I can't believe I BROKE it! - OneXPlayer AMD 5700U Version
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Description
Check out how iFixit can help you restore your devices at: ifixit.com OneXPlayer has another handheld player that allows you to play even higher-end games at a decent FPS. Also, it uses an AMD Processor, so you know it's going to be good.,
Promos
Check out the OneXPlayer (w/ AMD 5700U): lmg.gg Learn more about the AYANEO NEXT: lmg.gg Purchases made through some store links may provide some compensation to Linus Media Group. ► GET MERCH: lttstore.com ► AFFILIATES, SPONSORS & REFERRALS: lmg.gg ► PODCAST GEAR: lmg.gg ► SUPPORT US ON FLOATPLANE: floatplane.com FOLLOW US ELSEWHERE --------------------------------------------------- Twitter: twitter.com Instagram: @shortcircuityt TikTok: @linustech Facebook: @ShortCircuitYT CHAPTERS --------------------------------------------------- 0:00 - Handheld gaming! 0:10 - Unboxing and overview 2:07 - I/O ports and buttons impressions 3:15 - Specs 4:00 - Ergonomics impressions 4:20 - Display thoughts 4:49 - Weight impressions 5:10 - Blacklight bleed 5:33 - Gaming and resolution impressions 6:43 - Cooling fan noise 7:00 - Display and performance comparison 8:00 - Sponsor - iFixit! 8:31 - Kickstand impressions 9:00 - Battery specs and thoughts 9:35 - Component placement 10:41 - OneXPlayer specific custom buttons 11:54 - Continued gaming impressions 12:20 - I broke it 12:35 - Final thoughts 14:02 - Tough decisions
The video centers on the OneXPlayer AMD 5700U version, highlighting a deep dive into its design, cooling, and overall usability. The presenter begins with an unboxing and quick overview, emphasizing a large 8.4 inch IPS display and a Ryzen 5700U processor, noting that the system is a significant upgrade over earlier Intel Xe GTX-based handhelds. He then walks through the I/O ports, build quality, and ergonomic impressions, pointing out the dual fan cooling setup and the impressive weight distribution given the big screen. The display configuration is explored in depth, with remarks on running at native 2560 by 1600 and the option to drop to 1080p or 720p, which reduces perceived pixelation due to high pixel density. Throughout, practical considerations such as the night mode feature for fan control, the kickstand, and the ease of access to ports are discussed, setting up a holistic view of daily use. The host also compares the OneXPlayer against AyaNeo models and the Steam Deck, framing the AMD version as a powerful, if heavier, alternative for PC gaming on the go, with a clear emphasis on form factor tradeoffs and performance expectations. Finally, there is a hands-on exploration of internals, battery capacity, RAM, and potential upgradability, culminating in a nuanced verdict that emphasizes the choice between a large high-resolution display with strong cooling versus a more compact portable form factor with slightly different performance dynamics.
Topics · hardware · gaming · portable-computing · technology
Questions answered
- What processor does the OneXPlayer AMD version use and how does it compare to the AyaNeo Next?
- The OneXPlayer AMD version uses a Ryzen 5700U, which has eight cores and sixteen threads and is clocked slightly slower than the AyaNeo Next's 5800U, but benefits from a more robust cooling solution that helps maintain competitive performance.
- Can the display resolution be run at non-native resolutions without excessive blurring on this device?
- Yes, you can run at 1080p or 720p while maintaining good perceived sharpness due to very high pixel density, though not as sharp as native 2560 by 1600.
- What are some notable usability features mentioned for day-to-day use?
- Notable features include night mode for fan behavior, a kickstand for flexible viewing angles, front-facing speakers, and easily accessible controls like the turbo and keyboard buttons.
- How does the battery life potential compare to AyaNeo Next?
- The OneXPlayer AMD version has a large 58.9 watt-hour battery, which is about 25% larger, suggesting potentially longer battery life in practice, though exact results depend on workload and cooling."