On April 15th, Ingenic Semiconductor's independently developed second-generation desktop-level graphics card chip IDM929 and Feiteng's Teng Rui D2000 processor have completed compatibility adaptation certification.
After rigorous testing by both teams, the IDM929 GPU runs smoothly on the Feiteng Teng Rui D2000 processor platform, exhibiting stable performance and compatibility, meeting the standards for stable, efficient, and secure usage.
In the future, based on the IDM929 graphics card chip, Feiteng processor, and domestically produced operating systems, the two parties will realize more applications in domestic innovation and localization.
Previously, in early February, Ingenic Semiconductor's IDM929 also completed compatibility adaptation certification with LoongArch, an independently developed architecture by Loongson Technology.
The IDM929 graphics chip from Zhihui Microelectronics is developed for scenarios requiring high reliability, stability, security, and low power consumption, catering comprehensively to domestic CPU processors and OS operating systems.
Featuring 4 micro-cores and 512 programmable unified rendering cores, it supports both 2D and 3D graphics rendering, PCIe 3.0 transmission, and 4 independent display outputs with a maximum resolution of 4K/60Hz, meeting the office demands of enterprises and government agencies.
Moreover, it incorporates the industry-leading VPU module, supporting hardware decoding of H264/MPEG videos, alongside robust parallel processing capabilities, fulfilling the needs of intelligent security, surveillance, and other governmental and enterprise applications.
The Teng Rui D2000 is Feiteng's next-generation high-performance domestic CPU, featuring 8 independently developed high-performance cores, the FTC663, compatible with the 64-bit ARMv8 instruction set. With a clock speed ranging from 2.3 to 2.6GHz and a TDP power consumption of 25W, it integrates a rich set of I/O interfaces and supports Feiteng's proprietary processor security architecture standard, PSPA 1.0.
It meets the demands for performance and secure reliability in more complex application scenarios, providing robust, secure, and reliable core computational support for domestic replacements in critical sectors such as government affairs, education, energy, transportation, and industrial manufacturing.
