Starlink to Trial Direct-to-Cell Service in Malaysia

Starlink Direct-to-Cell Service in Malaysia

Starlink Direct-to-Cell is a satellite-to-phone service developed by SpaceX that enables standard, unmodified LTE smartphones to connect directly to Starlink satellites, bypassing the need for terrestrial cell towers. The service is designed to eliminate mobile dead zones in remote, rural, and disaster-affected areas. In Malaysia, a trial of this service was announced in 2025, aiming to provide connectivity to underserved regions without existing cellular infrastructure. The service operates using spectrum licensed to T-Mobile in the United States and is expected to be extended to partner carriers globally.

Starlink Direct-to-Cell allows any standard LTE phone to send texts, make calls, and eventually use data through a satellite network, without requiring any hardware modifications.

Key Facts

How Does Starlink Direct-to-Cell Work?

Starlink Direct-to-Cell works by equipping Starlink satellites with advanced eNodeB modems that act as cell towers in space. When a standard LTE phone is within a satellite’s coverage footprint, the satellite establishes a direct radio link using licensed spectrum, routing calls and messages through the Starlink network and into the public switched telephone network. The system uses beamforming and phased-array antennas to manage interference and maintain connectivity.

According to the Lowyat.net report, “The trial will test the ability of Starlink’s satellites to provide basic SMS connectivity to unmodified phones in Malaysia’s most remote areas, with voice and data services expected in later phases.”

Each Starlink satellite equipped for Direct-to-Cell can cover an area of approximately 1,000 square kilometers, providing connectivity to any LTE phone within that footprint.

What Areas Will the Trial Cover?

The trial will focus on regions in Malaysia that currently lack terrestrial cellular coverage, including parts of Sabah, Sarawak, and the interior of Peninsular Malaysia. Exact locations have not been publicly specified, but the initiative targets areas where building traditional cell towers is economically or geographically impractical.

Malaysia’s Communications and Multimedia Commission (MCMC) has expressed support for the trial, noting that it aligns with the national goal of achieving 100% mobile broadband coverage by 2030. The trial is expected to last six to twelve months before a potential commercial rollout.

Over 1.5 million Malaysians live in areas without any mobile signal, making them the primary beneficiaries of the Direct-to-Cell trial.

Who Is This For?

Starlink Direct-to-Cell is designed for individuals and communities in remote or rural locations where terrestrial cell towers are absent or unreliable. This includes indigenous villages in the Malaysian rainforest, offshore fishermen, hikers in national parks, and emergency response teams operating in disaster zones where ground infrastructure has been destroyed. The service also benefits travelers who frequently pass through dead zones.

Unlike traditional satellite phones that require bulky, expensive handsets, Direct-to-Cell works with the phone already in a user’s pocket, making it accessible to a much wider population. The service is expected to be offered at a low monthly cost or bundled with existing mobile plans from partner carriers.

Starlink Direct-to-Cell eliminates the need for specialized satellite phones, allowing any LTE smartphone user to stay connected in areas previously considered unreachable.

Common Questions

Will I need a new phone to use Starlink Direct-to-Cell?

No. The service works with any standard LTE smartphone that you already own. No hardware modifications, apps, or special SIM cards are required. The phone connects directly to the satellite using its existing cellular radio.

How fast is the connection during the trial?

During the initial trial phase, only SMS text messaging will be available. Data speeds have not been announced, but SpaceX has stated that future updates will support voice calls and low-bandwidth data, with speeds comparable to 2G or early 3G networks.

When will Starlink Direct-to-Cell be available nationwide in Malaysia?

There is no confirmed nationwide launch date. The trial is scheduled for 2026, and a commercial rollout will depend on trial results, regulatory approvals, and partnership agreements with Malaysian mobile operators. Optimistic estimates suggest late 2027 or 2028.

Sources and Methodology

This article is based on the Lowyat.net report titled “Starlink to Trial Direct-to-Cell Service in Malaysia” published in 2026. Additional technical details about Starlink Direct-to-Cell are derived from public statements by SpaceX and T-Mobile. All currency figures, if any, are in Malaysian Ringgit (MYR) unless otherwise noted. This article was last updated on 14 March 2026.