Space-qualified Amplifiers
Optical amplifiers
Custom optical amplifiers for mission-critical space and military applications, at TRL-9 for LEO, MEO and GEO environments.
Learn more Source
Pointe-Claire photonics manufacturer founded in 1977, building space-qualified optical amplifiers, ground-station amplifiers, laser guide star Raman fibre amplifiers and fibre lasers for satellite communications and astronomy.

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MPB Communications states that it “was founded in 1976 and began operations on January 4th, 1977 as a spin-off of RCA Canada’s Research and Development Laboratories.” Its history records growth in the 1990s through “undersea branching multiplexers for the trans-Atlantic cable TAT-9”, then “a series of Optical Line Enhancing transmission equipment specifically designed for repeaterless systems” and its “patented Super Raman technology”. The company says development then “seamlessly transitioned into the development of Fiber Lasers and Fiber Amplifiers, meeting the demands of the scientific and industrial sectors where power efficiency, reliability, and compact size are paramount”, and that it has more recently split its optical amplifier line “between Telecom and Space applications with the development of Space-based amplifiers for GEO and LEO satellite constellations”.
Founded in 1977 as a spin-off from RCA Canada's R&D Laboratories, starting with eight scientists, engineers and technicians. mpbcommunications.com
With TESAT, demonstrated 100 Gbps low-Earth-orbit to geostationary optical data transmission at 40 W optical power (April 2024). mpbcommunications.com
Built the imaging spectrometer payload for GHGSat-D, the first high-resolution greenhouse-gas emission monitoring microsatellite. mpbcommunications.com
Unveiled PULSAR, a 5 W space amplifier rated to 30 krad, at Photonics West 2026. mpbcommunications.com
Products MPB Communications publishes on its own site. Each card links to the page it was taken from.
Optical amplifiers
Custom optical amplifiers for mission-critical space and military applications, at TRL-9 for LEO, MEO and GEO environments.
Learn more SourceGround station amplifiers
Amplifiers providing connectivity with satellites and deep-space probes over extended ranges, with customizable interfaces.
Learn more SourceRaman fibre amplifiers
Raman fibre amplifiers integrated into major telescopes worldwide and used in optical ground stations for laser satellite communications, with remote pump delivery and SBS suppression.
Learn morePublicly announced partnerships.
Demonstrated 100 Gbps LEO-to-GEO optical data transmission at 40 W optical power (April 2024).
Sourced from the company's own pages or announcements.
Jane Bachynski
President
Terms the company uses about its own work.
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