What’s Driving China’s Server Market Surge? 2023‑2024 Trends and Future Outlook

The analysis is based on the “2025 China Xinchuang Server Vendor Research Report”. Total server procurement in China grew from 458.2 billion yuan in 2023 to 505.8 billion yuan in 2024, a year‑over‑year increase of 10.4%.

Regionally, Beijing leads with 92 billion yuan, while Guangdong, Jiangsu and Liaoning each account for 30‑40 billion yuan, indicating a clear geographic disparity.

Based on the data, the incremental Xinchuang‑enabled server procurement rate is estimated at 49% for 2024 and is expected to reach 82% by 2027.

Sector‑wise, government, telecom and financial institutions dominate procurement, contributing 21%, 9% and 7% respectively.

Buyers prioritize stability and security above all, followed by economic considerations such as long‑term ROI, product practicality, system compatibility, and forward‑looking technology that supports smooth upgrades.

CPU core count trends show that government workloads are satisfied with ≥4 cores, whereas other sectors increasingly demand 8‑64 cores, with more than 20 cores becoming common.

In the CPU architecture arena, x86 remains the dominant platform. ARM’s share has risen slightly but still lags far behind. Major x86 vendors include HaiGuang (C86) and Zhaoxin, while ARM offerings come from Kunpeng and Feiteng, each with distinct compatibility advantages and limitations.

The domestic server market is fragmented: companies such as Inspur, H3C, Lenovo and Zhongke Controllable hold varying shares thanks to their technical strengths, market resources, and brand influence.

HaiGuang’s C86‑based servers feature a three‑tier product line (3000/5000/7000). The C86‑4G model has earned a Level‑II security certification from the China Information Security Evaluation Center, the highest current rating. Performance tests show the C867000 chip leading UnixBench multi‑core scores, making it suitable for high‑load, low‑latency, and 10‑times‑throughput scenarios common in government and core‑business workloads.

Software compatibility between x86 and ARM is addressed through virtualization solutions that enable an ARM host to run an x86 virtual environment, allowing certain applications to be migrated with acceptable performance trade‑offs.

Ecosystem expansion is driven by commercial incentives; large data‑center operators like Huawei and Amazon wield significant bargaining power with software vendors. The Kunpeng ecosystem already includes over 150 participating companies.

Looking ahead, rapid advances in big data, artificial intelligence and the Internet of Things will push servers toward higher performance, greater intelligence, greener operation, and richer ecosystems, cementing their role as the backbone of digital transformation.