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Based on strong computing power and low-power chips, the energy consumption of completing the same computing tasks is more than twice that of traditional X86 servers.
Compared to X86 and ordinary ARM servers at the same price level, the computing power is increased by 1.5 times, which improves customer investment returns.
Compared to X86 servers, Android has a natural compatibility with the ecosystem, allowing customer applications to be quickly deployed and reducing software costs.
Compared to X86 and regular ARM servers, it has higher robustness, system security, stability, and ensures smooth business operations.
SoC array servers are the best foundation for mobile game edge rendering streaming, satisfying customers' immersive experience.
Empowering the first chip instruction set simulation teaching cloud platform enables on-demand learning and significantly increases efficiency.
Digital human technology has been applied in fields such as e-commerce live streaming and enterprise online customer service. Qisuo provides a comprehensive digital human cloud pedestal technology solution.
Quality inspection for industrial production has started to be commercialized, with costs reduced by more than 60% compared to previous AI server costs.
Provide mobile cloud desktop solutions and interactive customer service solutions for government, enterprise, financial, and education clients.
Cloud computing rendering frees up terminal computing power, achieving terminal lightweightedness and lower costs.
ARM architecture SOC array servers, also known as ARM cluster servers or SOC array servers, are server devices that install multiple (such as 32, 64, 128) computing units based on high-performance ARM SoC designs in a single server chassis. These computing units communicate with each other via high-speed networks, while the entire server connects to the Internet or LAN via high-speed networks, responsible for completing cloud computing tasks. Such servers are particularly suitable for IaaS, PaaS, and SaaS platforms in edge-cloud architectures....
