A Global First: One NZ Powers Nationwide Satellite Text Messaging Service via Starlink
In a significant development, SpaceX’s satellite-to-cell service, Starlink, has achieved a nationwide coverage milestone in New Zealand. One NZ, the telecommunications company behind this feat, has become the first global provider to power a nationwide satellite text messaging service using Starlink technology. This achievement marks a significant step forward for Starlink, which has already signed partnerships with several countries, including Canada, Australia, Japan, Peru, Switzerland, and Chile.
Partnerships Across the Globe
Starlink’s expansion into new markets is gaining momentum. The company has partnered with T-Mobile in the US, demonstrating its commitment to providing high-speed internet services across the globe. These partnerships not only expand Starlink’s reach but also enhance its capabilities, enabling seamless communication for users worldwide.
Supported Devices: A Limited but Growing List
For now, only four phone models are compatible with One NZ Satellite TXT service:
- Samsung Galaxy Z Flip 6: A sleek and versatile flip phone that offers a unique blend of style and functionality.
- Samsung Galaxy Z Fold 6: A revolutionary device that combines the best features of both a traditional smartphone and a tablet, providing users with an unparalleled mobile experience.
- Samsung Galaxy S24 Ultra: A flagship device from Samsung that boasts impressive specs, including a large display, powerful processor, and advanced camera capabilities.
- OPPO Find X8 Pro: A premium phone from OPPO that features a cutting-edge design, high-quality cameras, and rapid charging capabilities.
While this list is limited at the moment, One NZ has announced plans to expand device compatibility next year, ensuring more users can take advantage of their satellite-to-cell service.
Initial Rollout: Text Messaging with Some Delays
During the initial rollout, most text messages can be sent and received within a reasonable timeframe – approximately three minutes. However, as One NZ continues to test and refine its capabilities, this time may increase to 10 minutes or longer during the first few months of operation.
"We continue to test the capabilities of One NZ Satellite TXT, and this is an initial service that will get better," said Joe Goddard, Experience and Commercial Director at One NZ. "For example, text messages will take longer to send but will get quicker over time."
Future Developments: Voice Calling and Data Services
One NZ has outlined plans for further development of its satellite-to-cell service. In the near future, users can expect voice calling and data services to become available, enhancing their overall mobile experience.
"We’re beginning with a small number of phones as part of the staggered rollout of the technology," Goddard explained. "And critically, from today customers can send and receive text messages only, but in the future, we expect voice calling and data to also be available."
Pricing: Free for Existing Customers on Paid-Monthly Plans
For existing One NZ customers subscribed to paid-monthly plans, the satellite-to-cell service will be provided at no additional cost. However, details regarding pricing for new customers or those on other contracts have not been disclosed by One NZ.
Previous Pilot Program with T-Mobile
In a precursor to its nationwide launch in New Zealand, Starlink piloted its text-by-satellite service with T-Mobile customers affected by Hurricanes Helene and Milton in October. This pilot was successful, paving the way for wider adoption of this technology.
T-Mobile has since been granted FCC approval for the service and is now enrolling customers to participate in the US Starlink beta program, scheduled for early next year.
Conclusion
The achievement of nationwide coverage by One NZ’s satellite-to-cell service via Starlink marks a significant milestone in the expansion of high-speed internet services globally. As more countries join the Starlink partnership and device compatibility expands, users worldwide will benefit from improved communication capabilities, bridging gaps between traditional network limitations and satellite connectivity.