MPBC is currently developing a 100 W optical amplifier for spaceborne use and a 1000 W optical amplifier for ground stations

MPBC is currently developing a 100 W optical amplifier for spaceborne use and a 1000 W optical amplifier for ground stations. These innovations aim to facilitate Tbit/s data transmission from space to Earth. Supported by esteemed entities like the Canadian Space Agency (CSA) and the European Space Agency (ESA), these endeavours look to redefine laser communications in space, offering an array of practical applications.

The capabilities of these advancements are endless. This project will enable possibilities for broadband internet access to remote populations devoid of such connectivity options. Additionally, they promise to enhance the efficiency of space exploration missions by enabling real-time data transmission back to Earth, bolstering the telecommunications infrastructure in the process.

Crucially, MPBC's successes in space wouldn't have been possible without the power of collaboration. Our partnerships with governmental organizations such as the CSA and ESA, academic institutions, customers and suppliers have been instrumental in advancing optical technology for space. This collaborative ethos has brought together diverse expertise and resources toward a shared objective, spanning disciplines and involving engineers, scientists, and students alike.

The success of these high-value projects hinges on the dedication and expertise of the talented individuals involved. MPBC extends its heartfelt gratitude to all the dedicated professionals who have worked tirelessly to further space science and exploration. Their passion and commitment serve as an inspiration to us all as we continue to push the boundaries of what is possible in space technology.