A new milestone in the modding community has been reached with the creation of a fully functional and portable version of the PlayStation 4 Slim console. Desenvolvido by an enthusiast known by the pseudonym wewillmakeitnow, the device integrates the console’s original motherboard into a compact chassis manufactured with 3D printing, allowing native PS4 games to be played anywhere, without the need for streaming.
The project, which required months of work and meticulous development, stands out for its attention to technical details and the search for an authentic gaming experience. Equipado With a high-definition display and a robust power system, the handheld represents an engineering feat that combines official components with customized solutions to overcome miniaturization challenges.
The completion of the device generated great repercussion in specialized forums, where the community follows projects that seek to fill the gap left by official manufacturers in the market for high-performance portable consoles. Este model differentiates itself by running native hardware, offering a real alternative to solutions based on emulation or transmission of games over the internet.
Technical details of the internal construction
The heart of the portable PS4 is its original motherboard, which has undergone a complex and risky modification process. The creator had to physically cut the board to reduce its dimensions, a task that requires extreme precision so as not to compromise the essential circuits responsible for processing. Essa approach ensured full compatibility with the PS4 game library, eliminating performance or instability issues associated with emulators. Maintaining the original architecture was a pillar of the project to ensure the experience was identical to the desktop console.
All internal components were carefully housed in a custom-designed chassis and produced on a 3D printer using ABS plastic, a material known for its strength and durability. The case design has been optimized to house not only the modified motherboard, but also the display, cooling system, controls and a high-capacity battery pack. 3D printing offered the flexibility needed to create a unique shape, perfectly adapted to the specific hardware arrangement, resulting in a cohesive and functional device.
An improved visual experience
One of the device’s main attractions is its 7-inch OLED screen with native 1080p resolution. The choice of OLED technology provides superior image quality, with deep blacks, vibrant colors and much higher contrast compared to LCD screens traditionally used in other laptops. The panel also supports High Dynamic Range (HDR), a feature that expands color gamut and brightness, offering enhanced visual immersion in supported games. Para real-time monitoring, a small secondary screen has been integrated into the body of the device, displaying crucial information such as APU temperature and power consumption, allowing the user to monitor the system’s performance during intense use.
Power system and game autonomy
To power the PS4 hardware, which has considerable power consumption, a robust battery system was developed. Ele is made up of six 21700 type cells, each with 6000 mAh, resulting in a total capacity of approximately 130 Wh. Essa configuration was designed to balance weight and autonomy.
In practice, battery life varies depending on the demands of the game being played. In lighter titles or when using less intensive applications, average consumption is around 44 W, which allows for autonomy of up to three hours. Já In AAA games, which demand the most from the processor and video card, consumption can double, reaching 88 W, which reduces usage time to around an hour and a half.
Innovative and customized thermal management
Heat dissipation is one of the most critical challenges in designs that compact desktop console hardware. Para To resolve this issue, an active cooling system was implemented that surpasses the original PS4 Slim solution in efficiency. Ele uses a rear fan and heat sinks strategically positioned over the components that heat up the most.
The big difference is the intelligent control of this system, which is managed by an ESP32 microcontroller. Este small processor runs custom firmware, created exclusively for this project, which constantly monitors temperature sensors spread across the motherboard.
Based on the data collected, the firmware dynamically adjusts fan speed to keep temperatures within safe limits. The system also includes a layer of protection that automatically turns off the device if it overheats, ensuring the longevity and safety of the components.
Connectivity and expanded functionality
Despite its portable format, the device has not lost its versatility. An HDMI port has been retained, allowing the user to connect the handheld to a television or external monitor to play games on a larger screen, effectively turning it into a desktop console.
For power, a barrel jack connector allows the device to be plugged directly into a socket, enabling unlimited gaming sessions without relying on the battery. Essa hybrid functionality significantly increases the usefulness of the device.
The expansion of functionality is guaranteed by three USB-C ports, which can be used to connect peripherals such as keyboards, mice or external storage units, expanding the capacity for games and media.
The wireless experience has also been preserved. The original antennas of a DualShock 4 controller were integrated into the case, ensuring native and stable pairing with wireless controllers, without the need for adapters or complex configurations.
Design, ergonomics and controls
The external design of the device is reminiscent of classic portable consoles, combining functionality with a familiar aesthetic. To ensure accurate and comfortable gameplay, the control components, such as the buttons, directional pad and analog sticks, were taken directly from an original DualShock 4 and integrated into the body of the device. The decision to remove the optical disc drive was essential to achieve a more compact and lightweight format, focusing on use in games acquired digitally. The creator emphasizes that the project is an exercise in personal engineering, with no plans for commercial-scale production.
Inspiration and overcoming challenges
The design of this portable PS4 was inspired by other notable projects from the modding community, which has been exploring the portability of consoles for years. The exchange of knowledge and solutions shared in online forums were essential to overcome the technical barriers encountered throughout development.
The main obstacle faced was, without a doubt, the miniaturization of the PS4 Slim motherboard. Além In addition, the complete redesign of the power and cooling systems to suit the new form factor required detailed planning and multiple tests to ensure the stability and operational safety of the final device.