Catalising Digital Futures: Universiti Malaya Builds Cloud-Oriented Infrastructure via H3C SDN Solutions

The Challenge: Systemic Bottlenecks of an Aging Architecture

Prior to the overhaul, UM’s legacy infrastructure hindered its digital-first transition across two primary domains:

• Campus Backbone Network: Rigid, location-dependent access tied user IPs and security policies to physical faculty buildings, forcing disruptive network re-configurations whenever researchers moved across campus. Managing this sprawling infrastructure was a fragmented, labor-intensive process prone to peak-hour bottlenecks.
• Data Center Core: The legacy tree-based network lacked the aggregate bandwidth and low latency required for modern virtualization and High-Performance Computing (HPC), while aging hardware drove up operational complexity and cooling costs.

The Solution: Unified SDN Framework and Next-Gen Data Center Fabric

To eliminate vendor silos and ensure a 10+ year technological longevity, UM deployed H3C’s automated software-defined networking (SDN) portfolio:

1. Campus Refresh: Breaking Silos with AD-Campus

Deployed a centralized enterprise core driven by automated campus orchestration. Utilizing VXLAN network virtualization, the architecture delivers "Zero-Config Mobility" (IP-on-the-Move), allowing security access policies to automatically follow users as they roam between faculties without manual intervention.

2. Data Center Refresh: AI-Ready and Scalable AD-DC Architecture

Overhauled the legacy network into an agile, non-blocking Spine-Leaf fabric. Featuring a future-ready, midplane-free architecture, the new core provides the low-latency, high-density elasticity required to scale up Virtual Machines (VMs) on-demand and process massive datasets.

Project Impact: Shifting to Network-on-Demand & Full-Stack Innovation

The software-defined transformation successfully transitioned UM's infrastructure into a proactive, active layer of institutional intelligence:

• Decoupled Mobility & One-Click O&M: Physical location limits were eliminated, allowing seamless cross-faculty research collaboration. Concurrently, manual provisioning was replaced by one-click service deployment, drastically shortening maintenance windows and optimizing OPEX.
• HPC & AI Acceleration: The non-blocking backbone delivers the "high-speed rails" to eliminate bandwidth constraints, smoothly absorbing peak-hour user concurrency and supporting the university’s advanced AI and medical research.
• Empowering Next-Gen Applications: The resilient SDN foundation seamlessly paved the way for advanced campus ecosystems. UM has successfully deployed H3C Digital Classrooms (featuring MagicHub 4K boards and LinSeer AI analytics) for interactive learning, Learningspace VDI for GPU-virtualized student labs, and H3C CloudOS to provide automated private cloud resources for data-heavy AI projects.

Looking Ahead: A Long-Term Strategic Partnership

The transition to an SDN core has laid a rock-solid foundation for Universiti Malaya’s digital future. Highly recognizing H3C’s technological leadership and robust local support, UM is elevating this collaboration into a long-term, systematic partnership. By establishing an H3C Academy within the Faculty of Computer Science, both institutions are deeply committed to shaping the future of global higher education and cultivating next-generation digital talent.

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