YCE 14-in-1 Dual Fan Steam Deck Dock Suitable Valve Steam Deck & OLED/Switch & 2 / Asus ROG Ally & X/Lenovo Legion Go & S & 2/MSI Claw,Nintendo Switch 2 Dock,Steam Deck Accessories,Docking Station

With 3 video ports, you can connect 3 screens: HDMI, DisplayPort, and VGA allow for a three-screen setup displaying different content, with each screen at 1080p. You can also use two screens for a split-screen display or configure two or three screens to show the same content, making it ideal for live streaming, gaming, and meetings. If only one screen is connected, both the HDMI and DisplayPort ports output 4K at 60Hz, while the VGA port outputs 1080p at 60Hz.
14-in-1 : The Dual Fan Steam Deck Dock features 14 powerful functions, including HDMI 2.0 (4K@60Hz), Gigabit Ethernet (1000Mbps), 2 USB 3.0 ports (5Gbps), 3 USB 2.0 ports, 1 TF card slot, 1 SD card slot, Type-C PD 3.0 (100W) at 40Gbps, 2 large fans, and a fan switch, making it perfect as a dock or accessory. There is also a switch button on the back of the fan. If the temperature is low in winter, you can press the off button to turn off the fan, saving energy and being more eco-friendly. Additionally, the base fan blows directly onto the back of the device, providing a cooling effectit doesnt necessarily need to be aimed at the consoles air intake.
2 Super Fans : When the game is running, it generates huge heat, causing the frame rate to automatically decrease. At this time, the dual fans of the 14-in-1 Dual Fan Steam Deck Dock can quickly cool down, allowing your game console to continue running at high performance. Other Valve Steam Deck Docks, on the other hand, have poor cooling effects due to their small fans and low wind power. As the temperature of the game console increases, the frame rate decreases, and high temperatures can reduce battery life.
It is compatible with all devices that support Type-C : it is compatible with handheld game consoles, laptops, and mobile phones, and is suitable for Valve Steam Deck &( OLED ) / Nintendo Switch 1 & 2 / Asus ROG Ally &( X ) / Lenovo Legion Go &( S )& 2 / MSI Claw &(8 AI+) / OneXPlayer / AYANEO / GPD / AOKZOE / Laptops, iPads, Android devices, mobile phones, and other devices with built-in Type-C interfaces can be used as long as they have a Type-C interface. However, the thickness of gaming devices cannot exceed 27cm, otherwise they cannot fit in. Therefore, it is not compatible with Asus ROG Xbox Ally&(X), but compatible with Asus ROG Xbox Ally&(X), making it a perfect dock or accessory
Includes a Type-C extension cable and 4 joystick caps : 14-in-1 Dual Fan Steam Deck Dock. The joystick caps can be slipped over the joysticks to prevent them from getting scratched or dirty. Since your hands have a larger surface area to grip the caps, its easier to move the joysticks with less effort, resulting in a better gaming experience. Frequent plugging and unplugging can easily damage the Type-C port, leading to costly repairs. If you plug in the Type-C extension cable first, even with frequent plugging and unplugging, at most only the extension cable will be damaged, while the consoles Type-C port remains perfectly protected.
Top-notch craftsmanship, just like Apple products : 14-in-1 Dual Fan Steam Deck Docking Station, with very fine details and edges. There are no visible screws on the appearance. 3. Integrated design. Except for the fan area, most of them are made of high-strength aviation aluminum alloy, while others' Valve Steam Deck & OLED docks are made of plastic. Aviation aluminum alloy is stronger, more durable, has faster heat dissipation, and is of a higher grade than plastic.
A dual fan with a diameter of about 5cm : Other Valve Steam Deck Dock fans have a diameter of only about 2cm, which is too small, slow in speed, and has low wind power. On the other hand, the 14-in-1 Dual Fan Steam Deck Dock Station has a fan diameter of about 5cm. Our fan has a large diameter, fast speed, and strong wind power, which can quickly reduce the temperature of the game console.
Supports Switch 1 & 2 : Our fan has a larger diameter and faster speed than the original, resulting in hig