Musk's SpaceX Oversees Successful Inaugural Launch Of Six Direct-To-Cell Satellites For Internet Connectivity

Elon Musk celebrated the successful launch of SpaceX's Starlink mission on Wednesday (3 January), which included the deployment of 21 new satellites, including six direct-to-cell satellites carried by the Falcon 9 spacecraft as reported by Hindustan Times.

The accomplishment marks the inaugural launch of Starlink's Direct-To-Cell satellite, aiming to enhance internet connectivity for users.

All 21 Starlink satellites, including the direct-to-cell satellites, were confirmed to be successfully deployed and in position by 10.20 am on the same day.

Starlink's Direct-To-Cell satellite is designed to provide coverage for text, internet, and mobile networks across diverse terrains and locations.

Key features of Starlink's Direct-To-Cell service include:

1. Launch Details: The first direct-to-cell satellite was launched on 3 January, with functionality expected to commence in the coming days.

2. Service Activation: Text function is set to activate in 2024, while voice, data, and IoT services are scheduled to be active from 2025.

3. Technology Overview: Direct to cell technology functions with LTE phones, acting as a space-based cell phone tower. No additional external connections or hardware are required.

4. Advanced Modem: Satellites equipped with direct to cell capability feature an advanced eNodeB modem that acts like a cellphone tower in space, enabling network integration similar to a standard roaming partner.

5. Global Connectivity: Starlink's Direct-To-Cell service ensures connectivity in remote regions where Starlink has been launched. Users in partner countries such as the US, Australia, Canada, New Zealand, Japan, Switzerland, and Chile can enjoy cell phone service across the globe.

The primary goal of the direct to cell service is to provide high-speed, reliable connectivity in remote and rural areas, addressing challenges faced by other networks.

The technology is anticipated to deliver faster and more dependable internet connections and cell services in these areas.