RPCS3 is a multi-platform open-source Sony PlayStation 3 emulator and debugger written in C++ for Windows, Linux, macOS and FreeBSD. The purpose of the project is to completely and accurately emulate the Sony PlayStation 3 Computer Entertainment System in its entirety with the power of open-source community and reverse engineering.

Our goal is to preserve the legacy of the PlayStation 3 hardware and its vast library by bringing it and its exclusives to the PC platform. We want to achieve this by targeting and supporting multiple operating systems as well as being compatible with a wide range of computer hardware with realistic requirements.

What input devices can I use with RPCS3?

We currently support keyboard / mouse inputs and native DualShock 3, DualShock 4 and DualSense controllers. We plan to add additional input methods in the future as we implement more meaningful features to the emulator.

What PlayStation 3 peripherals can I use with RPCS3?

We currently have support for the PlayStation Eye Camera, however PlayStation 3 Move controller support is still under development.

Can I just insert a PlayStation 3 game disc and start playing games?

In its current state, RPCS3 does not support reading game data directly from PlayStation 3 format discs. PlayStation 3 discs are formatted in a very special way that can only be read with an actual PlayStation 3 system, or a compatible Blu-ray drive from select manufacturers. For more information on what Blu-ray drives are capable of reading games, please refer to the Quickstart Guide.

Where do I get PlayStation 3 games and software?

Typically, you want to dump your own PlayStation 3 games and software from your own console. We believe that this is the most efficient and safest way to migrate your disc-based games and digital games from your console to your PC.

You can also dump games using select compatible Blu-ray drives. Not every Blu-ray drive will recognize PlayStation 3 games due to how data is formatted on the disc. For more information on what Blu-ray drives are capable of reading games, please refer to the Quickstart Guide.

RPCS3 uses the GNU General Public License Version 2 (June 1991). According to the license, you are welcome to use RPCS3 and its source code for any purpose, but distributing RPCS3 requires that the source code be released and attribution given. For more details on how the GNU General Public License system works, please refer to GNU.org

High Resolution Rendering

One of the most anticipated features has just been added to RPCS3! High resolution rendering allows users to play at resolutions far exceeding what the PS3 could handle. If you thought your favourite PS3 games were starting to look a bit dated, just wait until you get to experience them in up to 10k! Although, we doubt many users will have the setup necessary to benefit from 10k today, emulation is all about preserving for tomorrow.

Performance

Rendering a modern PC game in high resolutions such as 4k, while beautiful, is quite taxing on your hardware and there is often a massive hit in performance. However, since most of the workload for RPCS3 is on the CPU and GPU usage is low, there is a lot of untapped performance just waiting to be used. All processing is done CPU side, and as far as the GPU is concerned it is simply rendering 2006 era graphics (yes, the PS3 is 11 years old now). We're happy to report that anyone with a dedicated graphics card that has Vulkan support can expect identical performance at 4k.

Anisotropic Filtering (AF)

High resolution support wasn't the only thing that was added in this update! Another reason for such a massive upgrade in visual fidelity is having full 16x AF support. This greatly improves how textures can look, especially when viewed at an angle. Take a look at the below screenshots of Ni no Kuni as an example of the default AF vs forced 16x. The difference is especially noticeable on the ground inside the gate.

RPCS3 Compatibility List

These are the current compatible games that have been tested with the emulator. This list is subject to change frequently.