Luxes EAIB (External AI Booster) is arguably one of the most elegant devices with stunning aesthetics in the world today. Inspired by the intersection of minimalism and high-performance technology, Luxes embodies the perfect synergy of form and function, merging sleek lines, precision craftsmanship, and ingenious engineering to create a truly timeless masterpiece. With its understated yet striking design, Luxes challenges conventional notions of computer hardware aesthetics, elevating the entire category to new heights of sophistication and refinement.

Thanks to reimagining and reinventing all the elements an EAICB truly needs. I eliminated everything unnecessary in building a great external computing device, minimizing every aspect to ensure the casing is neither heavy nor large. The Luxes Model delivers the smallest size and the coolest performance of any full‑size external AI local computing devices in the world, coming in at 45% smaller than the Lenovo TGX eGPU (2023 Red Dot Design Award winner).

All models are made with 1mm to1.5mm AZ91 Premium Magnesium aluminum alloy, which are usually used for cutting edge production such as next‑generation aerospace components. We use the whole alloy brick to build the front face, this is super rare in the industry because that would cost too much in production. But we believe that making the unique product deserves the sacrifices. All models are cut using highly precise CNC machines and are painted in multi-layer coating technology. All pieces of the case are hand-assembled by workers with many years of experience. The Golden Triangle Airflow (GTA) cooling system is truly an amazing innovation. Thanks to its unique design, which uses the GPU fans as its right wing, only two additional fans—one on the top and one on the left—are needed. Together, they draw in cool air from the left, top, and right simultaneously, maximizing both space and energy efficiency.

Luxes uses an innovative cooling system that no one has ever attempted in a chassis this small. The Golden Triangle Airflow (GTA) cooling system is not just a new layout—it is a complete rethinking of how air should move inside a compact, full‑power enclosure. Thanks to its unique triangular geometry, which uses the GPU fans as its right wing, the system forms a natural pressure corridor that guides air with almost architectural precision. Only two additional fans—one on the top and one on the left—are required to complete the triangle. Working together, they draw in cool air from three directions simultaneously, creating a multi‑vector intake pattern that maximizes both space efficiency and thermal headroom. This is airflow engineering designed with intention, not compromise.

Meanwhile, the power‑supply fan plays a surprisingly critical role in the system’s overall performance. Instead of acting as a passive exhaust, it directly intercepts the incoming airflow and channels it downward through a dedicated thermal tunnel. This allows the PSU to pull cool air from the upper chamber and expel hot air through the bottom of the case, creating a vertical convection path rarely seen in small‑form‑factor enclosures. By utilizing every inch of internal airspace—every gap, every angle, every pressure pocket—the GTA system transforms the interior into a highly optimized thermal ecosystem. The result is a level of cooling efficiency that feels almost impossible for a design this compact, delivering stable, full‑power performance even under sustained AI or GPU workloads.

However, when using ultra‑high‑power GPUs such as the RTX 4090 or RTX 5090, the system reveals its most impressive capability: true bidirectional airflow.

By simply flipping the top and left fans, the entire thermal direction reverses—from a triple‑intake configuration to a synchronized exhaust system.The GPU fans then become the primary intake source, pulling fresh air directly across the heatsink while the auxiliary fans evacuate heat with remarkable efficiency. This intelligent two‑way transformation allows Luxes to adapt to different GPU architectures, thermal envelopes, and user preferences without requiring any structural changes. It is a cooling system that behaves more like a living mechanism than a static layout, making it arguably the most advanced thermal solution ever engineered for a case of this size.

Luxes EAIB is meticulously engineered for ultimate customization and future‑proof adaptability. Every detail of its architecture was designed with the user’s freedom in mind. The system accommodates all GPU models available on the market, ensuring seamless compatibility regardless of size or configuration.

If a graphics card is thicker than standard, users can simply adjust the precision‑built slider mechanism to reposition the GPU within the chassis. This transformable structure allows effortless upgrades and fine‑tuning without the need for complex disassembly. In addition, airflow control has been reimagined — users can modify how air is drawn through the GPU fans, optimizing cooling performance for different workloads or environments.

Anticipating the evolution of next‑generation GPUs, the Luxes EAIB’s modular design ensures that customers never have to worry about future compatibility. As GPUs become larger and more powerful, the system’s adjustable framework will continue to support new computing cards with ease. This forward‑thinking approach makes Luxes EAIB not just a product, but a long‑term platform for creative and AI professionals who demand flexibility, precision, and enduring performance.

Besides these structural innovations, Luxes integrates a 48G ultra‑large, high‑speed cache architecture designed to eliminate the traditional bottlenecks of data transfer. This massive cache allows enormous data loads to be processed smoothly and continuously, ensuring that even the most demanding AI workloads execute without interruption or latency spikes.

When combined with Thunderbolt 5’s full‑bandwidth pipeline, the system unlocks a new level of responsiveness and throughput. Together, these technologies deliver exceptional performance across AI computing, AI‑driven content creation, and large‑scale data analysis. Whether users are training models, rendering complex scenes, or consulting massive datasets, Luxes ensures that every operation runs with maximum efficiency and professional‑grade stability.

It’s not easy to make the most unique and stunning footpad for electronic devices for the first time in human history. It needs talent, courage, and broad vision. When designing a great thing, we always start by rethinking why it has always been like this. Can we change it for the better? Can we kill it and re‑define it using my language?

Before making the design, I’ve always been interested in looking through different things for inspiration—children’s toys, musical instruments, cooking ware, fashion decorations. From the collision of various inspirations, some good ideas will come, but not always. However, I always do the thing I always was: to be unique.

The footpad not only excels in aesthetics but also performs better in absorbing shocks, preventing noise from an asymmetric stand. With dozens of Rubik’s‑cube‑like units, it distributes weight into many pieces, resulting in excellent, even load‑bearing for standing. Each cube, made from rubber material, can also absorb noise; together, they deliver an ultra‑balanced foot with almost zero sound.

Additionally, every cube is equipped with LED lights, programmed with different procedures, and one of them includes a sonic sensor. When you push the power button, all of them are triggered instantly. This stunning feature has never been seen in personal computing devices before. With all of these cool features combined, it becomes the coolest footpad in the world in history.

From gaming battlestations to compact studio setups, from AI research labs to cinematic post‑production environments, Luxes adapts effortlessly to every application scenario with unwavering stability and full‑power performance. Its architecture is engineered to shift roles instantly — becoming a rendering engine, an AI accelerator, a creative workstation, or a high‑end gaming core depending on what the moment demands. No matter the workload, no matter the environment, Luxes maintains the same level of precision, reliability, and raw computational strength, ensuring creators, researchers, and professionals always operate at their highest potential.

To minimize space to the absolute limit, we created three models that cover every graphics‑card size on the market. All models can be customized by changing fabric covers.

Luxes is our biggest hit for anyone who wants the smallest size with beast‑level power, perfectly fitting their limited working space in a cozy environment with absolutely no compromise in performance.

Emma is designed for the one who wants the shortest case but doesn’t strictly care about the height.

Killer Swift stands as the largest and heaviest model in our three‑model lineup, engineered for extreme power and the enthusiasts who demand nothing less.

With redefining versatility in high‑performance computing, seamlessly adapting from gaming battlestations to compact creative studios, from AI research labs to cinematic post‑production environments. Luxes engineered for unwavering stability and full‑power performance, its architecture transforms instantly into a rendering engine, AI accelerator, or creative workstation depending on demand. To meet every user’s spatial and technical need, Luxes offers three customizable models covering all GPU sizes — the compact powerhouse Luxes, the balanced and efficient Emma, and the extreme‑performance Killer Swift. Each model embodies precision engineering, modular design, and uncompromising power, ensuring creators, researchers, and professionals operate at their highest potential across every scenario.

Luxes External AI Booster safeguards data by keeping all processing strictly on‑device, delivering a level of privacy cloud systems cannot match. Gartner warns that by 2027, 40% of AI breaches will stem from cross‑border cloud misuse, while Pew Research shows 81% of users distrust how companies handle their data. Cisco further reports that 95% of organizations view privacy as essential for customer trust. By eliminating cloud transmission entirely, Luxes removes server exposure, third‑party harvesting, and interception risks. This architecture provides total protection and reinforces confidence in secure, local AI intelligence.

Luxes also enables deep, cost‑efficient customization by running fine‑tuned models directly on personal hardware rather than relying on expensive cloud APIs. IDC finds that over 75% of organizations now prioritize fine‑tuning models for highly specific operational needs, yet Gartner notes that cloud inference costs continue to rise, with output tokens priced up to five times higher than inputs. With Luxes, users can run purpose‑built local models—such as optimized 7B parameter systems—achieving superior contextual accuracy at zero marginal cost per query. This local‑first strategy routinely cuts cloud API spending by 75%, enabling limitless personalization while keeping all proprietary adaptations securely on the device.

Luxes further eliminates the cloud’s chronic “in‑queue” delays by providing dedicated, guaranteed compute that never competes with global traffic. As cloud demand surges, users increasingly face throttled inference speeds, rate limits, and periodic outages. McKinsey projects a 15‑gigawatt U.S. data‑center supply deficit by 2030, worsening cloud congestion, while the 2026 Uptime Institute report shows high‑density AI workloads are straining power grids and elevating systemic outage risks. By processing entirely on‑device, Luxes bypasses congested networks, cloud rationing, and capacity shortages. The result is zero‑wait availability and instant execution—performance the cloud simply cannot guarantee.