Ookla has published an analysis of Malaysia's 5G network performance at the point when the country moves away from a single consolidated 5G wholesale model and introduces a second 5G network, a structural change few markets have attempted.

The report, titled "Charting Malaysia's 5G Performance as the Country Transitions to a Dual 5G Network Model," examines speed and connectivity measurements collected through Ookla's Speedtest platform as the market enters this new phase. The analysis lands at a consequential moment: Malaysia initially built its 5G footprint through a state-backed single wholesale vehicle, Digital Nasional Berhad (DNB), in which the country's mobile operators collectively took equity stakes after prolonged commercial negotiations.

Under that arrangement, all of Malaysia's major mobile operators — CelcomDigi, Maxis, U Mobile, YTL Communications and Telekom Malaysia's TM One — retail 5G services over the same physical network. The government later decided to end the single-network monopoly and license a second 5G network, opening the door to infrastructure-based competition between 5G wholesalers for the first time.

Ookla's measurements matter here for a practical reason. When every operator rides on the same radio access network, retail 5G performance differences between carriers largely disappear, since the underlying spectrum, towers and core are shared. A move to two networks means performance outcomes will start to diverge by operator and by wholesale host — and Speedtest data becomes one of the few independent yardsticks for tracking that divergence as it happens.

The transition also carries regulatory weight. Malaysia's communications regulator has had to define the terms under which a second 5G network operator can enter, including spectrum assignment and access conditions, while the finance ministry — which controls DNB's ownership structure alongside the mobile operators — has had to reconcile the new competitive model with the investment the operators already committed to the first network.

For consumers and enterprise buyers, the stakes are straightforward. The original single-network model was justified on the grounds that duplicating 5G infrastructure would be wasteful in a market of Malaysia's size, and that one well-capitalized wholesaler could deploy faster. Critics of the model countered that a monopoly wholesaler weakens the commercial incentive to keep improving throughput, latency and coverage once the build-out obligation is met. A dual-network structure tests both arguments at once.

Ookla's dataset offers the empirical baseline for that test. As the second network moves from licensing to actual deployment, subsequent Speedtest results will show whether competitive pressure lifts median 5G speeds, tightens consistency scores, and narrows the performance gap between urban and rural users — or whether the market simply splits the same performance across two sets of infrastructure.

The report's publication timing is also significant for the vendors. A second national 5G network in Malaysia implies additional radio access and core contracts at a scale large enough to matter for any equipment supplier that wins them, and Malaysia's earlier 5G deployment was itself one of the larger single-network builds in Southeast Asia. How the new wholesale entrant stages its rollout, and which operators choose to anchor themselves to it rather than DNB, will shape the regional vendor picture.

Ookla's analysis frames the questions the industry will spend the next several rollout cycles answering. As Malaysia's operators and the new network licensee move through spectrum assignments and phased deployment, the Speedtest record will provide the running measurement of whether the country's experiment in structured 5G competition pays off in delivered performance.