A view of Earth from space with the text, u0022Working in space makes us even better on Earth,u0022 over a starry background.
White text reading u0022WORKING IN SPACE MAKES US EVEN BETTER ON EARTHu0022 appears over an image of distant stars and the curved horizon of Earth.

OUR SPACE PORTFOLIO

A vertical line of black text and dots on a white background, arranged with increasing frequency toward the bottom of the image.

OUR SPACE PORTFOLIO

A vertical line of black text and dots on a white background, arranged with increasing frequency toward the bottom of the image.

space heritage

Space heritage can be used as an asset that reduces qualification efforts for processes and components that have successfully been in space before and are built under the same conditions for new missions.
This allows components that have already been tested and qualified for previous space missions to be reused without having to go through the entire Technology Readiness Level (TRL) verification again and thus saves significant time and money. EAGLEYARD supports such approach to save its customers budgets based on our comprehensive space program experience, knowledge and heritage.

space qualified

Typically, the result of a customized project with mission-specific requirements driven by the customer, including EAGLEYARD transparency provision of its own space heritage of materials and processes followed by LOT Acceptance Test campaigns and dedicated qualification tests conducted by our Quality Management. It is usually completed with the delivery of the required Flight Models or experimental Flight Models and execution of all related mandatory inspection points and milestones as well as the requested documentary.

space qualifiable

At this level EAGLEYARD guarantees manufacturing and testing of the laser diodes in accordance with its own experience of space related requirements. It includes a specialized bill of materials, customized processes, documentation and additional quality gates. The responsibility of the successful mission suitability of the products itself remains with the customer, because all the corresponding space verification and qualification activities stay with the customer. EAGLEYARD only guarantees the proper design and workmanship compliant with the referenced standards or procedures.

industry level

Laser diodes built on extensive experience in high-reliability industrial applications accompanied by necessary quality assurance procedures.

space Projects

LISA (ESA/
NASA)

RWL 808 nm as pump
laser for µNPRO

2037

LISA will be the first space mission to listen to gravitational waves across the universe. Our 808 nm pump lasers provide the rock-solid power source frequency reference at the heart of its interferometer.
The image is completely blank with a plain white background and no visible objects or text.
Blank white background with no visible objects or text.

DRAGONFLY
(Nasa)

DFB 1064 nm

2028

NASA’s Dragonfly will fly a drone across the mysterious surface of Saturn’s moon Titan. Our 1064 nm lasers power the LIDAR eyes that guide it safely and explore this alien world.

MERLIN
(DLR/CNES)

DFB 1064 nm & DFB 1645 nm

2028

The German-French MERLIN mission tracks methane, a key greenhouse gas, from space. Our 1064 and 1645 nm DFB lasers form the core of its FREQUENCY REFERENCE and LIDAR units, bringing climate science to new heights.
Blank white background with no visible objects or features.
The image is blank with a white background and no visible objects, text, or features.

FORUM (ESA)

DFB 1064 nm

2027

FORUM looks deep into Earth’s far-infrared radiation to unlock secrets of climate change. Our 1064 nm lasers ensure its spectrometer captures the data with unmatched precision.

GALILEO G2
(HE-ESA)

DFB 780 nm

2026

Europe’s Galileo satellites deliver navigation you can trust. At their core, our 780 nm lasers keep the Rb-optically-pumped atomic clocks ticking with space-grade accuracy.
The image is blank with a plain white background and no visible objects or text.
The image is completely blank with a white background and contains no visible objects or text.

Cold Atom Lab ISS
(NASA/JPL)

RWE 790 nm, TPA 780 nm

2018

Onboard the ISS, the Cold Atom Lab creates the coldest matter in the universe. Our lasers cool and control atoms to enable groundbreaking quantum experiments in orbit.

EXO Mars (ESA)

DFB 760 nm

2016

ESA’s ExoMars rover orbiter will hunt for signs of life on the Red Planet. Our 760 nm reference lasers help sniff out traces of methane and other gases in the thin Martian atmosphere.
Blank white background with no visible objects or text.
Blank white background with no visible objects or features.

CATS (Nasa)

DFB 1064 nm

2015

The CATS instrument watched Earth’s clouds and dust from the ISS. Our 1064 nm lasers made its continuous LIDAR observations possible.

GAIA (ESA)

DFB 852 nm operated 11 years successfully in space

2013

With GAIA, Europe is mapping over a billion stars to chart our galaxy in 3D fashion. Our 852 nm lasers monitored the ultra-precise beam angle between the two on-board telescopes stabilized its atomic clock payload, working flawlessly for more than 11 years in space.
Image is completely blank with a white background and no visible objects or text.

OUR SPACE PORTFOLIO

INTERFEROMETRY & LIDAR

  • DFB laser diodes @ 1064 nm with output powers from 25 mW – 40 mW cw mode and 600 mW pulsed mode all in hermetically sealed butterfly packages with fiber or free beam
  • µMOPA @ 1064 nm with output power of 2 W cw or > 6 W pulsed mode in hermetically sealed butterfly package

ATOMIC CLOCKS

  • DFB laser diodes @ 780 nm with output powers 
from 20 – 80 mW all in hermetically sealed butterfly packages with fiber or free beam 
  • DFB laser diodes @ 795 nm with output powers 
from 40 mW – 80 mW all in hermetically sealed butterfly packages with fiber or free beam
  • DFB laser diodes @ 852 nm with output powers 
from 15 mW – 100 mW all in hermetically sealed butterfly packages with fiber or free beam
  • DFB laser diode @ 895 nm with output power of 50 mW in TO-package

OXYGEN & METHANE GAS DETECTION

  • DFB laser diodes @ 760 nm with output powers from 
15 mW – 40 mW in hermetically sealed butterfly or TO-packages
  • DFB laser diodes @ 1645 nm with 100 mW output power hermetically sealed butterfly package

INTER- & INTRA-SATELLITE
COMMUNICATION

  • Fabry Perot laser diode @ 808 nm with 400 mW – 800 mW in hermetically sealed butterfly packages with fiber or free beam

OUR SPACE PORTFOLIO

INTERFEROMETRY & LIDAR
  • DFB laser diodes @ 1064 nm with output powers from 25 mW – 40 mW cw mode and 600 mW pulsed mode all in hermetically sealed butterfly packages with fiber or free beam
  • µMOPA @ 1064 nm with output power of 2 W cw or > 6 W pulsed mode in hermetically sealed butterfly package

OPTICAL CLOCKS
  • DFB laser diodes @ 780 nm with output powers 
from 20 – 80 mW 
  • DFB laser diodes @ 795 nm with output powers 
from 40 mW – 80 mW
  • DFB laser diodes @ 852 nm with output powers 
from 15 mW – 100 mW all in hermetically sealed butterfly packages with fiber or free beam
  • DFB laser diode @ 895 nm with output power of 50 mW in TO-package

OXYGEN & METHANE GAS DETECTION
  • DFB laser diodes @ 760 nm with output powers from 
15 mW – 40 mW in hermetically sealed butterfly or TO-packages
  • DFB laser diodes @ 1645 nm with 100 mW output power hermetically sealed butterfly package

INTER- & INTRA-SATELLITE COMMUNICATION
  • Fabry Perot laser diode @ 808 nm with 400 mW – 800 mW in hermetically sealed butterfly packages with fiber or free beam
Text on an image of Earth from space reads: u0022Working in space makes us even better on Earth.u0022 The background, featuring stars and the Milky Way, highlights our Space Portfolio.

CONTACT US

We can’t wait to hear your specific requirements or questions. Please contact us any time. We’re here to empower your vision!

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