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[ keywords: Free-space optical communication ]
Prod ID Lang Name Prod Code Taggings Applications Description
115 Eng 2-in-1 EDFA Module for HAPS AEDFA-PA-BO-aa-HAPS 1.55um Amplifier
Continuous Wave EDFA
High-Altitude Platform Station (HAPS)
Free-space optical communication
Our 2‑in‑1 EDFA modules, combining pre‑amplifier and booster amplifier, are engineered for reliable optical communication in stratospheric environments. Miniaturized to meet strict size and weight con ... Our 2‑in‑1 EDFA modules, combining pre‑amplifier a
nd booster amplifier, are engineered for reliable
optical communication in stratospheric environment ...
114 Eng Space-Qualified EDFA for CubeSat 2-in-1
EDFA: AEDFA-PA-BO-aa-SP
Booster-only EDFA: AEDFA-aa-SP-bb
1.55um Amplifier
Continuous Wave EDFA
Satellite-to-Ground optical communication
Inter-satellite optical links
Free-space optical communication
In 2026, a leading aerospace company and a renowned research institute successfully demonstrated free‑space optical communication between a LEO satellite and ground station using our space-qualified E ... In 2026, a leading aerospace company and a renowne
d research institute successfully demonstrated fre
e‑space optical communication between a LEO satell ...
Prod ID Lang Name Prod Code
115 Eng 2-in-1 EDFA Module for HAPS AEDFA-PA-BO-aa-HAPS
1.55um Amplifier
Continuous Wave EDFA
High-Altitude Platform Station (HAPS)
Free-space optical communication
Our 2‑in‑1 EDFA modules, combining pre‑amplifier and booster amplifier, are engineered for reliable optical communication in stratospheric environments. Miniaturized to meet strict size and weight con ... Our 2‑in‑1 EDFA modules, combining pre‑amplifier a
nd booster amplifier, are engineered for reliable
optical communication in stratospheric environment ...
114 Eng Space-Qualified EDFA for CubeSat 2-in-1
EDFA: AEDFA-PA-BO-aa-SP
Booster-only EDFA: AEDFA-aa-SP-bb
1.55um Amplifier
Continuous Wave EDFA
Satellite-to-Ground optical communication
Inter-satellite optical links
Free-space optical communication
In 2026, a leading aerospace company and a renowned research institute successfully demonstrated free‑space optical communication between a LEO satellite and ground station using our space-qualified E ... In 2026, a leading aerospace company and a renowne
d research institute successfully demonstrated fre
e‑space optical communication between a LEO satell ...
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