Since Christmas Eve, Ayaneo has been steadily unveiling more details about their upcoming handheld device, the Ayaneo 3, and the latest reveal is quite exciting. They’ve introduced swappable control modules, setting a new benchmark in handheld gaming customization. While the Victrix Pro BFG controller has a similar approach, seeing this concept brought to a handheld—especially with the inclusion of tough hall-effect sensors on the analog sticks and triggers—is something special.
Ayaneo has been actively engaging with their community through Tweets and Discord posts, revealing not just the Ayaneo 3 but also sharing a comprehensive video that showcases different angles of the device and its control modules. Back in November, discussions already pointed out that the Ayaneo 3 would be available in both Ryzen AI 9 HX 370 and Ryzen 7 8840U variants. As of now, we’re still waiting to hear about the pricing or any further tech specs besides the APU and screen options—LCD and OLED—although more details are expected to drop in January during their anticipated “Late January 2025” official launch event.
What really sets the Ayaneo 3 apart is the modular nature of its design, which doesn’t just stop at swappable modules. You can invert them and even swap out individual buttons, making it versatile for a wide range of games that utilize a controller. Fans of six-button fighting games like Street Fighter, or retro Sega console games will likely appreciate the six-face-button module. Meanwhile, touchpad modules could enhance desktop-like gaming experiences, especially when paired with Steam Input.
Even without the full pricing details, it’s difficult to conclude whether the Ayaneo 3 will be a wise purchase. However, the initial features are promising, offering flexibility and a nod toward budget-conscious gamers who might choose the Ryzen 7 8840U and 7-inch LCD rather than OLED. Whether these trade-offs are worth it will depend on the final pricing, but it seems likely to compete with other high-end handhelds set for release next year, especially given its unique emphasis on modular input controls.
