CHALLENGE
Modernize an actively deployed aircraft by implementing a powerful electro-
optical/infrared (EO/IR) airborne processing solution capable of ingesting
sensor data and processing algorithms in real-time while also meeting an
aggressive project schedule, minimizing downtime and ensuring the aircraft
passes qualification testing quickly.
SOLUTION
Mercury architects engaged with the customer early and collaboratively
designed a sensor processing solution using the latest commercial technology
that increases performance, adds new capabilities and increases functionality.
A new chassis, backplane and interface module leveraged optimally mapped
resources (Intel® Xeon® Scalable CPUs, GPUs, FPGAs) to maintain the existing
envelope and interfaces of the aircraft. By adopting proven design techniques,
the system passed rigorous testing in a single round.
RESULT
Critical decision-making is now enabled by more efficient sensor data
ingest and algorithm execution that delivers time-sensitive intelligence
instantaneously and allows ISR and special operations to evolve to meet
mission requirements. Flight time disruption was minimized by preserving the
aircraft's footprint and mapped interfaces, while rapid qualification and testing
allowed the aircraft to be upgraded and re-deployed with expanded operational
capabilities.
Rapid Tech Insertion Enables Real-
Time Aircraft Sensor Processing
LEARN MORE ABOUT MERCURY'S
PROCESSING CAPABILITIES
CASE STUDY
EO/IR Airborne ISR Processing
