
BlueFin High Performance Computing Accelerator Board is an accelerator board for GPGPU chips designed and produced using chip Modularization technology (Chiplet). BlueFin is suitable for high-performance computing and AI training scenarios.
Traditional GPU-accelerated boards typically have a GPU integrated circuit chip that integrates all the necessary computing and storage units, but as computing tasks become more complex, a single chip faces limitations in terms of power consumption, heat dissipation, and integration. Our chip modularization technology (Chiplet) integrates chips with different functions and processes through modular design and advanced packaging processes, so that each chip component (such as computing units, storage units, communication interfaces, etc.) can focus on different tasks.
The advantages of Chiplet: the algorithm computing power elastic configuration, according to the application needs, can quickly provide customers with the required solution, no need to re-flow sheet, chip yield is higher than SoC.

Advantages and applications of chip modularity technology (Chiplet) compared to single chip:
First, the modularity of the chip enables performance customization: that is, the design can be customized to the specific work and load of an individual Chiplet to provide the best performance, which also optimizes the overall power consumption.
Second, the scalability of the computing power and algorithm: that is, the system design can be easily expanded, just like stacking wood, by adding new Chiplet to fit the requirements of the task without having to completely change the design.
Third, it can save costs: because the chip modularity makes the module in the design and manufacturing stage can choose and use the existing mature chip components to be combined, thereby reducing research and development and production costs.

Our BlueFin high-performance GPGPU accelerated board can be widely used in a variety of high-performance computing and AI training scenarios, supporting signal processing, fluid mechanics, biomedicine, molecular materials, weather prediction, rail transit and other high-performance computing and high-end industrial manufacturing scenarios, supporting mainstream AI computing frameworks. And AI models including video, images, speech, language, recommendation systems, etc. They can be installed in data center servers, edge devices, and embedded systems to deliver efficient AI and high-performance computing capabilities.
BlueFin chips and boards are equipped with a deeply optimized software architecture and user interface to fully meet the needs of users for performance and functionality.