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Why Choose Our Campus Cloud Solution?
Integrating robust infrastructure with smart governance to eliminate data silos and empower
next-generation research and education.
next-generation research and education.
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Full-Stack Cloud Capabilities
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Agile Resource Allocation
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Unified IT Orchestration
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Smart Campus Empowerment
Full-Stack Cloud Capabilities
IaaS: High-performance Compute, Storage, Network, and Security.
PaaS: Agility with Containers, Microservices, and Databases.
PaaS: Agility with Containers, Microservices, and Databases.
Agile Resource Allocation
Tenant-Centric: Rapid delivery tailored to specific needs.
Smart Efficiency: Real-time monitoring for high-utilization partitioning.
Unified Governance: Seamless alignment of technical and management workflows.
Smart Efficiency: Real-time monitoring for high-utilization partitioning.
Unified Governance: Seamless alignment of technical and management workflows.
Unified IT Orchestration
Legacy Support: Centralized orchestration of existing VMware environments.
Multi-Tier Control: Integrated management across departments and campuses.
Converged Infrastructure: Unified control for new and foundational resources.
Multi-Tier Control: Integrated management across departments and campuses.
Converged Infrastructure: Unified control for new and foundational resources.
Smart Campus Empowerment
Solid Foundation: Unified architecture for institutional data centralization.
Data Connectivity: Eliminate physical silos for a fully connected campus.
Data Connectivity: Eliminate physical silos for a fully connected campus.
Solution Architecture
Seamlessly integrating cloud intelligence into campus infrastructure.
Key Scenarios
Flexible and Simplified One-stop Cloud Infrastructure
Cloud Platform
H3C CloudOS integrates traditional IT with modern technologies like containers and AI to securely automate IaaS, PaaS, and SaaS delivery while providing a unified O&M experience.
- 1. Full stack cloud service capabilities
- 2. Agile business development and rapid launch
- 3. Unified management of resources to improve operation and maintenance efficiency
- 2. Agile business development and rapid launch
SDN-based DC Network
AD-DC is an intelligent converged system uniting management, control, and AI analytics. It automates deployment via GUI intent-based design, ensuring end-to-end validation from simulation to troubleshooting. Its analytics provide full data center awareness, leveraging AI to pinpoint faults.
- 1. Full lifecycle network automation to improve business launch speed
- 2. Comprehensive network insights, more intuitive operation status
- 3. AI minute level fault location, faster business troubleshooting
- 2. Comprehensive network insights, more intuitive operation status
Key Solution Components
Empowering campus digitalization with a unified portfolio of high-performance computing,
connectivity, and full-stack protection.
connectivity, and full-stack protection.
Ready to Accelerate Your Campus Innovation?
From traditional silos to a high-speed digital foundation — let our cloud experts help you build an agile environment for research and education.
FAQ
Q: How does the campus cloud platform address resource waste and complex management in universities?
A: Universities often face resource silos, duplicate construction, and high O&M costs across multi-campus and multi-department environments. H3C CloudOS 7.0 delivers a full-stack cloud solution with unified resource orchestration. It integrates existing VMware, departmental, and new resources, breaking data silos and enabling centralized IT scheduling. Tenant-centric, on-demand allocation of compute (VM/CAS), storage, network, and security accelerates service deployment. Intelligent O&M enhances security and simplifies management.
Q: How does university cloud balance cloud service experience with internal cost accounting?
A: Universities demand self-service agility like public cloud but require strict cost control and security. CloudOS adopts an operational model with fine-grained policies. A unified portal enables “one-click” resource application, cutting VM delivery to 1 minute. Customizable chargeback (CPU, memory, storage, duration) supports departmental usage stats and quotas, preventing abuse. E-approval workflows align with existing campus processes—deans review and approve quotas via email, improving efficiency without changing habits.
Q: How does AD-DC resolve high network complexity, slow service deployment, and difficult O&M in university data centers?
A: Legacy campus data centers suffer rigid architectures and error-prone manual config. H3C AD-DC (Application-Driven Data Center) leverages SDN for automation and intelligence. A Super Controller enables intent-based deployment, cutting service provisioning time by 90%. Built-in AIOps boosts operational efficiency by 3x and reduces change-related risks by 70%, eliminating manual VLAN errors. Supporting 400G/800G lossless networks and native IPv6, it meets 5–8 years of growth and provides high-bandwidth, reliable underlay for campus clouds.