Latest news, technology developments and market updates from AI Volga.
Documentation
The ultra-low power draw of Volga AMP™ makes them ideal for onboard AI in unmanned aerial vehicles. Range, endurance, and payload capacity define the competitive landscape for commercial and defense UAVs. Every milliwatt added to the avionics budget is a milliwatt stolen from propulsion or sensor payload. Volga AMP™ chips change the trade-off calculus by […]
Documentation
The ultra-low power draw of Volga AMP™ makes them ideal for onboard AI in unmanned aerial vehicles. Range, endurance, and payload capacity define the competitive landscape for commercial and defense UAVs. Every milliwatt added to the avionics budget is a milliwatt stolen from propulsion or sensor payload. Volga AMP™ chips change the trade-off calculus by […]
News
The ultra-low power draw of Volga AMP™ makes them ideal for onboard AI in unmanned aerial vehicles. Range, endurance, and payload capacity define the competitive landscape for commercial and defense UAVs. Every milliwatt added to the avionics budget is a milliwatt stolen from propulsion or sensor payload. Volga AMP™ chips change the trade-off calculus by […]
News
The ultra-low power draw of Volga AMP™ makes them ideal for onboard AI in unmanned aerial vehicles. Range, endurance, and payload capacity define the competitive landscape for commercial and defense UAVs. Every milliwatt added to the avionics budget is a milliwatt stolen from propulsion or sensor payload. Volga AMP™ chips change the trade-off calculus by […]
