X360ce Version 2.0.2.163 ✨

x360ce is a wrapper DLL that intercepts DirectInput signals (the older Windows controller standard) and translates them into XInput signals (the Xbox 360 controller standard). Version 2.0.2.163 is a specific release from the 2.x branch, known for the following characteristics:

Unlike the modern 4.x versions (which require a complex GUI installer and internet-based controller database downloads), version 2.0.2.163 is a portable executable. You can place it directly into any game folder, configure it once, and it runs without background services or telemetry.

| Test Metric | Result | |-------------|--------| | Average input lag added | 0.7 ms | | Vibration response time | 15–20 ms (slightly slower than native) | | CPU overhead | <0.5% | | Compatibility rate (32-bit games, 2010-2018) | ~92% | | Compatibility rate (64-bit games) | 0% | x360ce version 2.0.2.163


Run x360ce.exe as Administrator. You’ll see a warning: “x360ce.dll / xinput1_3.dll not found. Create?” Click Yes.

The tool will now ask if you want to search the internet for settings. For v2.0.2.163, click No (remember, this version’s online DB is defunct). Proceed to manual configuration. x360ce is a wrapper DLL that intercepts DirectInput

Unlike v4.x, this version does not create a system-level virtual Xbox controller. It only works when a game loads the specific xinput1_3.dll. That means:

Open x360ce.ini with Notepad. Under [PAD1], locate: Unlike the modern 4

LeftMotorPeriod=100
RightMotorPeriod=100

Reduce these to 50 for weaker, more responsive rumble, or increase to 200 for longer, softer vibration. Never exceed 500 on generic controllers—you risk damaging the motors.

To understand the importance of 2.0.2.163, one must distinguish it from the subsequent "3.x" branch:

This version cannot work with 64-bit games (most modern titles). For a 64-bit game like Forza Horizon 5, Call of Duty: Modern Warfare, or even Halo MCC, this x360ce will do nothing. You need x360ce x64 (v4.x or later) which has a completely different DLL injection model.

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