AI-Powered Performance for Extreme Environments: Syslogic RSA4NA Rugged Computer

The Syslogic RSA4NA Rugged Computer [RPC RS A4NA (GMSL) and RPC RS A4NA (I/O) ] is a cutting-edge embedded system designed to thrive in extreme environments, from agricultural machinery and construction equipment to autonomous vehicles. Powered by the NVIDIA Jetson Orin Nano SoM and enhanced with AI-driven features, the RSA4NA supports sophisticated generative AI models, ensuring future-ready performance. Its robust IP67/IP69-rated housing, RTK-based precise positioning, and compatibility with multiple GMSL2 cameras make it the ideal solution for demanding AI-driven computer vision applications.  The NVIDIA Jetson Super Mode has now been added bringing with it more AI power.

Michael Jung, Product Manager at Syslogic, states: “We are providing the NVIDIA JetPack 6.2 software development kit to our customers with embedded computers powered by Jetson Orin Nano modules.” This upgrade enables all devices to leverage Super Mode, Jung adds.  The additional performance can also be activated on existing devices.

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The RSA4NA is engineered to support intensive AI applications.  Following this software update and the NVIDIA Jetson Super Mode, Syslogic have increased the power consumption from 15W to 25W.  This now allows the GPU to operate at up to 1020 MHz, enabling it to achieve a peak AI performance of 67 TOPs.

Benefits:

• Enhanced Processing Speed: Ensures faster data processing, critical for real-time AI applications like autonomous navigation, predictive maintenance, and advanced robotics.
• Future-Proof Upgrade: The Super Mode can be activated via a simple software update using NVIDIA JetPack 6.2, allowing existing RSA4NA devices to access advanced capabilities without hardware changes.

Rugged Design for Extreme Conditions

Built to withstand the harshest environments, the RSA4NA [RPC RS A4NA (GMSL) and RPC RS A4NA (I/O) ] boasts an IP67/IP69-rated housing, offering protection against water, dust, and extreme temperatures ranging from -40°C to +70°C. Its custom-designed carrier board ensures exceptional shock and vibration resistance, ideal for industrial and outdoor deployments.

Benefits:

• Uninterrupted Operation: Guarantees consistent performance in challenging environments, reducing downtime and maintenance costs.
• Long-Term Durability: Extends the lifespan of the device in industries like construction, mining, and agriculture.

RTK and Heading for Precision Navigation

The RSA4NA excels beyond AI computing with integrated Real-Time Kinematic (RTK) GNSS technology and dual u-blox receivers, delivering centimeter-accurate positioning without additional hardware. The built-in heading function determines both position and rotation angles.

Benefits:

• Flawless Navigation: Essential for autonomous vehicles and mobile robots, ensuring precise movements even in GPS-challenged areas.
• Operational Efficiency: Reduces errors in automated systems, enhancing productivity in sectors like drone mapping and automated farming.

Supporting up to four GMSL2 cameras powered via Power over Coaxial (PoC), the RSA4NA [RPC RS A4NA (GMSL) and RPC RS A4NA (I/O) ] processes real-time image data with minimal latency. This setup simplifies installation while supporting advanced applications such as 360-degree vision, object detection, and machine safety monitoring.

Benefits:

• Advanced Image Processing: Handles multiple high-resolution video streams, ideal for surveillance, smart city infrastructure, and safety-critical applications.
• Simplified Installation: Reduces setup complexity and costs with PoC technology.

Enhanced Security Features

In industrial environments, cybersecurity is paramount. The RSA4NA includes advanced security protocols to protect data and system integrity.

Benefits:

• Robust Data Protection: Implements secure boot, data encryption, and secure authentication protocols to prevent unauthorised access.
• Network Security: Offers support for secure communication protocols, ensuring data integrity across connected devices.
• System Resilience: Built-in mechanisms to detect and respond to security threats in real-time, reducing system vulnerabilities.

Software Ecosystem and Compatibility

The RSA4NA supports a broad range of software ecosystems, including compatibility with popular AI frameworks like TensorFlow, PyTorch, and OpenCV. It runs on Linux-based operating systems, optimised for edge AI computing.

Benefits:

• Flexible Development Environment: Allows developers to leverage familiar tools and libraries, speeding up deployment times.
• Optimised Performance: Tailored drivers and SDKs enhance the efficiency of AI model execution.
• Seamless Integration: Easily integrates into existing industrial systems, reducing transition barriers.

Designed with future advancements in mind, the RSA4NA offers scalability options to support evolving technological demands. Its modular design and software upgradability ensure long-term relevance.

Benefits:

• Modular Expandability: Hardware can be upgraded without replacing the entire system, reducing capital expenditures.
• Software Updates: Continuous support through firmware and software updates keeps the device aligned with the latest AI innovations.
• Adaptability: Supports new sensors, connectivity options, and AI models as they emerge, safeguarding your investment.

The Syslogic RSA4NA [RPC RS A4NA (GMSL) and RPC RS A4NA (I/O) ] is designed for deployment in a variety of industries where durability, AI processing power, and precision positioning are essential. Here are some key applications and the benefits the RSA4NA offers each:

Agriculture

• Applications: Precision farming, autonomous tractors, and crop monitoring.
• Benefits: Enhances operational efficiency by enabling real-time AI-driven decision-making. Supports precise positioning for automated machinery, optimising resource use, and improving crop yield predictions.

Construction

• Applications: Heavy machinery automation, site monitoring, and safety systems.
• Benefits: Improves worker safety through real-time machine perception, reducing accidents. Enhances productivity with AI-powered automation, optimising workflows and reducing downtime. Enables remote operation and monitoring in hazardous environments.

Autonomous Vehicles & Robotics

• Applications: Self-driving vehicles, mobile robots, and industrial automation.
• Benefits: Enables advanced real-time object detection and navigation, essential for autonomous movement. Supports AI-driven machine learning models for predictive maintenance and improved efficiency. Provides a rugged, reliable platform capable of enduring extreme conditions.

Smart Cities & Infrastructure

• Applications: Traffic monitoring, surveillance, and intelligent transport systems.
• Benefits: Enhances urban mobility with AI-powered traffic analysis and congestion management. Supports real-time surveillance and threat detection for improved security. Ensures reliable operation in extreme weather conditions for uninterrupted service.

• NVIDIA Jetson Orin Nano 8GB Module
  Delivers powerful AI performance suitable for complex deep learning tasks.
• 4G LTE Connectivity
  Ensures reliable remote communication for real-time data transfer and monitoring.
• RTK GNSS with Heading
  Provides precise positioning critical for autonomous navigation and mapping applications.
• Wi-Fi 6E ax/ac/a/b/g/n & Bluetooth 5.2
  High-speed wireless connectivity for seamless device integration and data exchange.
• 2x Gigabit Ethernet Ports
  Enables fast, stable wired connections for industrial networks.
• 4x GMSL2 Camera Inputs
  Supports multiple camera feeds for advanced vision applications like surveillance and machine learning.
• 1x CAN 2.0A/B, CAN FD Support (Isolated)
  Ensures robust communication with industrial control systems, enhancing automation processes.
• DisplayPort & 2x USB (Behind Service Cover)
  Offers flexible connectivity options for external displays and peripherals.
• 240GB NVMe SSD, Expandable up to 2TB
  High-speed storage with ample capacity for large datasets and AI models.
• 9-45VDC Input with Power Ignition Controller
  Wide voltage range for compatibility with diverse power systems, enhancing deployment flexibility.

The Syslogic RSA4NA [RPC RS A4NA (GMSL) and RPC RS A4NA (I/O) ] Rugged Computer is a transformative solution for industries demanding robust, high-performance AI computing. With its advanced AI capabilities, precision navigation, rugged design, and future-proof scalability, it is the ideal platform for applications in agriculture, construction, autonomous robotics, and smart infrastructure.

By integrating the latest advancements in AI processing, cybersecurity, and edge computing, the RSA4NA sets a new benchmark for rugged industrial computers. It not only meets the current demands of AI-driven automation but also offers the adaptability required to stay ahead in rapidly evolving technological landscapes.