For planet earth and beyond
Optical and quantum
ESA-Kepler Communications partnership signals start of development phase of HydRON’s LEO ring layer
The role of optical communication in space missions continues to gain importance with ESA’s multi-orbit High-throughput Optical Network in Space (HydRON) project, which aims to demonstrate European and Canadian technological maturity as well as stimulate industry in maintaining technological leadership during the emerging developments of satellite communication.
European Space Agency-funded projects reach new performance level in groundwork for optical LEO to GEO data relays
Telecommunications equipment company, TESAT, and fibre-optic technology leader, MPB Communications, successfully demonstrated a 100 Gigabit per second (Gbps) data at 40 Watts (W) optical output power over a distance of more than 45,000 kilometres, from geostationary (GEO) to low earth orbit (LEO) in a laboratory environment.
European space firms set specifications for optical links
Sending vast quantities of data between satellites speedily and securely means using light to communicate. Now a group of space companies, research centres and universities working with ESA has established a series of specifications on how exactly satellites should use light to talk to one another – and to link to their ground stations.
ESA-backed TNO consortium establishes first robust optical datalink
A consortium of European industry, led by Dutch firm TNO and backed by the European Space Agency (ESA), has successfully established the world’s first robust optical datalink using real-world conditions in field tests held in the Netherlands.