Forlinx Embedded has officially launched the FCU3011 AI Edge Computing Box. Developed based on the NVIDIA® Jetson Orin™ Nano platform, it delivers up to 40 TOPS of AI inference performance within a low-power, compact form factor. The FCU3011 integrates a rich set of high-speed I/O interfaces, industrial-grade isolation protection, and an optional 5G communication module. It is specifically designed to address edge computing deployment challenges in harsh environments for applications like smart manufacturing, robotics (AGV/AMR), and smart cities.

Key Advantages

1. Breakthrough Performance per Watt

The FCU3011 fully unleashes the potential of the NVIDIA Ampere architecture GPU (featuring up to 1024 CUDA cores and 32 Tensor cores).

• Performance Tiers: Offers two hardware configurations: 4GB (20 TOPS) and 8GB (40 TOPS) to meet deployment needs for neural network models of varying complexity.

• Multi-Stream Parallel Processing: Powerful hardware decoding supports simultaneous input and real-time structured analysis of up to 11 channels of 1080p30 H.265 video streams.

• Native Ecosystem Support: Pre-installed with Forlinx Desktop 22.04 (based on Ubuntu). Fully compatible with CUDA, cuDNN, and TensorRT toolchains, enabling zero-modification migration of algorithm models from cloud to edge.

  

2. Fanless Design & Harsh Environment Adaptability

Deeply optimized in mechanical and electrical design for 24/7 unmanned industrial environments.

• Fanless Cooling: Utilizes a thermally-optimized passive cooling enclosure, eliminating system failure risks from fan wear and dust accumulation, ensuring sustained 40 TOPS performance without throttling.

• Advanced Electrical Protection (ESD Level 3): All Gigabit Ethernet ports, USB, RS485, and CAN interfaces pass ±6KV contact discharge and ±8KV air discharge tests, effectively resisting electrostatic interference in industrial settings.

• Fully Isolated I/O Design: RS-485 (3KV isolation), CAN (2.5KV isolation), and digital inputs (2.5KV optocoupler isolation) prevent damage to the core computing unit from ground loop currents and surges.

• Wide Voltage Input: Supports 9V~24V DC input with built-in reverse connection and overcurrent protection, adapting to unstable industrial power grids.

  

3. “Compute + Control + Communication” Trinity Architecture

Traditionally, edge deployment requires separate assembly of AI computing boards, industrial gateways, and PLC modules. The FCU3011 integrates these into a single hardware node, significantly reducing Total Cost of Ownership (TCO).

• Multi-Sensor Access: Equipped with 4 independent Gigabit Ethernet ports and 4 USB interfaces for direct connection of multiple HD industrial cameras or 3D LiDAR units.

• Physical Layer Control: Built-in 2 relay outputs (supporting 5A 30VDC) and 2 isolated inputs allow AI algorithms to directly trigger external actuators, enabling millisecond-level local closed-loop control.

• High-Bandwidth Connectivity (5G / Wi-Fi): Features an M.2 expansion slot for optional Quectel 5G/4G cellular modules or dual-band Wi-Fi, completing the final step for edge data backhaul and cloud OTA.

  

Technical Specifications

Features:	Specification
Processor	NVIDIA Jetson Orin Nano (6-core Arm® Cortex® A78AE v8.2 64-bit)
AI Computing Power	20 TOPS (4GB LPDDR5) / 40 TOPS (8GB LPDDR5)
Storage	Standard 128GB PCIe x4 NVMe SSD + 1x TF card expansion slot
Video Encoding/Decoding	Hardware Encoding 1x 4K60, 2x 4K30, 5x 1080p60, 11x 1080p30 (H.265)
Network Interface	4x RJ45 Gigabit Ethernet / Optional 5G, 4G, Dual-band Wi-Fi modules
Industrial Bus	1x Isolated RS-485 / 1x Isolated CAN
Peripheral Interface	2x USB 3.0 / 2x USB 2.0 / 1x HDMI 2.0 (up to 4K)
GPIO Control	2x Optocoupler Isolated Inputs / 2x Relay Outputs (5A 30VDC / 250VAC)
Dimensions	178 * 110 * 55 mm
OS	Forlinx Desktop 22.04 (Linux)

Typical Application Scenarios

• Industrial Machine Vision: Defect detection (AOI), workpiece positioning, production line safety behavior analysis.

• Autonomous Mobile Robots (AGV/AMR): Real-time SLAM mapping, obstacle avoidance algorithm acceleration, onboard main control.

• Smart Traffic & Cities: Roadside Unit (RSU) for edge computing, real-time V2X data fusion processing.

• Medical & Commercial Equipment: Portable ultrasound/imaging-assisted diagnosis, intelligent retail terminals.

  

Developer & Enterprise Customization Support

To accelerate customer product time-to-market, Forlinx Embedded provides a complete engineering development kit for the FCU3011.

• Comprehensive Documentation & Examples: Includes 3D assembly drawings, interface test routines, and out-of-the-box CUDA algorithm development examples.

• Customization Services: Supports deep customization for enterprise clients, including boot logo modification, firmware customization, and one-click system image backup & batch distribution (supports fast flashing via OTG or USB drive).

Learn More & Sample Application

The FCU3011 is now officially available for ordering. To obtain detailed technical documentation, inquire about pricing, or apply for a test sample, please visit the official FCU3011 product page or contact our sales engineers.

---