Mbryonics, NTT Partner on 3-Orbit Optical Network for Space Internet
Updated
Updated · SDxCentral · Jun 11
Mbryonics, NTT Partner on 3-Orbit Optical Network for Space Internet
1 articles · Updated · SDxCentral · Jun 11
Summary
Mbryonics will become the first company to integrate NTT’s coherent DSP technology into its optical transceiver platform, aiming to build high-speed links between satellites and ground stations.
The partnership targets a standardized “Internet in Space” layer that lets different constellations, orbital transport networks and terrestrial systems interoperate more like backbone telecom infrastructure.
The resulting systems are designed for deployment across LEO, MEO and GEO networks as operators seek optical links to handle rising demand from direct-to-device services, cloud connectivity and AI workloads.
The deal fits a wider industry push to merge non-terrestrial and terrestrial networks, with NTT already framing future 6G architecture as a combined fiber-and-satellite communications fabric.
Financial terms and a commercial deployment timeline were not disclosed.
As satellite mega-constellations expand, can this new partnership create the one universal communication standard to rule them all?
With lasers promising a space internet, will Earth's atmosphere remain the final barrier to truly seamless global connectivity?
Will a new 'Internet in Space' close the digital divide, or create critical infrastructure controlled by a few corporate giants?
Mbryonics and NTT’s Strategic Alliance: Laying the Foundations for a Global Optical Space Internet by 2026
Overview
On June 4, 2026, Mbryonics and NTT announced a strategic partnership to advance global optical infrastructure for the orbital economy. By combining their expertise, the two companies aim to build foundational systems for future space-based communications. Their main goal is to deploy optical infrastructure worldwide, which is essential for scaling the complex systems needed to support a connected orbital economy. This initiative focuses on creating robust communication pathways in space using advanced optical technologies, marking a pivotal step toward a truly interconnected space environment.