Telstra Lifts Strategic Capex to A$1.8B While TPG Holds at A$750M

Telstra increases multi-year network investment by 12.5%

Telstra raised its strategic investment envelope from A$1.6 billion to A$1.8 billion for FY23–FY28, a 12.5% increase that funds satellite integration via Viasat, 5G Advanced rollouts, and resilience upgrades. In FY26 alone, the operator upgraded 1,200 mobile sites with 5G Advanced capability, built 150 new sites, and added backup power to 1,800 network locations.

The A$1.8 billion commitment positions Telstra against Starlink and OneWeb-based providers for remote connectivity and strengthens its network slicing and ultra-reliable low-latency communication roadmap. For FY26, Telstra expects cash EBIT between A$4.75 billion and A$4.95 billion, with strategic capex of A$200–300 million this year.

Enterprises operating mines, energy infrastructure, or transport networks gain concrete options for satellite-backed terrestrial services and improved coverage in non-urban areas. The 1,800 sites with backup power provide a quantifiable resilience upgrade relevant for business continuity and disaster recovery planning. Procurement teams evaluating carrier redundancy should treat this as a network quality differentiator when scoring Telstra against Optus and TPG.

TPG's A$750M budget defines limits for coverage and upgrades

TPG Telecom issued FY26 guidance with capital expenditure of approximately A$750 million and EBITDA between A$1,665 million and A$1,735 million. The capex level funds mobile densification and fixed network upgrades but creates a 2.4x gap relative to Telstra's strategic investment when annualized over the same period.

TPG competes as a viable second or third carrier for enterprise redundancy and price leverage in urban and NBN-served areas. However, the capex constraint means rural and industrial sites may see slower upgrade cycles. Enterprises with multi-site deployments spanning metro and regional Australia face a trade-off: TPG offers commercial flexibility but limited infrastructure depth outside high-ROI zones.

For procurement teams, the A$750 million budget provides a realistic ceiling for what TPG can deliver in coverage and business access products in FY26. Risk assessment should account for slower feature velocity on network slicing, edge compute, and advanced 5G capabilities compared to Telstra's roadmap.

Telekom Malaysia allocates 18–20% of revenue to data centers and GPU infrastructure

Telekom Malaysia reported 1H FY2026 capex of RM555.7 million, equal to 9.4% of revenue, and reiterated full-year capex guidance of 18–20% of revenue. Spending priorities are data centers, cloud, GPU-as-a-Service, and 5G access. The operator maintained guidance for low single-digit revenue growth and stable EBIT compared to 2025.

The explicit allocation to GPU-as-a-Service positions Telekom Malaysia against AWS, Azure, and Google Cloud for AI training and inference workloads, while competing with local data center operators such as AIMS and NTT. The combination of GPU infrastructure and 5G access mirrors bundling strategies from NTT, Telefónica, and Deutsche Telekom.

Enterprises in Malaysia gain access to in-country GPU capacity that improves data residency and latency for AI workloads versus offshore hyperscalers. The 18–20% capex-to-revenue band and stable EBIT guidance suggest no near-term price shock on core connectivity, but enterprises should anticipate premium tiers for GPU and AI-integrated services. Procurement teams should benchmark Telekom Malaysia's GPU pricing against hyperscaler GPU instances and global GPU cloud brokers before committing to multi-year AI infrastructure contracts.

What to watch

The A$1.05 billion gap between Telstra's and TPG's annualized strategic investment creates measurable differences in coverage, resilience, and feature velocity. Enterprises with operations outside Australian metro areas should conduct site-by-site coverage and backup power assessments before renewing carrier contracts. In Malaysia, Telekom Malaysia's GPU-as-a-Service positioning requires price and performance validation against established hyperscalers — early adopters should run parallel workloads to compare cost per GPU-hour and inference latency before migrating production AI workloads. The satellite and 5G Advanced investments from Telstra signal that bundled terrestrial-satellite services will become standard in enterprise RFPs for remote and critical infrastructure by late 2026.