CelcomDigi Pays $94M for Malaysian 5G Spectrum, Creates Four-Year License Risk

CelcomDigi commits RM381.75 million to 2600 MHz and 900 MHz spectrum

CelcomDigi Telecommunications received formal spectrum assignments from the Malaysian Communications and Multimedia Commission on November 1, 2026: 2×20 MHz in the 2600 MHz band running through October 31, 2030, and 2×5 MHz in the 900 MHz band running through October 31, 2031. The company paid RM381.75 million (US$94.15 million) in assignment fees plus recurring annual charges of RM42 million for 2600 MHz and RM3,500 per apparatus for 900 MHz.

The 2600 MHz holding gives CelcomDigi contiguous 2×40 MHz in that band. The company says the spectrum will support additional radio capacity and coverage, but the announcement contains no measured throughput, latency, population coverage, or enterprise-service adoption data. Performance gains remain unverified.

What this means for enterprise connectivity buyers

The spectrum award strengthens CelcomDigi's competitive position against Maxis, Telekom Malaysia's mobile operations, and U Mobile, particularly where enterprises need higher-capacity 5G connectivity at factories, campuses, logistics facilities, and branch sites. The 2600 MHz allocation is primarily a capacity asset. The 900 MHz spectrum improves lower-frequency coverage and indoor or wide-area reach.

The investment also increases CelcomDigi's ability to compete with fixed broadband and fixed wireless access providers by expanding radio resources for 5G-based premises connectivity. However, spectrum ownership does not establish that CelcomDigi can match fiber on latency, symmetry, service-level guarantees, or installation economics.

Four-year license term creates procurement risk

The 2600 MHz license expires October 31, 2030—four years from assignment. The 900 MHz license expires October 31, 2031. Enterprises deploying long-lived industrial connectivity should include renewal, migration, and service-continuity provisions in contracts. If CelcomDigi does not renew or loses spectrum in a future auction, buyers may face forced migration or service degradation.

The RM381.75 million capital commitment and RM42 million annual 2600 MHz fee could push CelcomDigi to prioritize monetizable enterprise use cases, including private networks, managed SD-WAN underlays, and fixed wireless access. Buyers should expect sales pressure on these services in 2027.

Procurement requirements for enterprises

Buyers should not treat the spectrum award as proof of service improvement. Require site-specific coverage and performance commitments before committing budget. Compare CelcomDigi's post-deployment results with competing operators on:

- Measured upload and download throughput under load - Latency and jitter at enterprise sites - Indoor penetration at specific facilities - SLA remedies with financial penalties - Whether traffic runs through public 5G, network slicing, or a dedicated private-network architecture

Spectrum is a capacity input, not a service output. Enterprises using CelcomDigi for 5G backup, temporary sites, or distributed branches may see improved availability once network upgrades deploy, but buyers should validate claims with measured performance data before expanding commitments.

MDA Space receives $100M+ authorization for IRIS² satellite antennas

MDA Space announced an authorization-to-proceed agreement valued at more than US$100 million with Thales Alenia Space for digital phased-array antennas and digital antenna controllers for 66 Layer 1 low-Earth-orbit satellites in the European Union's IRIS² secure-connectivity constellation. The agreement covers MDA's AURORA broadband digital phased-array technology.

This is an initial work authorization, not evidence that the full constellation or the complete MDA scope has been delivered. The announcement provides no launch date, service pricing, enterprise customer count, or measured network performance. The contract positions MDA inside a European sovereign-connectivity program led by Thales Alenia Space, a joint venture owned 67% by Thales and 33% by Leonardo.

Enterprise implications: not yet a near-term buying option

The authorization is an engineering and procurement milestone. It does not establish commercial availability, terminal pricing, coverage, throughput, or service-level terms. European enterprises and public-sector organizations may eventually gain an additional satellite option for backup connectivity, remote operations, and disaster recovery, but procurement decisions should wait for confirmed service architecture, jurisdictional controls, and operating guarantees.

Organizations with European data-residency, governmental-security, or strategic-autonomy requirements may view IRIS² as a potential alternative to U.S.-controlled satellite platforms such as Starlink, but the program remains in early-stage deployment. The competitive field includes Eutelsat OneWeb, SES, and Amazon's Project Kuiper, although IRIS² is differentiated by European governmental and security objectives rather than purely commercial broadband scale.

What to watch

For CelcomDigi buyers: Track deployment milestones, measured performance data, and contract terms addressing the four-year 2600 MHz license expiration. Compare CelcomDigi's post-upgrade performance against competing operators on latency, throughput, and SLA remedies before expanding commitments.

For IRIS² watchers: Monitor for commercial service announcements, terminal pricing, and coverage maps. The program's value to enterprise buyers depends on whether it delivers sovereign connectivity with competitive economics and performance, not just European ownership.