Optical Transceivers for Satellite Communications

DRV_VCSEL
Integrated Circuits
OTRX_assembly
Sub-assemblies
Screenshot 2024-04-12 163840
Modules

ABOUT LEO

Expertise

-high-speed optical transceivers.
-mixed-signal electronic IC design.
-photonic integrated circuit design.
-assembly & module design.

Applications

-intra-satellite optical interconnects.
-free space lasercom links.
-hi-rel, rad-hard fiber optic links.

VCSEL TRANSCEIVERS

>25 Gb/s data rate per channel.

-low power, rad-hard SiGe BiCMOS VCSEL driver & TIA chipset.

-integrated rad-hard bandgap voltage reference & SPI slave.

-flip-chip & expanded beam assembly. 

-compact footprint.

SiPh PIC TRANSCEIVERS

>100 Gb/s Coherent PICs.

-silicon photonic technology.

-monolithic integration of nano-photonic waveguides, Ge photonics & SiGe BiCMOS IC.

-1D & 2D grating coupler optical I/O.

-compact footprint.

PROJECTS

"Laser-com on-chip for satellite constellations"

We design SiPh transceiver PICs, low noise pre-amplifiers & co-ordinate the project.

"Photonics-enabled satellite payloads"

We design high-speed IC for mid-board optics transceivers & co-ordinate the project.

"Terabit optical feeder links"


We design optical fiber amplifiers.

PEOPLE

CONTACT US

LS@LEO-SPRD.EU

27 Neapoleos Street, Agia Paraskevi, 15341, Athens, Greece

within Lefkippos Technology Park, NCSRD

LEO Space Photonics has joined the Action “Elevating Greek startups against Covid-19”. We acknowledge support by the European Union – European Regional Development Fund, EPAnEK Operational Programme and ΕΣΠΑ 2014-2020 Partnership Agreement.