In today's rapidly advancing information technology landscape, servers, as core devices for data processing and storage, bear an increasingly critical mission. This fully localized server motherboard features a Phytium FT2000+/64-core processor, paired with Huawei's Ascend 310 AI chip, delivering exceptional performance and reliability.

Core Configuration, Powerful Performance The motherboard is equipped with a Phytium FT2000+/64 server processor, featuring 64 cores with a clock speed ranging from 1.8GHz to 2.2GHz, effortlessly handling both high-load computing and multi-task processing. Concurrently, the introduction of the Huawei Ascend 310B AI processor makes the deployment of intelligent applications more efficient, providing enterprises with powerful data analysis and processing capabilities.

Reliable Memory and Storage The motherboard comes with 64GB DDR4 memory, supporting ECC technology to ensure data integrity and stability. Additionally, it features 8GB eMMC storage and multiple expansion storage interfaces, including 2.5-inch SATA and M.2 interfaces, offering flexible storage solutions to meet diverse user needs.

Robust Connectivity The motherboard is equipped with 8 adaptive network ports, supporting flexible selection of 1000/100/10Mbps, ensuring efficient and stable data transmission. Furthermore, the design with 6 RS232 serial ports provides more possibilities for connecting various devices.

Convenient Expansion and Display The motherboard features 1 PCIe x16 slot and 1 PCIe x8 slot, allowing users to easily expand based on their actual needs. Concurrently, an independent graphics chip and 2 DVI / 1 HDMI / 1 VGA display interfaces meet high-performance display requirements, providing support for multimedia applications.

Adaptive Power Supply and Operating System Support An ATX or single DC +12V power supply solution, with a maximum power consumption not exceeding 240W (excluding expansion modules), ensures efficient energy utilization. The motherboard supports custom UEFI and is compatible with the domestic Kylin V10 server operating system (Standard and Defense editions), offering users a flexible operating experience.

Below is a technical analysis of the fully localized server motherboard solution based on Phytium FT2000+, Ascend 310B, and PCIe 5.0 Switch, integrating existing technical routes and future evolution directions:

⚙️ I. Core Hardware Configuration

‌Processor and AI Acceleration‌
- ‌Phytium FT2000+/64‌: 64-core ARMv8 architecture, 1.8-2.2GHz clock speed, supports 256-bit SIMD instruction set, providing general computing power support24.
- ‌Ascend 310B‌: Integrates 20TOPS INT8 computing power (Da Vinci architecture), supports 4-channel 4K@75FPS video decoding, specialized for AI inference tasks34.
‌PCIe Interconnect Architecture‌
- ‌**Current Solution (PCIe 3.0)**‌: The motherboard provides 1 PCIe x16 slot (compatible with x8 devices) and 1 PCIe x8 slot, supporting external Switch expansion cards19.
- ‌PCIe 5.0 Evolution Direction‌: Phytium's new generation processors (e.g., FT-2000/4) already support PCIe 4.06. Combined with third-party domestic PCIe 5.0 Switch chips, 128GT/s bandwidth can be achieved, reserving upgrade space for multi-card collaboration and high-speed storage.

🔗 II. Value of PCIe 5.0 Switch Integration

‌Feature‌

‌Significance‌

‌Multi-Card Expansion Capability‌

Expand with 16+ Ascend 310B cards via Switch to build large-scale inference clusters, addressing single-card computing power bottlenecks310

‌Heterogeneous Resource Pooling‌

Achieve hardware decoupling of FT2000+ CPU, Ascend NPU, and NVMe storage, enabling dynamic allocation of computing resources48

‌Low-Latency Communication‌

PCIe 5.0 latency reduced to nanoseconds, improving Ascend 310B multi-card collaborative inference efficiency (e.g., real-time video analysis)610

🛡️ III. Fully Localized Technology Closed Loop

‌Hardware Autonomy‌
- Phytium CPU + Ascend NPU + domestic Switch chips (e.g., HiSilicon or third-party solutions) achieve full-link replacement49.
‌Software Ecosystem‌
- Supports Kylin V10 operating system (Defense edition), optimizing PCIe data transmission paths via CANN drivers59.
‌Energy Efficiency Control‌
- Maximum board power consumption ≤240W (excluding expansion modules), with liquid cooling solutions adapted for high-density deployment19.

🌐 IV. Typical Application Scenarios

‌Smart Security‌: 8 Ascend 310B channels connected via PCIe Switch, enabling real-time analysis of 320 channels of 1080P video streams310.
‌Air Traffic Control System‌: Phytium FT2000+ processes flight data, Ascend 310B handles AI recognition of radar signals, and PCIe 5.0 ensures low-latency communication8.
‌Large Model Edge Inference‌: Models like DeepSeek are distributedly deployed in Ascend clusters, with the Switch optimizing inter-card weight synchronization