laser satellite communication.
Next generation data communication using laser signals between ground stations, satellites, ground vehicles and aircraft, for example, will be at the terabit per second level. This applies to civil as well as military purposes. Reliability and bandwidth depend on the quality of the free-space optics instrumentation. We develop advanced optomechatronics systems for accurate conditioning and pointing of incoming and outgoing laser beams.
SYSTEM DESIGN & ASSEMBLY
next generation optomechatronics.
Laser satellite communication imposes high demands on data quality and processing speed for the required communication terminals. Challenges include the extreme conditions, the strict volume and mass limitations, and the atmospheric disturbances. Terminals must be equipped with high-end mirrors for extremely accurate pointing, wavefront sensors for adaptive optics, and high-level programming for efficient data processing. To meet the requirements, we develop high-quality optomechatronics solutions and build space- and defense-qualified systems.
we help to provide security in communication and more.
While secure, high-bandwidth communication is one of the main military applications of free-space optics, other applications come within reach as well. Think of high-resolution surveillance and tracking of high-speed and small objects such as drones. Either way, security is provided by the systems we design and build, using our unique combination of optics, mechatronics and vision knowledge combined with our production expertise.
We combine our knowledge of laser satellite communication with that of VDL ETG in our joint venture FSO Instruments. This joint venture is inspired by TNO technologies allowing laser satellite communication to take the step towards industrialization.
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