OneXPlayer Sets a New Standard with Super X Series
OneXPlayer is elevating expectations with the announcement of its Super X series, particularly the forthcoming Super X Pro model.
This innovative device will integrate AMD’s Ryzen AI Max+ PRO 495, offering remarkable capabilities, including the potential to harness up to 192 GB of LPDDR5X-8533 memory, of which a substantial 160 GB can be designated for the Radeon 8065S.
The device boasts a vibrant 2.8K AMOLED display featuring an impressive 120 Hz refresh rate, complemented by a sizable battery and the intriguing option of external liquid cooling, accommodating power consumption levels reaching 120 watts.
Strix Halo: A Mobile Workstation Revolution
The Ryzen AI Max+ PRO 495 architecture has been meticulously engineered for devices of this nature.
OneXPlayer is now embedding this chip within a versatile 2-in-1 platform that transcends the conventional tablet design, presenting itself more as a mobile workstation.
Preliminary information indicates the availability of configurations with either 128 or 192 GB of unified memory, operating at an astounding 8.533 MT/s and providing a maximum bandwidth of 273 GB/s.
However, the crowning feature is the potential allocation of graphics memory, where up to 160 GB can apparently be reserved for the capabilities of the Radeon 8065S.
While this is not HBM and does not supplant a professional GPU with its dedicated memory architecture, the sheer memory capacity is astonishing for local AI models, extensive datasets, and specific GPU compute tasks.
Moreover, many consumer discrete GPUs are constrained not by computational performance, but rather by the limitations of VRAM capacity.
OneXPlayer is ardently promoting this system for managing substantial local AI models, suggesting capabilities of up to 300 billion parameters.
However, such assertions should not be misconstrued as a universal performance guarantee. The efficacy of running such expansive models is intricately linked to factors such as quantization, context length, runtime, and the utilized framework.
While abundant memory is advantageous, it does not substitute for high memory bandwidth or optimal software solutions.
The display specifications are equally notable. The Super X Pro is anticipated to feature an AMOLED panel with a resolution of 2,880 × 1,800 pixels, boasting a 120 Hz refresh rate, HDR support, and variable refresh rates (VRR).
This rendering makes the hardware adept for gaming, content creation, and standard productivity tasks. OneXPlayer has strategically positioned its 2-in-1 devices within a spectrum between handhelds, notebooks, and tablets, avoiding a rigid classification.
Storage options further enhance its functionality, featuring a full-size M.2-2280 slot with PCIe 4.0. The system also accommodates Biwin’s Mini-SSD format, which proves to be far more user-friendly than soldered storage options or proprietary miniature solutions, especially for a device designed to manage extensive AI models and substantial media files.
Perhaps the most compelling aspect is the unconventional cooling system. OneXPlayer offers a distinctive option for deploying external liquid cooling, aimed at elevating the machine’s power capacity to an impressive 120 watts.
While a tablet with a liquid cooling attachment may not be practical for commuting, it underscores the thermal requirements that accompany the Strix Halo under maximum loads.
Absent an external cooling solution, the device may need to operate under power constraints. The power specifications are equally generous, featuring an 85.58-Wh battery alongside a 240-watt GaN power adapter.
However, under sustained heavy utilization, the battery’s primary function may be to absorb power surges rather than provide prolonged use.
Notably, AMD’s Ryzen AI Max platform is proliferating across diverse device categories, having evolved from a peculiar notebook APU to a fixture in mini PCs, AI workstations, and now 2-in-1 systems endowed with nearly 200 GB of memory.
The commonality lies in prioritizing direct accessibility of vast memory resources for both CPU and GPU functions.
The Super X Pro represents a significant departure from conventional tablet designs. With its staggering 192 GB of LPDDR5X memory, coupled with up to 160 GB available for GPU use and the option for external liquid cooling, this device embodies an extraordinary solution for localized AI workloads.
Ultimately, the paramount inquiry will pivot not merely on the specifications touted, but on the device’s ability to maintain such potential in real-world applications, steering away from relying solely on cooling mechanisms.
Source link: Igorslab.de.
