Unlocking the Potential of Edge AI with ARBOR Technology

As the frontrunner in the global embedded IoT market, ARBOR Technology proudly presents the Edge AI Series Computers – an impressive lineup of embedded computers meticulously engineered to empower machine vision and edge AI computing applications.

The cutting-edge FPC-521X Series, (FPC-5211 and FPC-5210) your gateway to the Intel® 12th Gen. Core™ processors, including Core™ i9, Core™ i7, Core™ i5, and Core™ i3, delivers exceptional processing power for high-speed, real-time data analysis. Elevating performance further, this series also boasts compatibility with DDR5-4800 SODIMM modules.

Reduced Latency

A standout attribute of the FPC-521X Series lies in its inclusion of the Intel® AX2XX Wi-Fi 6 module and 2.5GbE LAN connection. This high-speed connectivity solution elevates the device’s communication capabilities, crucial for seamless real-time data transfer in edge computing environments, concurrently diminishing internet latency.

Optimised for Machine Vision: MXM 3.1 Platform

Machine vision applications, spanning from manufacturing quality control to cutting-edge surveillance systems, can harness the potential of the NVIDIA® Quadro® Embedded slot, offered in the A2000 and A4000 variants – with FPC-5211 Series and FPC-5210 Series respectively. These robust graphics solutions guarantee the smooth and rapid processing of images and videos, a critical requirement for any machine vision system.

The FPC-521X Series, with its powerful and efficient features, is well-suited for a range of applications in various domains. Here are some potential applications where the FPC-521X Series could be useful:

1. Machine Vision:
   • Quality Control: Inspecting and ensuring the quality of manufactured products.
   • Surveillance: Real-time monitoring and anomaly detection in security and surveillance systems.
   • Object Recognition: Identifying objects and patterns for industrial automation and security.
2. Manufacturing and Automation:
   • Production Control: Optimising manufacturing processes for efficiency and quality.
   • Predictive Maintenance: Anticipating and preventing equipment failures in industrial settings.
   • Robotics: Enabling robots to perform tasks with vision-based guidance.
3. Transportation:
   • Traffic Management: Real-time traffic monitoring and congestion detection.
   • Autonomous Vehicles: Providing the computing power for autonomous vehicle systems.
   • Public Transit Optimisation: Enhancing route planning and management for public transportation.
4. Retail:
   • Inventory Management: Optimising inventory levels and reducing stockouts.
   • Customer Analytics: Analysing customer behaviour and preferences for personalized marketing.
   • Checkout Automation: Enabling cashier less shopping experiences.
5. Smart Cities:
   • Traffic Control: Managing traffic signals and improving road safety.
   • Surveillance and Security: Enhancing public safety and detecting security threats.
   • Environmental Monitoring: Analysing environmental data for better resource management.
6. Healthcare:
   • Diagnostic Imaging: Assisting with real-time image analysis and diagnosis.
   • Remote Health Monitoring: Enabling remote patient monitoring for telemedicine.
   • Drug Discovery: Accelerating the drug discovery process with AI-driven analysis.
7. Gaming:
   • Real-time Graphics Rendering: Enhancing gaming experiences with lifelike graphics.
   • Player Behaviour Analysis: Analysing player actions to improve gaming experiences.

The FPC-521X Series, with its robust processing capabilities and compatibility with AI and machine vision applications, can significantly improve the efficiency and performance of these diverse applications across various industries.

Our high-performance Industrial IoT Computer, the FPC-9108, efficiently distributes workloads at the edge. Boasting Intel’s 10th Gen processor and a PCI-E 16x expansion slot, it’s optimised for handling 350W GPU graphics cards, elevating edge computing and AI inferencing applications to new heights. Experience unmatched power and durability with ARBOR’s FPC-9108-P6-G3 Rugged AIoT Computer.

Tailor your solution to your needs with the option to select either the FPC-9108-P6-G3 or FPC-9108-L2U4-G3 model. The FPC-9108-P6-G3 embedded controller is equipped with 6 POE connectors, enabling seamless connectivity for up to 6 POE cameras, perfect for machine vision applications. Coupled with a robust graphics card and 6 PoE devices, your machine vision applications will experience blazing transmission speeds and heightened precision.

Both Box PCs come with built-in 2.5 GbE LAN ports and USB3.2 Gen 2 ports, guaranteeing lightning-fast data transmission and robust performance. Optimise your operations with ARBOR’s versatile FPC-9108 series.

Prepare for a transformation in on-device AI experiences with our cutting-edge industrial edge AI computing platform. As the world gravitates towards edge computing, these devices are poised to locally process data, eliminating the necessity to transmit data to the cloud for inference and prediction. The outcome? Swift response times and a notable boost in operational efficiency. This development holds immense promise, especially in sectors like transportation and automation, where milliseconds make all the difference, and real-time decisions are paramount.

The FPC-9108-P6-G3 and FPC-9108-L2U4-G3 both serve as industrial-edge AI computing platforms. These models may be useful for a range of applications in different industries. Here are potential applications for each of them:

1. Machine Vision:
   • Quality Control: Inspecting products for defects and ensuring quality in manufacturing.
   • Robotic Guidance: Providing vision-based guidance for industrial robots.
   • Object Recognition: Identifying and tracking objects for automation and security applications.
2. Manufacturing and Automation:
   • Predictive Maintenance: Anticipating equipment failures and scheduling maintenance.
   • Production Optimisation: Enhancing production processes for efficiency and quality.
   • Industrial Robotics: Supporting advanced robotic automation in manufacturing.
3. Surveillance and Security:
   • Video Analytics: Analysing video feeds for real-time threat detection and situational awareness.
   • Facial Recognition: Identifying individuals for access control and security applications.
   • Intrusion Detection: Detecting and responding to unauthorised access.

1. Machine Vision:
   • Quality Control: Ensuring product quality in manufacturing and inspection processes.
   • Automated Sorting: Sorting and categorizing items based on visual characteristics.
   • Packaging Automation: Optimising packaging processes with precision.
2. Manufacturing and Automation:
   • Control Systems: Providing computing power for industrial control systems and automation.
   • HMI (Human-Machine Interface): Enabling intuitive interfaces for operators.
   • Process Monitoring: Real-time monitoring and control of manufacturing processes.
3. Data Analysis and Analytics:
   • Big Data Processing: Handling large datasets for real-time analytics and decision-making.
   • Data Mining: Extracting valuable insights and patterns from data.
   • Business Intelligence: Supporting data-driven decision-making in various industries.
4. Edge Computing:
   • IoT Gateway: Serving as a gateway for Internet of Things (IoT) devices in various applications.
   • Edge Server: Processing data at the edge to reduce latency and bandwidth usage.
   • Data Processing and Aggregation: Aggregating data from sensors and devices for analysis.

In summary, the FPC-9108-P6-G3 is well-suited for applications where high processing power and machine vision capabilities are critical, particularly in manufacturing, automation, and surveillance. On the other hand, the FPC-9108-L2U4-G3 is designed for applications that require data processing, analytics, and edge computing capabilities, making it a versatile choice for a variety of industries.

In a dynamic technological landscape, ARBOR Technology maintains its innovative edge with the debut of the FPC-8108W-G1 Rugged AIoT computer, heralding the era of edge computing. Building on the success of previous models like the FPC-8109-G1, ARBOR continually pushes the envelope by seamlessly integrating cutting-edge AI capabilities. This transformation empowers industries to streamline their automation processes while significantly reducing data traffic. With the FPC-8108W-G1, fortified with these enhancements, Arbor are poised to redefine AIoT applications, providing real-time solutions right at the source.

The FPC-8108W-G1 and FPC-8109-G1 are designed for specific applications and environments. Here are potential applications for each of them:

FPC-8108W-G1:

1. Industrial Automation:
   • Process Control: Real-time monitoring and control of manufacturing and industrial processes.
   • HMI (Human-Machine Interface): Providing a user-friendly interface for operators and process visualisation.
   • Data Acquisition: Collecting and processing data from various sensors and devices.
2. Smart Cities:
   • Environmental Monitoring: Analysing environmental data for resource management and urban planning.
   • Surveillance and Security: Enhancing public safety with video analytics and security applications.
   • Traffic Management: Optimising traffic flow and signal control for urban transportation.
3. Retail:
   • Inventory Management: Optimising stock levels, reducing stockouts, and enhancing supply chain management.
   • Checkout Automation: Supporting cashier-less shopping experiences and self-checkout systems.

Customer Analytics: Analysing shopper behaviour for personalized marketing and improved store layout.

FPC-8109W-G1:

1. Smart Grids and Energy Management:
   • Grid Monitoring: Real-time monitoring of electrical grids for better management and stability.
   • Energy Optimisation: Analysing energy consumption data for efficient energy distribution.
   • Renewable Energy Integration: Integrating data from renewable energy sources into the grid.
2. Agriculture and Environmental Monitoring:
   • Precision Agriculture: Collecting and analysing data for optimized farming practices.
   • Soil and Water Management: Monitoring soil conditions and water resources for better resource allocation.
   • Weather Forecasting: Gathering weather data for improved agricultural planning.
3. Industrial IoT (IIoT):
   • Remote Monitoring: Providing real-time monitoring and control of industrial equipment and machinery.
   • Predictive Maintenance: Anticipating equipment failures and scheduling maintenance.
   • Data Analytics: Analysing sensor data to improve operational efficiency and reduce downtime.

In summary, the FPC-8108W-G1 is suitable for applications related to industrial automation, smart cities, and retail, where robust data processing and edge computing are required. On the other hand, the FPC-8109-G1 is designed for applications in energy management, agriculture, and industrial IoT, where data analysis and remote monitoring are crucial for improving efficiency and sustainability.

The advent of AIoT and smart cities has ushered in a new era, driving the demand for cutting-edge edge AI computing solutions. In response to this imperative need, ARBOR Technology has innovatively crafted a triumvirate of powerhouse series: the FPC-521X Series, FPC-9108 Series, and FPC-810X Series, specifically designed to cater to the demands of diverse edge computing applications.

IoT and automated manufacturing have emerged as global industry trends in recent years, aligning seamlessly with ARBOR’s unwavering commitment. Our solutions are engineered to thrive in industrial settings, ensuring uninterrupted 24/7 operations and providing actionable intelligence to enhance operational efficiency and insights across domains such as Automation Manufacturing, Transportation, Healthcare, Gaming, Military, and Retail.

In all of these domains, the technology facilitates quicker decision-making, enhanced accuracy, reduced latency, and improved operational efficiency. It is a fundamental component of the ever-evolving landscape of smart cities and modern industry.