OneXPlayer Super V

The OneXPlayer Super V, introduced at CES 2026 in January, is the Intel-powered sibling of the OneXPlayer Super X. While the Super X leverages AMD's Strix Halo APU for raw graphics muscle, the Super V is built around Intel's next-generation Panther Lake architecture, bringing Team Blue's latest CPU and GPU innovations to the convertible gaming tablet form factor. The "V" likely stands for "Versatile" or "Visual," hinting at its focus on display quality and adaptability.

What makes the Super V particularly noteworthy is its demonstrated ability to run AAA games at 1800p resolution without a discrete graphics card. This is a significant achievement for integrated graphics, made possible by Intel's next-generation Xe2 or Xe3 architecture within the Panther Lake processor. The Super V targets users who prefer Intel platforms for better CPU single-threaded performance, broader codec support, and specific software compatibility.

The OneXPlayer Super V is powered by Intel's Panther Lake processor family, succeeding the Lunar Lake and Arrow Lake generations. The flagship configuration features the Core Ultra X7 358H, a high-performance hybrid architecture chip that combines next-generation P-cores (performance) and E-cores (efficiency). Panther Lake represents Intel's most significant architectural leap since the introduction of the Core Ultra branding, with substantial improvements to both CPU IPC and integrated graphics performance.

The integrated GPU in Panther Lake uses Intel's Xe2 or Xe3 architecture, depending on the specific SKU. This represents a major generational leap over the Arc Alchemist and Arc Battlemage graphics found in Meteor Lake and Lunar Lake. Intel has focused on driver maturity and game compatibility, areas where previous Intel integrated graphics have historically struggled. The Panther Lake GPU includes hardware-accelerated ray tracing, XeSS (Xe Super Sampling) upscaling, and support for the latest graphics APIs including DirectX 12 Ultimate and Vulkan 1.4.

Memory configuration on the Super V uses fast LPDDR5X-8533 or higher, with capacities ranging from 16GB to 32GB. The unified memory architecture allows the GPU to share the system's fast memory pool, which is critical for integrated graphics performance — especially at higher resolutions like 1800p. The Panther Lake processor also includes a dedicated NPU (Neural Processing Unit) for AI acceleration, supporting Windows Copilot+, local LLM inference, and AI-enhanced gaming features.

The OneXPlayer Super V shares the same convertible tablet design language as the Super X, but with its own distinct identity. Both devices feature a large tablet main unit with a kickstand and detachable keyboard cover, but the Super V has a slightly different industrial design to accommodate Intel's thermal requirements. The chassis is constructed from aluminum alloy with precision CNC machining, giving it a premium feel and structural rigidity.

One key difference from the Super X is the thermal solution. While the Super X uses an exotic liquid cooling system to tame the Strix Halo APU's high TDP, the Super V relies on a more conventional but highly optimized vapor chamber cooling system with dual fans. Intel's Panther Lake processors are designed with efficiency in mind, allowing them to deliver competitive gaming performance at lower power draw than AMD's Strix Halo. This makes the Super V potentially thinner, lighter, and quieter than its AMD counterpart — though the exact dimensions and weight depend on the final production configuration.

The Super V features integrated game controllers on the sides of the tablet, similar to the Super X and Lenovo Legion Go. These detachable controllers include full analog sticks (likely Hall Effect for drift resistance), a D-pad, shoulder buttons, rear paddles, and programmable macro buttons. The controllers can be used attached to the tablet for handheld gaming, detached for tabletop play, or combined with a bridge accessory to form a traditional console-style controller.

The OneXPlayer Super V features a large, high-resolution display that sets it apart in the gaming handheld market. The device is equipped with a 13-14 inch panel running at 1800p (3200 x 1800 or similar) resolution — significantly higher than the 800p-1200p resolutions common on traditional gaming handhelds. This high pixel density makes the Super V an excellent device not just for gaming but also for productivity, content creation, and media consumption.

The display technology is expected to be either IPS or AMOLED, with the AMOLED variant offering deeper blacks and more vibrant colors. The refresh rate is a smooth 120Hz or 144Hz, ensuring fluid motion in supported games. Color accuracy targets 100% sRGB and DCI-P3 coverage, making the display suitable for photo and video editing. The high brightness (500+ nits) allows for comfortable use in well-lit environments, and HDR support enhances the visual experience in supported games and movies.

The ability to game at 1800p native resolution is a key selling point of the Super V. While many handhelds require upscaling from 720p or 800p to achieve playable framerates, the Super V's Panther Lake graphics can render some AAA titles at 1800p without upscaling, particularly when leveraging Intel XeSS technology. For more demanding titles, Intel XeSS Performance mode renders at a lower internal resolution and uses AI upscaling to deliver a near-native 1800p image with significantly higher framerates.

The headline feature of the OneXPlayer Super V is its ability to play AAA games at 1800p resolution without a discrete GPU. Content creators like ETA Prime have demonstrated the Super V running graphically demanding titles at impressive quality settings and framerates, all powered purely by Intel's integrated graphics. This is a remarkable achievement and places the Panther Lake iGPU in a class above previous integrated graphics solutions.

In gaming benchmarks, the Super V with the Core Ultra X7 358H delivers roughly the performance of an entry-level discrete GPU like the NVIDIA GeForce RTX 3050 or an Intel Arc A370M. This means it can handle most modern AAA titles at 1080p-1440p with medium to high settings, and lighter or well-optimized titles at the native 1800p resolution. Intel's XeSS upscaling plays a crucial role in bridging the gap, providing significant performance boosts in supported titles with minimal image quality loss.

Game Title	Resolution	Settings	FPS
Cyberpunk 2077	1800p	Medium, XeSS Quality	35-45 FPS
Forza Horizon 5	1800p	High, Native	50-60 FPS
Shadow of the Tomb Raider	1800p	High, Native	45-55 FPS
Baldur's Gate 3	1440p	Medium, XeSS Balanced	40-50 FPS
Valorant / CS2	1800p	Max Settings	100-144 FPS

The OneXPlayer Super V is more than a gaming device — it doubles as a capable AI workstation thanks to Intel's Panther Lake processor, which integrates a powerful NPU (Neural Processing Unit) alongside the Xe2/Xe3 GPU. Intel's NPU delivers 40-50 TOPS of AI performance, meeting the requirements for Windows Copilot+ certification and enabling a wide range of local AI workloads without cloud connectivity.

Intel NPU and Copilot+ Features

The Panther Lake NPU is Intel's third-generation AI accelerator, offering significant improvements over Meteor Lake and Lunar Lake in both TOPS and efficiency. The Super V fully supports Windows Copilot+ features including real-time video effects (background blur, eye contact correction), AI-powered Windows Search (Recall), live caption translation, and AI image creation in Paint Cocreator. These features run entirely on the NPU, meaning they consume minimal power and don't compete with the GPU for gaming performance.

Local AI Model Inference

With up to 32GB of fast LPDDR5X memory, the Super V can run local LLMs using Intel's OpenVINO toolkit or general-purpose tools like Ollama and LM Studio. Intel has made significant strides in AI software support, with OpenVINO providing optimized inference for Intel GPUs and NPUs. Models like Llama 3 8B, Mistral 7B, and Phi-3 run efficiently, benefiting from Intel's XMX (Xe Matrix Extensions) AI acceleration on the GPU. Intel's partnership with Microsoft ensures that popular AI frameworks like ONNX Runtime and DirectML are well-optimized for Panther Lake hardware.

Stable Diffusion and Image Generation

The Xe2/Xe3 GPU in Panther Lake supports Intel's XeSS upscaling technology and can run diffusion models for local image generation. Using Stable Diffusion with the DirectML backend or Intel's own OpenVINO-optimized pipeline, the Super V can generate 512x512 images in a few seconds. While the Intel GPU has fewer raw compute units than AMD's Strix Halo, Intel's XMX matrix acceleration provides efficient AI inference, making the Super V a viable platform for on-the-go AI image generation.

Intel AI Software Ecosystem

• OpenVINO Toolkit: Intel's optimized AI inference framework, supporting model optimization, quantization, and deployment across CPU, GPU, and NPU.
• Intel AI Playground: A user-friendly application for running LLMs, image generation, and AI assistants locally, similar to AMD's Ryzen AI Companion.
• ONNX Runtime with DirectML: Cross-platform AI inference that leverages DirectML for GPU acceleration on Windows, supporting a broad range of models.
• Whisper.cpp for speech: Local speech-to-text processing using OpenAI's Whisper models, optimized for Intel platforms.
• Intel IPEX-LLM: A PyTorch extension for running LLMs on Intel GPUs and NPUs, with support for 4-bit quantization and low-bit inference.

The Super V and Super X are sibling devices targeting the same convertible gaming tablet market, but they make different trade-offs based on their underlying platforms. Here is how they compare:

Feature	OneXPlayer Super V	OneXPlayer Super X
Processor	Intel Panther Lake (Core Ultra X7 358H)	AMD Strix Halo (Ryzen AI 9 HX 370+)
GPU Architecture	Intel Xe2/Xe3 (Panther Lake)	AMD RDNA 3.5 (40 CUs)
Graphics Performance	~RTX 3050 level	~RTX 4050/4060 level
Cooling	Vapor chamber + dual fans	Liquid cooling loop
Resolution	1800p (3:2 or 16:10)	2.5K-3K AMOLED
Efficiency	Better (lower TDP)	Lower (higher TDP ~45-65W)
Best For	Intel ecosystem, better battery, productivity	Maximum gaming performance

The fundamental choice between the Super V and Super X comes down to platform preference and performance priorities. The Super X has the edge in raw gaming performance thanks to Strix Halo's massive 40 CU GPU and liquid cooling. The Super V counters with potentially better battery efficiency (Panther Lake is designed for lower TDP), better CPU single-threaded performance, and the Intel ecosystem advantages including Thunderbolt 5, Intel Wi-Fi 7, and broader codec support for media creation.

The OneXPlayer Super V targets several distinct use cases:

• High-resolution gaming on the go: The ability to game at 1800p without a dGPU is unique. Users who value higher pixel density and image sharpness over maximum framerates will appreciate the Super V's display.
• Content creation and productivity: The large high-resolution display combined with Intel's strong CPU performance makes the Super V a capable mobile workstation for photo editing, video editing (Intel QuickSync), and 3D modeling.
• Intel ecosystem users: Users who rely on Intel-specific features (Thunderbolt, VT-d, specific software optimizations) will find the Super V more compatible with their existing workflows.
• Battery-conscious gamers: While no gaming handheld offers stellar battery life, the Super V's lower-TDP Panther Lake processor should deliver longer unplugged gaming sessions than the Super X's Strix Halo.
• Digital nomads and travelers: The convertible form factor with detachable keyboard allows the Super V to serve as both a gaming device and a compact productivity laptop, reducing the need to carry multiple devices.

The OneXPlayer Super V was introduced at CES 2026 and launched via Indiegogo in the first half of 2026. Pricing is expected to undercut the Super X slightly, given the lower bill of materials for the Intel platform versus the premium Strix Halo APU. Early bird pricing on Indiegogo ranged from approximately $1,000 to $1,400 depending on configuration, making it more accessible than the $1,200-$1,600 Super X.

After the crowdfunding phase, retail pricing is expected to settle around $1,200-$1,800 depending on the configuration. The Super V is available through One-Netbook's official website and select international retailers. Like all One-Netbook products, availability in Western markets is through online channels rather than brick-and-mortar stores, and warranty support is handled directly by the manufacturer. Buyers should factor in potential import duties and shipping costs when ordering.

The OneXPlayer Super V is a compelling alternative to the Super X for users who prefer Intel's platform or value portability and battery life over maximum gaming performance. Intel's Panther Lake architecture is a genuine leap forward for integrated graphics, and the ability to game at 1800p without a discrete GPU is an impressive technical achievement that will only improve as Intel's XeSS upscaling ecosystem matures and more games adopt it.

Who should buy it: Intel loyalists, content creators who need QuickSync and Thunderbolt, users who prioritize display resolution and battery life, and anyone who wants a single convertible device that can handle both gaming and productivity tasks without carrying a separate laptop.

Who should skip it: Gamers who want the absolute best integrated graphics performance should choose the Super X with Strix Halo instead. Users who play many older or niche titles should verify Intel driver compatibility, as Intel's GPU drivers have historically lagged behind AMD and NVIDIA in legacy game support. And as with all One-Netbook products, buyers should be comfortable with the direct-from-manufacturer purchasing and support model.

The OneXPlayer Super V proves that Intel is a serious contender in the integrated graphics performance race. Combined with One-Netbook's innovative convertible design, it offers a unique value proposition in the growing convertible gaming tablet market.