

• Scuf Reflex (Bluetooth)

  12–18 msBT
  • Bluetooth
  • ~125 Hz
  • Up to 4
  • $229–$299
  • Closed

• PowerA Fusion Pro Wireless (Xbox dongle)

  5–8 ms2.4 GHz
  • 2.4 GHz
  • 250 Hz
  • Up to 4
  • $89.99
  • Closed

• Logitech F710 (proprietary 2.4 GHz)

  8–12 ms2.4 GHz
  • 2.4 GHz
  • ~125 Hz
  • 1 per dongle
  • $34.99
  • Closed

• Steam Link Mobile (input-only mode)

  25–60 msWi-Fi
  • Wi-Fi (TCP/UDP)
  • ~60 Hz
  • 1 pad
  • Free
  • Closed

• Moonlight (built-in input forwarding)

  8–18 msWi-Fi
  • Wi-Fi UDP (ENet)
  • 250 Hz
  • 4 pads
  • Free
  • GPL-3.0

• "Remote Gamepad" / Monect / PC Remote category

  25–80 msWi-Fi
  • Wi-Fi TCP
  • 30–60 Hz
  • 1 pad
  • Free w/ ads
  • Closed

A few things jump out:

• Wired and Wi-Fi UDP are tied for first. Dish’s network path is fast enough that it doesn’t lose meaningfully to a USB cable. The 8BitDo Ultimate’s 2.4 GHz dongle is right there too.
• Bluetooth is consistently the slowest among “real” gamepads. Adds 8 to 14 ms over wired due to its 125 Hz polling and shared 2.4 GHz airtime.
• TCP-based phone-as-controller apps are the worst of the lot. The architecture is wrong for input. TCP retransmits stall the stream.

The rest of this article walks through what each row means and how to think about the trade-offs.

How to read the latency column

A few definitions, because comparison articles get this wrong constantly:

• Polling rate is how often the host samples the controller. 125 Hz = every 8 ms. 250 Hz = every 4 ms. 500 Hz = every 2 ms. 1000 Hz = every 1 ms.
• Wireless latency is the time from a button press registering on the controller’s MCU to the host computer receiving the input event.
• Total finger-to-game is wireless latency + game’s input poll wait + render frame + display output. Add ~16 ms for a 60 Hz display, ~8 ms for 120 Hz.

A 4 ms difference at the input layer is small but real, and it stacks. If you’re playing at 60 Hz with a 17 ms Bluetooth gamepad, your worst-case finger-to-pixel latency is around 50 ms. With a wired or Dish controller, it’s around 30 ms. That’s the difference between feeling like “this is responsive” and “I keep mis-timing things.”

Category 1: First-party wired gamepads

The Xbox Wireless Controller and PlayStation DualSense both have very good wired modes. Plug into USB, get 250 Hz polling and 4 to 6 ms input latency. There’s nothing meaningful between them. Pick whichever shape feels better in your hand.

The DualSense’s adaptive triggers and HD haptics work in PC games that have been specifically updated for them (a small but growing list). The Xbox pad has wider OS-level support and “just works” with every PC game ever made.

These are the latency floor. Anything wireless is trying to match this.

Category 2: First-party wireless gamepads (Bluetooth)

Both pads in Bluetooth mode drop to ~125 Hz polling, which adds 4 to 8 ms of average wait. Add another 4 to 8 ms for radio overhead and OS HID stack delivery. Total wireless latency: 12 to 18 ms typical, occasionally spiking to 25 ms in congested 2.4 GHz environments.

This is fine for slow games. It’s noticeable in fighters, rhythm games, and any 60+ fps shooter. Switch Pro is the worst offender of the three first-party pads here. Its Bluetooth implementation is the oldest.

Category 3: First-party wireless gamepads (proprietary 2.4 GHz)

Microsoft’s Xbox Wireless dongle, the small white USB-A receiver, separate from generic Bluetooth, uses a proprietary 2.4 GHz protocol that’s tuned for the controller specifically. Latency is 5 to 8 ms, very close to wired.

If you have an Xbox One / Series controller and a Microsoft Xbox Wireless dongle, this is genuinely a great option for desktop play. Range is one room reliably, two with line of sight.

PlayStation does not ship an equivalent dongle for PC. The third-party “DualSense Edge dongle” some retailers sell is a re-marketed generic Bluetooth, not a true 2.4 GHz proprietary radio.

Category 4: The Steam Controller

Discontinued in 2019. Resale prices are $150 to $250 for a controller that originally cost $50. The trackpads plus gyro setup is genuinely unique and irreplaceable for some game genres. Latency in wireless mode is in the 10 to 15 ms range. Fine, not exceptional.

If you have one and love it, keep it. If you don’t, don’t pay scalper prices. Dish does most of the same job, free, and faster. Read our full Steam Controller comparison.

Category 5: 8BitDo

Best-loved third-party gamepads on PC, deservedly. The Pro 2 is excellent in Bluetooth mode for retro, 2D, and casual play. The Ultimate Wireless 2.4G is exceptional in dongle mode: 4 to 8 ms latency, comparable to wired.

The 8BitDo Ultimate Software does include opt-out telemetry. The Bluetooth and dongle protocols don’t have documented encryption.

If you want a real physical gamepad and have $50 to $70 to spend, an 8BitDo is a great choice. Use Dish alongside it to extend its range across your house. See our full 8BitDo comparison.

Category 6: Premium / “pro” pads (Razer, Scuf, PowerA)

These are essentially nicer-built first-party pads with custom button kits, hair triggers, and back-paddles. Latency-wise they’re not better than a stock Xbox or DualSense pad in the same connectivity mode. Bluetooth is still ~125 Hz, dongle is still ~250 Hz. You’re paying $100 to $300 for build quality, not for input speed.

If you’re a competitive player who has measured a real benefit from a Scuf, you already know whether you want one. For everyone else, the latency advantage is zero over the standard pad.

Category 7: Legacy 2.4 GHz (Logitech F710)

The Logitech F710 is the survivor from the era when “wireless USB controller” meant a vendor-proprietary 2.4 GHz dongle. Polling is 125 Hz, latency 8 to 12 ms. It still works with most PC games (it presents as an Xbox 360 pad via the included driver).

It’s cheap and ubiquitous and Logitech keeps shipping it because there’s still demand. It’s worse than a Bluetooth Xbox / PS pad on every axis except price.

Category 8: Steam Link Mobile

Free Android / iOS app from Valve that streams a Steam game from your PC to your phone, including controller input. Two modes:

1. Stream the whole game (video + audio + input). Input latency dominated by video decoding pipeline, 25 to 60 ms.
2. Input-only mode (less commonly used). Uses Steam’s controller forwarding without streaming video, latency 15 to 35 ms.

Either way, it’s slower than Dish because the Steam Input layer adds hops, and the polling rate is locked to ~60 Hz. Excellent for actually streaming games. Mediocre as a pure-controller substitute.

Category 9: Moonlight (built-in input forwarding)

Moonlight is excellent. As a video stream client paired with Sunshine on the host, it delivers the best self-hosted cloud-gaming experience in existence. As a pure controller forwarder it’s also pretty good: 250 Hz polling, ENet over UDP for input, AES encryption.

The catch is that Moonlight assumes the controller is plugged into the device running Moonlight. So if you’re streaming to a Shield TV, Moonlight forwards the Shield’s gamepad. It doesn’t decouple controller from screen, which is the specific niche Dish fills.

Use both. Moonlight for video to your TV, Dish for the controller in your hand. Read Sunshine + Moonlight + Dish: the perfect trio.

Category 10: “Remote Gamepad” / “PC Remote” / Monect / Mobile Gamepad apps

This category is where the “phone-as-controller” idea has lived since ~2014, and it shows. Most of these apps:

• Use TCP for input transport. Wrong tool for the job.
• Poll at 30 to 60 Hz. Half to a quarter of what gamepads should poll.
• Show full-screen interstitial ads.
• Embed analytics SDKs (Firebase, AppsFlyer, etc.)
• Request permissions like location, contacts, and device ID for ad targeting.
• Charge $3 to $8 to remove ads (which removes ads, not the analytics).

The category collectively has hundreds of millions of installs. They’ve been important for popularizing the concept. They’re not what you want if you care about latency, privacy, or your battery life.

Read our full Remote Gamepad comparison.

Where Dish lands

Dish is the only controller in the table that’s all of:

• Wireless
• Sub-10ms latency on a healthy LAN
• Cryptographically authenticated input
• Zero telemetry
• Zero ads
• Zero cost
• Open source
• Multi-controller (4 simultaneous)

Other entries hit some subset. Wired Xbox is fast and free of telemetry but it’s wired. Moonlight is free and OSS but doesn’t decouple controller from screen. Steam Controller is well-customized but discontinued and unencrypted. 8BitDo is great hardware but costs money and adds Bluetooth latency.

The architectural choice that lets Dish hit all of these: Wi-Fi UDP, encrypted, with the controller side as software running on a device you already own.

Choosing for your situation

We get asked this constantly. Here are concrete recommendations:

• “I want the best PC gamepad, money no object, and I sit at a desk.” → Wired Xbox controller or Wired DualSense. Latency floor.
• “I want a great wireless gamepad for desk play.” → Xbox Wireless Controller + Microsoft’s Xbox Wireless dongle. Or 8BitDo Ultimate 2.4G.
• “I want to play from my couch with friends, couch co-op.” → Dish on each player’s phone, Satellite on the gaming PC. Add an 8BitDo Pro 2 paired to your phone if you want a physical pad in hand.
• “I want to stream games to my TV via Moonlight.” → Sunshine + Moonlight for video, Dish for controller. The trio.
• “I miss the Steam Controller.” → Dish is the closest free replacement. Don’t pay scalper prices.
• “I’m using a ‘Remote Gamepad’ app and the latency drives me crazy.” → Yes. Switch to Dish. It’s literally the same idea executed correctly.

Methodology

All Dish numbers measured on a TP-Link Wi-Fi 6E mesh, gaming PC on Ethernet, phone on 5 GHz, both within 5 m of the AP. Measurements made with a 240 fps camera recording finger-press to virtual-gamepad-state-change at the 50th percentile across 50 trials.

Competitor numbers come from a mixture of:

• Manufacturer-published specs (Xbox, PlayStation, Razer, 8BitDo).
• Independent reviews (RTINGS.com, Linus Tech Tips, GamersNexus).
• Our own A/B comparisons against representative units of each category.

Where we list a range (e.g., “12 to 18 ms”) that’s the typical 25th to 75th percentile across our trials in a normal home environment.

These numbers should be re-verified against your specific hardware before being quoted authoritatively. Wireless latency in particular varies significantly by host stack, by environment (dense urban Wi-Fi vs rural quiet), and by the specific firmware revision of any wireless gamepad.

Read more

Comparison deep-dives, written for searchers who specifically want one comparison:

• Dish vs Steam Controller, the free replacement we’ve been waiting for
• Dish vs 8BitDo, do you really need to spend $50?
• Dish vs Remote Gamepad and other phone-as-controller apps

Setup and setup-related:

• Use your phone as a wireless controller for your PC
• Sunshine + Moonlight + Dish: the perfect cloud-gaming-at-home trio
• Connect a controller to a PC from another room, the right way
• Four phones, one couch, zero extra hardware
• Why Wi-Fi UDP beats Bluetooth for gamepad streaming

Architecture:

• Latency deep-dive, exactly where Dish’s milliseconds go
• Security threat model, the crypto and replay protection
• Reliability internals, heartbeats and reconnects

If this comparison helped you choose a controller (whether that ended up being Dish or something else) donations keep the writing going. Dish is free. The blog you’re reading is free. Donations keep both true.