C h a p t e r 2 | T h e L a t e s t Tr e n d s i n S AT C O M
Optical inter-satellite links (OISLs) enable LEO
satellites to create a mesh network with very low
latency. This means that SATCOM systems can
provide near-real-time communication for high-
value applications such as the financial market,
environmental monitoring and critical infrastructure
management. By enabling smart devices to remain
connected to the IoT, even in the most isolated
regions, SATCOM is transforming how operators and
organizations interact with their equipment.
Summary
The convergence of low-cost launch systems,
miniaturized electronics and high bandwidth
technology is a landmark in the future of SATCOM.
Next-generation technology will introduce
automation and AI-driven traffic management to
ensure scalable, real-time performance across the
global SATCOM network.
SATCOM no longer solely relies on
the power of large geostationary
satellites. Today's low Earth
orbit constellations operate
with much lower power
requirements, showcasing how
system design is shaped by
evolving concepts of operation."
John Wong
Deputy Director of Engineering,
Space Systems Command
13
Engineering the Future of Satellite Communications
