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Built for Schools. Proven at Scale.
From rapid service deployment to AI-ready campus applications - everything your school's
infrastructure needs, in one integrated platform.
infrastructure needs, in one integrated platform.
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Rapid Service Online
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Burst Business Guarantee
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Unified Management
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Simplified Intelligent Transformation
Rapid Service Online
H3C UIS 3000 G6 and UIS 2000 G6 leverage hyper-converged architecture to enable the rapid deployment of new services.
Burst Business Guarantee
For periodic burst business such as new student enrollment and course selection, the smooth operation of the systems is ensured through dynamic resource adjustment.
Unified Management
H3C UISM offers centralized, heterogeneous management of H3C CAS, bare metal servers, and VMware VMs, safeguarding user investments
Simplified Intelligent Transformation
H3C Linseer supports various large models with build-in education-specific applications, to accelerates schools shift to intelligent campus services.
Solution Architecture
Compute, storage, and network - converged into one.
Key Scenarios
Flexible and Simplified One-stop IT Infrastructure
Hyper-converged Platform
It seamlessly integrates compute, storage, and security software on general-purpose servers to consolidate infrastructure, simplifying IT operations to accelerate deployment, boost efficiency, and cut energy costs.
- 1. Hyper-converged architecture to enable the rapid deployment of new services
- 2. For periodic burst business, the smooth operation of the systems is ensured through dynamic resource adjustment
- 3. UIS offers centralized, heterogeneous management of CAS, bare metal servers, and VMware
- 2. For periodic burst business, the smooth operation of the systems is ensured through dynamic resource adjustment
Data Center Network
Designed for Smart Ultra-broadband Cloud Data Centers, this solution delivers full-scenario products tailored for scalability, intelligence, and total visibility.
- 1. High-density ports and flexible expansion capabilities
- 2. Rich data center features and QoS policies
- 3. Complete management capabilities and security control strategies
- 2. Rich data center features and QoS policies
Key Solution Components
One integrated HCI stack with everything your school needs to run, protect, and scale.
Ready to Simplify Your School IT?
One platform. Zero complexity. Built for every school.
FAQ
Q: Why do campus data centers recommend using hyper-converged architecture instead of traditional virtualization platforms?
A: Compared to traditional separated compute and storage virtualization platforms, hyper-converged architecture provides both storage and computing capabilities. This not only significantly reduces hardware investment and power costs but also places computing closer to storage, achieving optimal performance. Hyper-converged architecture typically uses fully distributed components, allowing for horizontal expansion without single points of failure. Data can be automatically recovered and backed up, offering significant performance advantages.
Q: How much can business deployment speed be improved by using a hyper-converged solution?
A: Using H3C's UIS hyper-converged solution can significantly shorten the business deployment cycle. Traditional delivery models typically take 2 to 5 months from project initiation to business deployment. In contrast, UIS hyper-convergence adopts a "four-pre" model—pre-optimization, pre-verification, pre-integration, and pre-installation—to deliver integrated hardware and software. It can be ready for use within 30 minutes after racking and powering on, with the fastest business deployment achievable in just 5 minutes, greatly improving response efficiency.
Q: How does hyper-converged architecture ensure high availability (HA) and data security for critical campus services (such as campus card systems and academic management systems)?
A: The hyper-converged solution ensures high service reliability through multi-layered technologies. At the data level, the integrated distributed storage (ONEStor) supports volume-based multi-replica or erasure coding redundancy strategies, enabling rapid data reconstruction without hot spare disks. At the service level, it provides application HA, virtual machine HA, and platform-wide reliability monitoring. Additionally, the solution includes disaster recovery functions such as agentless backup and CDP continuous data protection, ensuring data integrity and business continuity for high-concurrency, high-continuity services like campus card systems.