Industrial Intelligent Manufacturing: BRAV-7135 Empowers Automated Production Line Upgrades
Intelligent Upgrade Requirements for Industrial Automation Production Lines
With the accelerated advancement of Industry 4.0, traditional manufacturing is undergoing a critical transformation toward intelligent and flexible operations. As a result, the performance requirements for controllers on industrial automation production lines have increased significantly.
Modern production lines demand not only robust edge computing capabilities to support high-performance applications such as machine vision, AI-powered quality inspection, and real-time data analytics, but also rich I/O interfaces and support for diverse communication protocols to enable seamless integration with robotic arms, PLCs, sensors, and AGVs. Furthermore, in complex industrial environments, controllers must also offer excellent wide-temperature adaptability, anti-interference performance, and long-term stable operational reliability. Together, these stringent demands define the core challenges in achieving intelligent upgrades across today’s industrial automation production lines.
Core Requirements for Controllers in Automated Production Lines
⭐High-Performance Computing: Capable of real-time processing of multi-channel vision data and AI algorithms to ensure low-latency responses.
⭐Multi-Protocol Compatibility: Integrated support for industrial communication interfaces such as CAN FD, RS485, and Ethernet to enable seamless connectivity with various devices.
⭐Scalability and Flexibility: Supports 4G/5G and Wi-Fi 6 wireless communication for rapid deployment and adaptability in flexible production lines.
⭐Industrial-Grade Reliability: Features wide-voltage power input, isolation protection, and wide-temperature design to ensure 24/7 stable operation.
JHCTECH Solution: BRAV-7135 Empowers Intelligent Production Lines
Amid the wave of intelligent upgrades in industrial automation, the BRAV-7135 stands out as an ideal controller solution, leveraging the powerful performance of the NVIDIA Jetson AGX Orin platform combined with robust industrial-grade design.
This solution features the NVIDIA AGX Orin 32GB/64GB module with an 8-/12-core ARM CPU and high-performance GPU, delivering up to 200–275 TOPS of AI computing power. It efficiently handles demanding tasks such as machine vision inspection and real-time data analysis, meeting the needs of intelligent manufacturing for low latency and high precision. Equipped with abundant industrial interfaces, including 5×Gigabit Ethernet ports, 3×CAN FD, 2×RS485/232, and 4×USB 3.2, the BRAV-7135 enables seamless integration with PLCs, robotic arms, sensors, and other devices, supporting multi-protocol collaborative control.
It also supports 5G/4G LTE and Wi-Fi 6 wireless communication, allowing for rapid and flexible deployment in modular production lines. Additional PCIe, I2C, and SPI expansion interfaces offer modular scalability, making it easy for users to upgrade system functions as needed. In terms of reliability, the BRAV-7135 supports a wide-range 9–36V DC power input, opto-isolated I/O interfaces, and a wide operating temperature range of -20°C to 60°C, ensuring stable performance in harsh industrial environments. Its compact aluminum-extruded chassis and active cooling design further enhance durability, helping enterprises accelerate the intelligent upgrade of their production lines.
Typical Application Scenarios
✅AI-Based Quality Inspection: Real-time defect detection with multi-camera input and GPU-accelerated inference for enhanced inspection efficiency.
✅Flexible Assembly Line: Robotic arms controlled via CAN FD and AGVs coordinated through RS485 enable dynamic and reconfigurable workstations.
✅Predictive Maintenance: Edge analysis of equipment vibration and temperature data enables early fault detection.