Connect with us

SpaceX

FCC permits SpaceX for direct-to-cell testing

Published

on

Starlink Direct to Cell smartphone

US Federal Communications Commission (FCC) on Thursday permitted SpaceX to pilot test new direct-to-cell capability, reveals regulatory filings.

SpaceX’s direct-to-cell functionality is based on Starlink satellites and enables access to texting, calling, and browsing in different conditions and remote locations. The Direct-to-cell also connects IoT devices with common LTE standards.

According to the information, SpaceX has planned to start kickoff text-based services in 2024. Meanwhile, the voice and data, and IoT services will rollout in 2025.

The new Starlink satellites with DTC technology feature an advanced eNodeB modem onboard that acts like a cellphone tower in space. It allows network integration similar to a standard roaming partner.

Advertisement

Starlink Direct to Cell smartphone

SpaceX also partnered with various service providers around the global market including T-Mobile (USA), Optus (Australia), Rogers (Canada), One NZ (New Zealand), KDDI (Japan), and Salt (Switzerland).

FCC published a notice on Thursday saying that the commission has granted SpaceX’s request for a six-month authorization for trials that would involve around 2,000 test devices and 840 satellites.

Given that in focus, SpaceX could kickstart the beta test of this Starlink-powered commercial service test as soon as this month if not by early 2024. However, the rocket maker has not revealed any date for the test at the moment.

(via – Bloomberg)

Advertisement

Timothy started learning about game development and electronics at the age of 17. After involvement in different projects, he switched to Android app development and began pursuing smart hardware mechanics. Later on, he became fond of writing and tech journalism. Timothy covers major topics about internet personality, business, EV, Space, Social Media, and more. He loves to watch survival videos and try to find out new facts about the ocean and animals.

Continue Reading
Advertisement