Server Series PI Design
The PI design of this server product takes the concept of quantum matrix as the core, and constructs a unique and family continuity design language.
On the overall shape, a regular polyhedral structure is adopted, and the combination of its edges and concave surfaces is similar to the structural outline of a quantum matrix. This form has become a family-oriented iconic appearance feature, highlighting the sense of order and stability of the product, suggesting a strong efficiency potential. According to this basic form, each generation of products is only moderately optimized in proportion and detail to ensure consistent recognition of familial.

In terms of material and technology, the choice of metal shell material, the surface after fine treatment, not only strengthen the product's scientific and technological texture, but also reflect the pursuit of efficiency and precision.

Modular design is the key embodiment of functional layout, based on the modular concept of quantum matrix, the functional modules inside the server are in a matrix layout. Optimize the use of internal space, more easy to upgrade and maintenance, in the family series of products to maintain a unified module architecture design principles, to achieve the continuation of design features, clearly show the product's efficient scalability and connected characteristics.

In terms of color matching, the main colors are black and blue, black represents rigor and professionalism, and blue symbolizes technology and depth. The combination of the two conveys the potential energy sense and efficient atmosphere of the product. This color combination is fixedly applied to family products, forming a distinct and continuous visual identification, allowing users to identify the family series of the product at a glance, and deeply feel the unique charm and excellent performance endowed by the concept of quantum matrix to the product, so that the family design in the server product PI design can be perfect interpretation and continuous inheritance.