Industry analysts view the recently announced strategic partnership between Telekom Malaysia Bhd (TM) and ZTE (M) Corp Sdn Bhd as a technically significant move toward building a hybrid cloud 5G core network in Malaysia. According to a joint statement released yesterday, the collaboration is structured around a three-year plan focused on advancing TM’s 5G Core project through several specific technologies: bare metal containers, software-defined networking-based architecture, hardware acceleration, and three-layer decoupling.
Technical Architecture and Network Implications
Specialists examining the announcement note that the integration of these technologies points to a deliberate engineering approach. Bare metal containers, for instance, allow for direct hardware access without the overhead of a virtualized operating system, potentially improving performance for latency-sensitive applications. The software-defined networking-based architecture enables more flexible and programmable network management, while hardware acceleration can offload processing tasks to specialized chips. Three-layer decoupling—typically separating control, user, and management planes—is a design principle that can increase network resilience and scalability.
The joint statement indicated that the implementation is expected to “change and revolutionize how data will be processed and transferred.” Analysts interpret this as a reference to the core network’s role in handling increased data loads as Malaysia’s 5G adoption and ecosystem grow. The statement specifically noted that “developing a high-capacity network will also handle the increased requirement for network bandwidth and speed.”
Industry Applications and Future Use Cases
With the converged network integrated, TM is positioned to serve a variety of industries, including healthcare, banking, transportation, and education, with what the statement described as “seamless connectivity and superior network performance.” Technical observers point out that a hybrid cloud 5G core network—combining on-premises infrastructure with cloud resources—can offer the low latency needed for real-time applications while maintaining the flexibility of cloud-based scaling.
The partnership is also expected to aid the development of smart cities, the Internet of Things (IoT), and other next-generation technologies that require quick, low-latency connectivity. TM Executive Vice President for Mobile Jasmine Lee Sze Inn characterized the collaboration as “a significant step forward for 5G technology in Malaysia,” adding that the innovative hybrid cloud 5G core network is expected to “completely transform the country’s telecom sector.”
ZTE Malaysia’s Chief Executive Officer Steven Ge expressed confidence that the development of this hybrid cloud 5G core network “will serve as the template for future networks.” He noted that ZTE is a leading provider of information and communication technology solutions globally and that the company is “dedicated to this partnership, which will make Malaysia one of the first nations in the region to roll out its 5G network.”
What to Watch Next
Looking ahead, industry watchers will be monitoring how this three-year partnership progresses from announcement to deployment. Key areas to observe include the timeline for initial network testing, how the hybrid cloud architecture integrates with existing TM infrastructure, and whether the technical template developed in Malaysia will indeed be replicated in other markets. The collaboration’s ability to deliver on the promised high-capacity network for bandwidth-intensive applications—particularly in healthcare, banking, transportation, and education—will be a critical benchmark for success in Malaysia’s evolving 5G landscape.
