Portuguese 
English 
Spanish 
2 min of reading 
ISS Receives ILLUMA-T Technology, an Innovation from NASA in Partnership with SpaceX.
SpaceX, under contract with NASA, has the mission to launch CRS-29. But this isn’t just any cargo flight to the International Space Station (ISS). It will carry on board a game-changer in the world of space communications: the ILLUMA-T.
What Is ILLUMA-T?
ILLUMA-T is the English abbreviation for “Integrated Modem and Low Earth Orbit Amplifier Terminal.” In other words, it is NASA’s first end-to-end bi-directional laser communication system. That’s right, you read it correctly. Laser Communication in Space.
”Witness the future of space communications”
ARTICLE CONTINUES BELOWSee also
China calls Brazil a strategic partner in space and highlights the CBERS satellite that monitors deforestation in the Amazon, cooperation with dozens of countries, the use of advanced data, and projects on the Tiangong station.
China watched NASA’s mission on the Moon and called on Brazil not to be left behind: after the US endeavor in the Artemis II mission, China announces the intensification of its space program, including a partnership with Brazil.
Magnetic microrobots tested in pigs navigated through blood vessels, resisted blood flow, and delivered drugs to the exact spot, opening a path to treat strokes, tumors, and aneurysms with a precision that traditional medicine cannot yet achieve.
A 15-meter electric ferry has already transported over 41,000 passengers in Norway, consumes up to eight times less energy than diesel vessels, and the Hyke F-15 shows how urban water transport can become a real, silent, and low-cost alternative for coastal cities.
Bill Nelson – NASA Administrator
Advantages of Laser over Radio Waves
Until now, space missions, whether crewed or not, have always used radio waves to communicate. It works, but let’s face it, it has its limitations. The laser system is lighter and consumes less energy. Additionally, the capacity to transmit data is greater due to shorter wavelengths. In summary: it is more efficient and powerful.
How ILLUMA-T Will Work on the ISS
Once ILLUMA-T is installed on the International Space Station, it will start sending data to the LCRD (Laser Communication Demonstration Device) at a rate of 1.2 gigabits per second. This will be done via infrared laser.
From there, the LCRD will relay the information to two ground stations, one in Hawaii and the other in California, strategically chosen to avoid cloud interference, the laser’s weak point.
What’s Coming Next
If all goes well, this technology could open doors for other missions that require high-speed and efficient communication. Who knows, in the future, astronauts might be able to make a “DR” via laser, even while millions of kilometers away?
Time will tell if NASA and SpaceX’s bet will truly change the game. But one thing is certain: we are one step closer to revolutionizing communications as we know it. So, ready for the future?
Be the first to react!