MBRYONICS, NTT Sign MOU to Build High-Speed Space Transceivers, Integrating 1st DSP Chip
Updated
Updated · The Fast Mode · Jun 5
MBRYONICS, NTT Sign MOU to Build High-Speed Space Transceivers, Integrating 1st DSP Chip
2 articles · Updated · The Fast Mode · Jun 5
Summary
MBRYONICS and NTT signed an MOU to develop and commercialize coherent optical transceivers for space, with MBRYONICS becoming the first company to adopt NTT’s DSP chip in its transceivers and OCT systems.
The partnership targets a standardized, high-speed communications backbone for the “Internet in Space,” aiming to link diverse satellite constellations with interoperable, low-latency optical connections.
Three priorities frame the deal: standardizing backbone links, rolling out optical transceivers globally for carriers and orbital transport layers, and merging terrestrial fiber and satellite links into one unified network.
The companies said the effort is meant to support rising orbital-economy demand for high-capacity connectivity and enable services such as direct-to-device, cloud and AI across next-generation satellite networks.
As Japan's NTT leads this new space network, how will it navigate the escalating tech rivalry between global superpowers?
Will this push for a space internet standard create an open highway for all, or a private toll road controlled by a few?
High-Speed Optical Communications in Space: How MBRYONICS and NTT Are Transforming the Orbital Economy
Overview
On June 4, 2026, MBRYONICS and NTT announced a strategic alliance to build a high-speed space backbone by deploying global optical infrastructure in space. This partnership addresses the urgent need to scale systems for a truly connected orbital economy, as traditional radio frequency communications face limits in bandwidth and security. By combining their expertise, MBRYONICS and NTT aim to overcome technical and logistical challenges, laying the groundwork for robust, scalable, and seamless high-bandwidth communication networks in orbit. This alliance is a significant step forward for the future of space optical communications.