Nokia Bell Labs is making history by establishing the first-ever cellular network on the Moon, demonstrating the potential of cellular technologies to fulfill crucial communication needs for future lunar or Martian missions.
Why Nokia Is Shooting For The Moon
The groundbreaking initiative comes as a result of NASA selecting Nokia to participate in its Tipping Point program, which aims to identify space technologies developed by industries that can catalyze the growth of commercial space capabilities and enhance upcoming NASA missions.
As a part of NASA’s Tipping Point initiative, Nokia’s current work in the Moon Mission project reflects cutting edge technology that has also been built with the guarantee of surviving the journey to the moon and withstand its environmental climate.
Thierry Klein, President of Bell Labs Solutions Research at Nokia said, “We are sending more humans and more machines into space to explore, study and even pursue new business ventures.
“Wherever these humans and machines go in the solar system, they will need communications. Nokia is prepared to make that journey with them,” said Klein.
In collaboration with Intuitive Machines and Lunar Outpost, Nokia is embarking on the uncrewed lunar mission called IM-2, which is set to touch down at the Moon’s south pole.
Tentative Launch Window
The tentative launch window for IM-2 spans three months starting from November 2023, subject to potential adjustments in the launch schedule. To prepare for the mission, Nokia Bell Labs has engineered a low-power, compact, and space-hardened version of its 4G/LTE microcell.
The network has been meticulously designed to withstand the harsh conditions of the lunar journey and effectively operate even amidst extreme temperature variations, radiation exposure, and other challenging environmental factors on the lunar surface.
The Mission
- This mission is expected to provoke and service future similar projects with high-capacity and efficient connectivity.
Nokia’s LTE/4G network is set to be seamlessly integrated into the Intuitive Machines Nova-C lander and the Lunar Outpost MAPP rover, both destined to touch down near the Shackleton Connecting Ridge at the lunar south pole.
Once deployed on the lunar surface, this cutting-edge LTE network will serve as the essential wireless communication link connecting the lander and the rover. Through this crucial connection, mission operators will be able to remotely navigate and control the rover, all while streaming real-time video and vital telemetry data back to Mission Control on Earth.
The direct-to-earth link from the Nova-C lander will facilitate this seamless flow of information. The successful completion of this groundbreaking mission will demonstrate the immense potential of cellular technologies to fulfill critical communication requirements for future space missions.
Nokia Bell Labs History In Space
Nokia Bell Labs has a rich history of venturing into space exploration. They have been instrumental in providing systems analysis and engineering support for every crewed U.S. space program, ranging from Mercury to Apollo.
In a significant achievement in 1962, Bell Labs collaborated with NASA to launch Telstar 1, the pioneering communications satellite capable of relaying TV signals between Europe and North America from orbit.
Continuing their scientific endeavors, in 1964, Bell Labs researchers Arno Penzias and Bob Wilson, who later received Nobel laureates, made a groundbreaking discovery. They detected the cosmic microwave background radiation, a remnant of the Big Bang, which solidified the prevailing theory on the origin of the universe.
