With the Ayaneo Next II, a new Windows gaming handheld is positioned at the upper end of the performance scale: An AMD Ryzen AI Max+ 395 (“Strix Halo”) with up to 85 watts TDP, a 9.06-inch OLED with up to 165 Hz and a huge 115 Wh battery should bring desktop-like performance to a portable format. Although there is no official information on price and release date yet, the key technical data presented clearly shows where the high-end handheld segment is heading.
- Ryzen AI Max+ 395 (Strix Halo) with 16 Zen 5 cores, Radeon 8060S (40 CUs) and up to 85 watts TDP.
- 9.06-inch OLED with 2,400 × 1,504 pixels, up to 165 Hz, 1,100 cd/m² and 5,280 Hz PWM dimming.
- 115 Wh battery for long sessions despite high power consumption of the APU.
- Reverb joysticks, reverb trigger, dual touchpads, front stereo speaker and Windows with AYASpace front end.
Strix Halo APU and cooling in handheld format
At the heart of the Ayaneo Next II is the AMD Ryzen AI Max+ 395, a Strix Halo APU with 16 Zen 5 cores and an integrated Radeon 8060S GPU with 40 compute units based on the RDNA 3.5 architecture. Ayaneo allows the APU a TDP of up to 85 watts, which is extremely high for a handheld and is more reminiscent of compact gaming notebooks than classic mobile consoles in terms of performance. Accordingly, the device relies on a cooling system with two fans to keep the waste heat under control and avoid throttling in GPU and CPU-heavy scenarios as much as possible.
The high power consumption in this combination only makes sense with an appropriately sized battery, which is why Ayaneo installs an energy storage unit with 115 watt hours – more than many ultrabooks. Mathematically, around one and a half hours of runtime would be possible with a permanent maximum APU load, but without taking other components such as the display, memory or fan into account. In practice, you can therefore expect highly fluctuating runtimes depending on the performance profile, from short sessions in maximum mode to significantly longer gaming times with a reduced TDP and adaptive refresh rate. This setup is particularly plausible for users who deliberately want to use very high performance on the move or at least easily transportable and accept the weight and battery load restrictions.
9-inch OLED with 165 Hz and large battery as a duo
For the image output, Ayaneo uses a 9.06-inch OLED panel with a resolution of 2,400 × 1,504 pixels in 16:10 format, which particularly benefits from the additional vertical surface when playing PC games. The refresh rate can be switched between 60, 90, 120, 144 and 165 Hz, which is designed both for more energy-efficient modes and for maximum smooth gameplay in fast-paced titles. With a specified peak brightness of 1,100 cd/m² and PWM dimming at 5,280 Hz, the display addresses typical OLED weaknesses such as flickering at low brightness and should also remain easy to read in bright environments.
The 115 Wh battery fits into this concept, as high refresh rates, high brightness and a powerful APU together require considerable power reserves. In “worst-case” scenarios with 85 watt TDP, maximum display brightness and high frame rates, the runtime should remain manageable, but in the moderate range with reduced power limit and 60 or 90 Hz, longer sessions seem realistic. At the same time, the capacity of 115 Wh means that the handheld may fall under special transport regulations for large lithium-ion batteries when traveling by air, which plays a role when traveling. Overall, there is a clear focus on performance and playability for as long as possible, rather than uncompromising mobility in terms of weight or suitability for hand luggage.
Input devices, audio and software interface
The Next II’s operating concept is based on a combination of Hall joysticks, Hall triggers and two touchpads, which are reminiscent of controller layouts from the PC gaming sector. Hall sensors detect movements via magnetic fields and therefore work with low wear, virtually no drift and high precision – a clear advantage over classic potentiometer sticks, especially for long periods of use. The triggers can be used in dual mode either linearly, as with analog gas or brake pedals, or as a fast, clicking micro-switch variant, which is attractive for both racing and shooter setups. The layout is complemented by an 8-way D-pad, additional rear buttons for each hand and two front-facing stereo speakers that direct the audio directly to the player.
On the software side, the handheld runs Windows, which Ayaneo supplements with its own AYASpace interface to enable console-like operation on the 9-inch touchscreen. AYASpace serves as a launcher, profile and performance center, in which TDP, fan behavior, input mapping and display options can be adjusted.
There are currently no concrete details on the integration of Microsoft’s Xbox Full Screen Experience, which suggests that Ayaneo will initially rely on its own software platform and may upgrade later. In view of the hardware specifications, it seems plausible that the Next II will primarily compete with devices such as the ROG Ally, GPD Win and OneXPlayer in the target segment, but will clearly outperform them in terms of raw performance.
Outlook, availability and market positioning
Ayaneo has not yet officially announced a price or specific market launch for the Next II, which is not unusual in the manufacturer’s environment, as many models are initially launched via crowdfunding or pre-order campaigns. According to the images and information published so far, variants in black and white can be expected, as well as a price level clearly aimed at enthusiasts, which is likely to be at the upper end of the handheld market given the Strix Halo APU, large OLED and 115 Wh battery. The Next II is therefore less of a mainstream device and more of a technical statement about how far power density and AI-capable mobile hardware can currently be pushed. If Ayaneo delivers in terms of cooling, ergonomics and software fine-tuning, the handheld could set a new benchmark for portable PC gaming power – albeit with consciously accepted compromises in terms of weight, price and absolute mobility.
