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IBOX-604-G2 Edge AI Rugged Computer
IBOX-604-G2 Edge AI Rugged Computer
IBOX-604-G2 Edge AI Rugged Computer
IBOX-604-G2 Edge AI Rugged Computer
IBOX-604-G2 Edge AI Rugged Computer
IBOX-604-G2 Edge AI Rugged Computer
IBOX-604-G2 Edge AI Rugged Computer
IBOX-604-G2 Edge AI Rugged Computer

Edge AI Rugged Computer
IBOX-604-G2

NVIDIA® Jetson Orin™ Lightweight AI Drone Computer

  • NVIDIA® Jetson Orin™ NX SoM with 1024 CUDA Cores
  • 10-60VDC Input Supports 3S-14S Lithium Battery
  • 2 x GMSL-2 Cameras Support
  • Lightweight Compact Design
  • Built-in 3-axis Accelerometer

Product Status: Available
Conformité Européenne FCC Certification Wide voltage Wide-temperature Fanless
Inquiry Datasheet
SINTRONES IBOX-604-G2 the world's lightest AI drone computer featuring NVIDIA Jetson Orin NX and 157 TOPS for autonomous mobility.

Ultra-Lightweight Design for Maximum Payload and Energy Efficiency

The IBOX-604-G2 redefines the boundaries of Edge AI Computing as one of the world’s lightest and most compact platforms, weighing approximately 0.3kg. Powered by the NVIDIA® Jetson Orin™ module, this palm-sized Fanless industrial PC delivers up to 157 TOPS of AI performance while maintaining a minimal physical footprint of 3.2 x 11.5 x 12 cm. Engineered for space-constrained deployments, its lightweight aluminum alloy construction significantly reduces overall vehicle or aircraft weight, lowering energy consumption and maximizing the payload capacity once limited by traditional hardware.

Palm-sized edge AI computing system IBOX-604-G2 weighing 0.3kg with GMSL-2 camera support for space-constrained drone payloads.
High-performance AI drone computer IBOX-604-G2 integrated into a UAV for autonomous navigation and real-time vision AI analytics with GMSL-2 and 3-axis accelerometer.

Real-Time Autonomous Navigation for Drones and Robotic Platforms

Designed for the next generation of autonomous mobility, the IBOX-604-G2 is the optimal AI Drone Computer for mission-critical aerial and ground tasks. It features dual GMSL-2 FAKRA Z connectors for high-bandwidth, low-latency video transmission, paired with a built-in 3-axis accelerometer for precise movement and orientation sensing. With a wide-range power input (DC 10-60V) adaptable to 3S-14S lithium battery systems, it ensures seamless integration into UAVs and AMRs. Tested under MIL-STD-810H for shock and vibration, this robust system drives innovation in intelligent agriculture, defense, and smart city infrastructure.

IBOX 604 G2 Edge AI Application

Technical FAQ

Q1: Why is the IBOX-604-G2 considered the optimal AI Drone Computer?

A: Its ultra-lightweight design of approximately 0.3kg and small footprint minimize energy consumption while preserving the drone’s full load potential for longer flight times.

Q2: How does the wide power input range benefit autonomous mobility applications?

A: Supporting DC 10-60V allows the system to be powered directly by 3S-14S lithium battery systems, enabling convenient deployment across various robotic and aerial platforms.

Q3: What role does the built-in 3-axis accelerometer play in this Fanless industrial PC?

A: The sensor provides real-time detection of movement and orientation, which is crucial for the stability and orientation sensing of drones and AMRs in varied terrain applications.

Q4: Can the IBOX-604-G2 handle real-time video analytics for mission-critical tasks?

A: Yes, the system supports dual automotive-grade GMSL-2 cameras via FAKRA Z connectors, delivering high-bandwidth video transmission and up to 157 TOPS for real-time data analytics.

Q5: Is this compact AI system certified for rugged industrial and field use?

A: Despite its size, the IBOX-604-G2 is tested under MIL-STD-810H standards for shock and vibration, ensuring reliable operation in harsh environments for defense and smart city applications.

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