Enabling Real-Time ISR for Drones With a Lightweight Edge AI Computer
Objective
Real-time ISR for drones requires powerful onboard computing that can process camera and sensor data locally while operating under strict size, weight, and power constraints. An aerospace and defense solution provider needed a compact platform that could support responsive vision inference and remain dependable across changing operating conditions without reducing space for mission equipment.
Case Overview
- Customer: Aerospace and Defense Solution Provider
- Use Case: ISR Drones and Unmanned Systems
- Product: IBOX-604-G2 Lightweight AI Drone Computer
Key Takeaways
- AI Performance Without the Weight: Combines approximately 0.3 kg of weight with up to 157 TOPS of onboard AI performance.
- Low-Latency Vision Integration: Dual GMSL-2 interfaces support high-bandwidth camera data transmission for real-time perception.
- Rugged, Flexible Deployment: Supports 10–60VDC input and MIL-STD-810H-tested resistance to shock and vibration.
Balancing Performance and Payload in Edge AI Hardware
Intelligence, surveillance, and reconnaissance missions depend on timely visual information. ISR drones must continuously capture and analyze imagery while operating with limited onboard space, payload capacity, and available power.
Sending data to a remote server can increase communication dependence and limit system responsiveness when connectivity is weak or unavailable. Onboard processing is therefore important for object detection, situational awareness, navigation, and other perception workloads.
The customer needed a compact computing platform capable of processing multiple data streams without placing excessive weight or space demands on the unmanned system. It also had to support mobile deployment across vibration, shock, and fluctuating input voltage.
Lightweight Edge AI Computer for Real-Time ISR
The customer selected the SINTRONES IBOX-604-G2 as the onboard computing platform. Powered by NVIDIA® Jetson Orin™, it delivers up to 157 TOPS of AI performance in an approximately 0.3 kg design. This balance helps preserve payload capacity and installation space while supporting local vision inference and data processing.
Two GMSL-2 camera interfaces provide high-bandwidth, low-latency image transmission for object detection, situational awareness, and navigation applications. Processing camera data locally reduces dependence on continuous network connectivity and supports responsive onboard perception.
For flexible mobile integration, the IBOX-604-G2 supports 10–60VDC input across different power architectures. Its MIL-STD-810H-tested resistance to shock and vibration further supports deployment in demanding aerial and ground environments.
Enhancing Autonomous Operations, Efficiency, and Reliability
By combining accelerated onboard AI, dual GMSL-2 camera connectivity, and an ultra-lightweight design, the IBOX-604-G2 enables unmanned systems to process visual data locally and respond to changing conditions without requiring continuous remote connectivity.
These capabilities help the customer develop lightweight UAV and UGV solutions for ISR, inspection, navigation, and autonomous applications while preserving installation space for essential sensors and mission equipment.
Ready to Advance Your Unmanned System?
Talk to SINTRONES about integrating lightweight edge AI computing into your UAV or UGV application.