Optimum presents the ultimate PC: a technological gem at a surprising price

In the ever-changing world of computing, where innovations follow one another at a frantic pace, few machines arouse as much astonishment as Optimum’s latest project. Renowned worldwide for its achievements in Small Form Factor and extreme optimization, this company made a radical and unexpected choice in 2026. Gone are the usual compact configurations: Optimum unveiled an ultimate PC of exceptional scale, combining phenomenal power with advanced technology, but also at a price that will leave more than one enthusiast speechless. This true technological gem is intended for demanding professionals and performance enthusiasts, propelling digital creation and intensive computing to a whole new level.

This PC, far from being a simple desktop machine, is a monumental workstation that defies usual conventions to reach unprecedented heights. Designed to handle the heaviest tasks – from 3D rendering to complex modeling, including high-performance simulation – it is aimed at those for whom value for money primarily encompasses speed and long-term reliability. But what strikes as much as its technical features is Optimum’s ambition to exploit every component to the maximum while ensuring stability and thermal management, which was no small feat given such an oversized configuration.

In this article, discover in detail what this ultimate PC represents, a true technological feat and example of cutting-edge high-tech innovation. We take you on a journey into the heart of design, elite components, overcome thermal challenges, and of course, the final bill that surprises as much as it intrigues. For computer and high-performance PC enthusiasts, this model is a concentrate of boldness and mastery not to be missed.

An extraordinary configuration, a symbiosis of power and extreme high-tech innovation

Optimum’s ultimate PC does not simply line up high-end components. It represents a unique symbiosis between raw power and advanced technologies designed for maximum creativity and productivity. This machine notably relies on an AMD Threadripper 9980X, a processor – a true nuclear power plant – featuring 64 cores. This computing monster can effortlessly handle the largest volumes of data and the most demanding computing applications typical of graphic design, engineering, or sciences.

Alongside it, Optimum has integrated not one, but two Nvidia RTX 5090 Founders Edition graphics cards, pushing the limits of what is possible in visual rendering. This combo is designed to deliver ultra-fast 3D rendering and smoothness in games or simulation software that few workstations can surpass. These graphics cards come from Nvidia’s latest generation, offering exceptional power, efficient resource management, and optimal support for artificial intelligence and ray tracing technologies.

But such power inevitably generates technical challenges, especially in terms of heat dissipation and energy consumption. Each RTX 5090 Founders Edition initially consumed nearly 600 watts, weighing heavily on the entire machine. Optimum had to innovate to optimize cooling and preserve durability, while increasing frequencies to deliver extra performance.

This extreme configuration would be nothing without a tailor-made architecture, including a latest-generation motherboard compatible with TRX50 or WRX90, 128 GB DDR5 RDIMM modules ensuring maximum fluidity, as well as a powerful power supply of at least 2,200 watts to maintain stability under full load. These choices guarantee a relevant value for money in the high-end workstation sector, where reliability and power must take precedence over immediate “purchase cost.”

• 64-core AMD Threadripper 9980X for intensive multitasking.
• Dual Nvidia RTX 5090 Founders Edition for unmatched graphic rendering.
• 128 GB DDR5 RDIMM for speed and enhanced stability.
• High-end TRX50/WRX90 motherboard adapted to extreme components.
• 2,200-watt ATX 3.1 power supply for lasting and flawless power.

Managing heat dissipation: a challenge met thanks to a water cooling innovation

A configuration of this scale requires advanced thermal mastery, as even the slightest overheating can cause rapid performance degradation or even complete dysfunction. It was during initial tests, notably under Blender software during intensive 3D rendering, that Optimum encountered a critical problem. In a traditional case, the high-positioned graphics card reached a critical temperature of 87°C, a dangerous threshold for component stability and longevity.

This constraint required a complete rethink of thermal management, impossible to ensure with classic air cooling. Thus, Optimum turned to water cooling with a custom solution. The two RTX 5090 cards were disassembled, the original cooling systems removed, and replaced by compact waterblocks imported specifically from China for their thinness and efficiency. This risky intervention on such complex and dense components drastically reduced the effective temperature under load.

The results show a spectacular improvement: the graphics cards’ temperature dropped below 50°C even under full load. This exceptional thermal gain allowed an increase of approximately 200 MHz in GPU frequency, thus improving overall performance. At the same time, the power consumption was reduced from about 600 to 400 watts per card, indicating less constraining cooling and better energy efficiency.

Regarding the cooling of the AMD Threadripper processor, Optimum spared no expense. The PC integrates a massive frontal radiator signed Alphacool, 86 mm thick, about three times thicker than a standard model. This extreme choice guarantees rapid dissipation and keeps the machine at a stable and safe temperature.

In design, every millimeter was optimized. Optimum’s team conducted a precise 3D scan inside the Apollo X case. Thanks to this model, a resin-printed support was designed via Fusion 360 to hold the pump and liquid cooling reservoir according to a unique rail mounting system. This fine engineering enables quick tool-free access to components, while securely fixing the whole assembly, a rare approach in the desktop PC domain combining aesthetics, practicality, and performance.

Aesthetics and integration: an Apple-inspired case to appeal to professionals

While most workstation configurations sometimes sacrifice design for raw performance, Optimum skillfully combined both aspects. The Apollo X case, chosen to house the ultimate PC, draws its inspiration from Apple’s famous Mac Pro. Its perforated metal structure, often nicknamed “cheese grater,” promotes airflow while showcasing an elegant and modern silhouette, appreciated in high-end professional environments.

On the outside, the PC manages to maintain a sober look, avoiding unnecessary ostentation despite its extraordinary capabilities. This refined aesthetic choice fits a desire to attract graphic artists, production studios, and other creative professionals who demand both a design object and maximum achievement in advanced technology.

Inside, integration is an engineering feat. Optimum utilized all resources at its disposal for each component, ensuring the liquid cooling system occupies space in an optimized way without compromising any element. 3D printing plays a key role here with the manufacture of custom mounting parts, a luxury that guarantees both excellent coolant circulation and easier maintenance, rare in the world of ultra-performance PCs.

This successful marriage of extraordinary power, innovation, and design contributes to making this ultimate PC a true reference in the high-end workstation category. It also proves that today, in 2026, technology can combine maximum productivity requirements with aesthetics designed for high-tech enthusiasts.

A list of flagship components that make Optimum’s ultimate PC powerful

It is important to detail the precise composition of this technological gem to fully understand its value and better evaluate its surprising price. Each element is chosen to optimize performance but also integrability; here is the exhaustive list:

• Processor: AMD Ryzen Threadripper 9980X – 64 cores, 128 threads, designed for intensive computing and extreme multitasking.
• Graphics Cards: Two Nvidia RTX 5090 Founders Edition, high thermal demands but unmatched power through innovative thermal management.
• RAM: 128 GB DDR5 RDIMM, to support heavy loads and numerous concurrent processes without latency.
• Motherboard: Based on TRX50 or WRX90 chipset, selected for perfect compatibility with the processor and memory.
• Case: Apollo X, inspired by Apple Mac Pro design, designed for optimal airflow and maximum integration.
• Cooling: Custom water cooling system with ultra-thin Chinese waterblocks and massive Alphacool radiator (86 mm thick).
• Power Supply: ATX 3.1 2200 watts, essential for stable and durable operation under extreme load.

Evaluating the bill: surprising but coherent price for an exceptional workstation

At this level of advanced technology, it is natural that the price is a major element. With an estimate of over €15,650, this PC far exceeds traditional consumer configurations and even most classic workstations.

Yet, this amount precisely reflects the rigorous and elitist selection of components. The AMD Threadripper 9980X processor lists at nearly €5,500, while the Nvidia RTX 5090 duo reaches about €5,000. The motherboard is a key piece costing over €1,100, the DDR5 memory amounts to €1,400 for 128 GB. The power supply, essential for stability, is also a significant item at €600, while the Apollo X case and the complete water cooling system add respectively €850 and €1,200 to the final bill.

Component	Description	Estimated Price (€)
AMD Threadripper 9980X	64-core processor for intensive computing	5,500
Nvidia RTX 5090 Founders Edition (x2)	Two extreme graphics cards for 3D rendering and AI	5,000
TRX50/WRX90 Motherboard	High-end compatible for workstation	1,100
128 GB DDR5 RDIMM	Fast and stable RAM	1,400
Apollo X Case	Professional design and optimized ventilation	850
Complete water cooling system	Waterblocks, pump, Alphacool radiator (86 mm)	1,200
ATX 3.1 Power Supply – 2200W	Stable and powerful power supply	600

Given the offered performance and level of stability, Optimum’s surprising price is easily explained. It is a machine designed for professionals who need a tool not only powerful but also reliable and discreet, capable of handling heavy loads without compromise.

Optimum’s positioning against high-tech competition in 2026

In a market saturated with powerful computers, notably for gaming or creation, Optimum stands out by its unique positioning. Where the usual offer often favors compromises between power, size, and cost, this ultimate PC proudly claims ultra-performance for an expert audience with specific needs. It is a direct response to the growing demand in the professional computing sector where every second gained in rendering or analysis times truly counts.

Compared to gaming-oriented or advanced office configurations, this ultra-specialized machine embodies the quintessence of innovation and value for money when thought on the long term. For example, in special effects studios, where 3D renderings follow one another and simulations accumulate, resorting to such a powerful station avoids unnecessary waiting times, freeing up precious time.

Moreover, Optimum’s strategy to install an optimized liquid cooling system demonstrates that advanced technology can finally overcome classic thermal limits, making it possible to simultaneously use two RTX 5090s at full power in a single case, an innovation that appeals to the entire high-tech industry.

Professional uses maximized thanks to the ultimate PC: creation, simulation, and intensive computing

This technological gem is not limited to a simple performance exercise. It revolutionizes possibilities in fields where computing power is vital. For example, graphic designers and 3D creators benefit from unprecedented fluidity to handle complex scenes with increased realism thanks to the RTX 5090 duo. Engineers can launch large-scale simulations, such as in automotive or aeronautical design, without fearing slowdowns.

Another key example is scientists specializing in intensive computing, for whom this PC constitutes an ideal platform for processing massive data, molecular modeling, or artificial intelligence. The equipment guarantees reduced calculation times, accelerating research and development.

In short, this ultimate PC represents an investment in the future of highly technical professions, providing work comfort and efficiency that fully justify its surprising price. It is therefore not aimed at the general public, but rather at those who place performance and reliability at the heart of their activity.

Among the notable advantages:

• Fast execution of complex 3D renderings.
• Smooth management of very demanding multitasking projects.
• Effective cooling ensuring stability and silence.
• Expansion and maintenance possibilities facilitated thanks to custom integration.

Perspectives and evolution for high-end workstation PCs in 2026 and beyond

Optimum’s ultimate PC paves an exemplary path for the next generation of workstations. Its technical approach – combining extreme components with innovative thermal management – should inspire other high-tech players to rethink existing standards. Behind the spectacular aspect of the project, it is also confirmation that excessive miniaturization is not always the best solution when pure performance is sought.

For 2026 and the following years, one can anticipate a rise in liquid cooling technologies adapted to workstations, allowing machines to reach new processor and graphics capacity thresholds. Collaboration between component manufacturers and specialized integrators, such as Optimum, should intensify to offer robust and elegant solutions without compromise.

Finally, innovations in multi-core processors and graphics chips favor ever more powerful models, imposing an architectural revolution in hardware and software integration. The trend is clear: tomorrow’s PCs, while incorporating the latest advancements, will also need to be carefully designed to balance power, temperature, and lifespan. Optimum shows that this combination is not only possible but already underway.