As of today, there are still vast territories that deserve better connectivity. This represents very interesting opportunities for network providers striving to extend the reach for high-speed connectivity over the oceans and over remote territories that doesn’t benefit from such network yet.
The constant reduction of satellite launch cost and the newly emerging Low-Earth-Orbit (LEO) and Geosynchronous-Earth-Orbit (GEO) satellites high speed communication technologies give raise to a whole new market where modern networks can extend behind the horizons and hold the promises for global connectivity.
This webinar will describe why optic communications in space are a key element of the success of new global connectivity networks. From intra-satellite to inter-satellite high speed links, optical communication over fiber optics or over optical wireless terminals can help by extracting the most from the communication architectures while offering low SWaP.
Space environment differs from orbit to orbit and it is important for all space electro-optics hardware providers, designers and product managers to understand many parameters and key values that can make the difference between successful missions and disasters.
Key Learning Objectives
- What are the main space applications that benefit from high speed optics connectivity?
- What are the key challenges and advantages of optical communication in space?
- What are the environmental conditions on low earth orbit vs geosynchronous earth orbit and how do they affect communication optics specifications?
- What are the main characteristics of the hardware needed for optics communication for intra-satellite and inter-satellite?
Audience
- Product Managers
- Product Line Managers
- Engineer
- Engineering Technician
- Communications Technician
- VP of Engineering
- Head of Research and Development
- Business Development
- Purchasing Manager
- Logistics Manager
- Senior Management
- Sales Director
- Design Engineer
- Source Manager
- Engineering Director