On December 19, One NZ launched the world’s first nationwide mobile direct-to-satellite communication service (One NZ Satellite TXT), based on Starlink V2 mini’s Direct-to-Cell (DTC) technology. This marks the world’s first official nationwide “legacy” mobile direct-to-satellite service.
Key points of interest include:
Initial Service Focus: The service initially supports text messaging (TXT), with plans to expand to voice and data services in the future.
Device Compatibility: Not all devices are supported at this stage. Initially, the One NZ Satellite TXT service is compatible with a limited number of eligible phones. After a few months of testing, customers will receive a notification message stating that “phones purchased outside New Zealand may not be compatible.” This is noteworthy, as it means that not all legacy phones can currently access the satellite network. Specific testing and adjustment details have not been disclosed. Supported models currently include some Samsung foldable phones and the S24 series, while other models are still undergoing testing. Apple devices do not yet have supported models or testing plans.
Service Delays: During the current stage, text messages may take several minutes to send and receive. Based on the initial service capabilities, users typically have to wait around 3 minutes, with some cases taking up to 10 minutes. As the network expands, this waiting time is expected to decrease. This could indicate that the network is not yet providing real-time coverage and that resources are limited.
starlink new zealand price: The service will be integrated into existing plans without additional charges. The lowest service plan is priced at NZD 45/month, with the cost dropping to NZD 35/month for multiple users. Business users will enjoy even lower rates.
At the same time, U.S. carrier T-Mobile announced on December 16 that it is opening up mobile direct-to-satellite services for the public. According to the official release, T-Mobile will collaborate to provide mobile direct-to-satellite service in areas of the U.S. that are not covered by ground-based stations, spanning 500,000 square kilometers. T-Mobile further emphasized that, by integrating “cell towers in space,” it is advancing toward seamless global coverage. T-Mobile announced that its users can begin registering for Starlink satellite service starting December 18. This beta version will be “open and free” to postpaid voice users with “compatible devices.” The test phase is expected to launch in early 2025, and T-Mobile’s and Starlink’s satellite service has been approved by the U.S. Federal Communications Commission (FCC).
Image from starlink website
As of now, Starlink’s mobile direct-to-satellite service has completed the deployment of 349 satellites in orbit, including the launch of the 53° inclination constellation. The deployment of 43° lower inclination satellites is set to begin in large batches, with two rocket launches expected in the coming days to deploy 26 satellites. From the first batch of six experimental satellites earlier this year to nearly 400 operational satellites forming the network, SpaceX has once again demonstrated its impressive efficiency. While the user experience may not be perfect at this stage, considering the pricing and efficiency, this development is certainly worth watching.
Boobrie Starlink Gen 2 Cable:STARLINK – BOOBRIE