TRENDnet Industrial Networking Solutions in Action: A Collection of Applications and Real-Life Projects
June 2025
In today’s rapidly advancing business and industrial landscape, organizations are harnessing the power of sophisticated network solutions to tackle a range of operational and technological challenges. From traffic management and mass transportation to long-range surveillance and smart manufacturing, TRENDnet’s cutting-edge technology has been pivotal in enhancing efficiency, public safety, and overall performance. This collection of applications and real-life projects illustrates how TRENDnet’s rugged and innovative networking solutions are transforming multiple channels.
Highway Traffic Management
Indonesia's traffic congestion is among the highest in the world, leading to an increase in traffic-related accidents and fatalities. To address this important public safety issue, a comprehensive remote video monitoring system was implemented across the country. TRENDnet's suite of industrial fiber media converters, managed switch, and surveillance solutions played a key role in this initiative. The deployment aimed to enhance traffic management and welfare through advanced video surveillance, ultimately helping to reduce accidents, and improve traffic congestion and overall road safety.
The core of the remote video monitoring system was built around TRENDnet’s 24-Port Gigabit Layer 2 Managed Switch. Installed at the main surveillance hub, this switch served as the central node for handling and distributing video feeds to and from various remote locations. Advanced switch management features, such as IGMP snooping, were instrumental in efficiently managing multicast traffic, ensuring smooth and reliable video streaming. HDMI over IP receivers connected to the switch enabled the viewing of video feeds on large displays, while HDMI over IP transmitters linked to TRENDnet’s L2 Managed Switches provided high-definition video to HD PoE+ Network Video Recorders (NVRs). Hardened fiber media converters facilitated long-distance network connections, which was vital for the remote monitoring of live traffic conditions.
Engineered for extreme conditions, the industrial media converters are designed to withstand harsh temperatures (both hot and cold), vibrations, and shocks, making them ideal for the country’s demanding weather and outdoor environments. They were paired with TRENDnet IP cameras to deliver HD video monitoring capabilities. This seamless integration of durable networking equipment and high-performance cameras significantly enhanced traffic management and safety across the entire nation.
Rail Systems & Mass Transportation
Mass transportation systems, such as railways, trains, and buses, have increasingly embraced sophisticated technology to boost efficiency, security, and passenger experience. The integration of digital networks and advanced equipment have become pivotal in modernizing these systems. This infrastructure spans from networked digital maps, arrivals & departures screens, and ticket kiosks at transportation stations to onboard connectivity solutions that support a range of mobile services. Central to these systems are networked devices, such as switches, WiFi access points, fiber SFP modules, and surveillance cameras, all interconnected to ensure seamless operation and monitoring.
At railway stations, the deployment of networked digital maps and ticket kiosks facilitates better passenger navigation and ticket purchasing processes. Surveillance cameras are strategically placed throughout the station, and monitored through a centralized Network Video Recorder (NVR) located in a nearby control room. Access points, such as the TEW-925DAP WiFi 6 AP, ensure that passengers have access to WiFi connectivity, enhancing their overall travel experience. Additionally, a speaker system linked to the control room is used for pertinent announcements, providing real-time updates and information. All these components are integrated into a unified and cohesive network, managed from the control room equipped with a router, switches, an NVR(s), and ultra-fast 10G SFP+ modules to handle high-speed connections back to the main headquarters.
On board trains, connectivity solutions play a crucial role in maintaining operational efficiency and passenger satisfaction. A networked EN50155 rail switch installed within the train connects and powers various network devices, such as surveillance cameras, WiFi access points, and the passenger info display system, to the train’s internal network. This onboard network ensures that all networked devices operate cohesively, providing continuous data flow and connectivity throughout the travel journey, enriching the functionality and protection of mass transportation.
Long-Range Surveillance for Financial Institutions
In an era where consumer protection and surveillance are paramount and required for financial institutions, a prominent bank headquartered in Asia sought to modernize its outdated surveillance system to enhance both the quality of video footage and overall business operations. The bank's primary objective was to streamline and centralize video monitoring operations to a single headquarter, while addressing challenges posed by regional branches scattered across the country. The solution involved deploying a state-of-the-art, long-range surveillance system that utilized TRENDnet’s advanced fiber and surveillance solutions. This upgrade was not only essential for improving surveillance, but also for ensuring that the monitoring process was more organized and manageable.
This project required robust, long-distance fiber networking solutions to link each branch across the country. TRENDnet’s fiber solutions, capable of spanning distances up to 49.7 miles, were integral in connecting regional locations to the central hub. The Fiber Chassis System, a legacy system replaced by fiber SFP switches, was pivotal in providing efficient management and power delivery for fiber media converters through a centralized system. Industrial fiber solutions were also required for use in this project in order to ensure the equipment could withstand the extreme temperatures encountered outdoors at various branch locations.
To enhance the monitoring capabilities, TRENDnet surveillance cameras were strategically installed in high-traffic areas, such as entrances, ATMs, and parking facilities. These cameras provided comprehensive coverage of critical areas. The use of PoE technology simplified the installation process by delivering both power and data over a single Ethernet cable, reducing the need for separate power sources, and separate power and data cables. This integration of TRENDnet’s long-distance industrial fiber converters and high-performance surveillance cameras, all supporting PoE technology, ensured a highly-effective and streamlined surveillance solution.
By leveraging TRENDnet’s robust fiber and surveillance solutions, this international bank was able to achieve its goal of centralizing monitoring while overcoming significant logistical and environmental hurdles. The use of high-quality fiber networking and PoE-enabled cameras not only improved the overall video quality, but also facilitated more efficient operations. This project highlights the importance of integrating innovative technologies to enrich surveillance infrastructure and maintain vigilant oversight across multiple locations.
Solar & Mobile Surveillance
The integration of green energy solutions is becoming increasingly prevalent, important, and in many cases, a requirement. A notable example of this is the mobile surveillance setups commonly found throughout retail parking lots. These systems are designed to provide thorough coverage and protection while utilizing renewable energy sources. This type of setup typically involves solar-powered components and wireless connectivity, making it both environmentally friendly and convenient for installation.
A combination of solar power and wireless technology ensures continuous operation and comprehensive coverage. An important piece to this system is a solar charge controller that converts solar power for use with other devices, including the TI-PG80B industrial PoE+ switch, and power supply. TRENDnet’s IP cameras (TV-IP1514PI) are mounted on light poles equipped with solar panels that charge the system, reducing and ultimately eliminating the reliance on traditional power sources.
The wireless infrastructure of each mobile unit includes an outdoor access point (TEW-841APBO) installed on the TEW-P01 pole mount, which connects back to other APs located at the main building. This setup ensures solid communication between the surveillance system and the central monitoring location. The main building houses additional surveillance cameras, a wired router, an NVR, and a switch, all working together to manage and record the surveillance footage.
The deployment of solar-powered mobile surveillance systems in retail parking lots illustrates a forward-thinking approach to surveillance, monitoring, and energy efficiency. By combining renewable energy sources with advanced wireless technology, these systems offer reliable and eco-friendly surveillance solutions. The integration of solar panels, wireless access points, and centralized monitoring equipment ensures comprehensive coverage and streamlined operations. This green surveillance model represents a significant step towards sustainable and effective surveillance and monitoring solutions in public spaces.
Data Management & Smart Manufacturing
Connectivity and data management are vital for optimizing production processes and internal performance, especially in smart manufacturing. Modern factories increasingly rely on advanced networking solutions to facilitate seamless communication between machinery, data collection systems, and central control units. A common smart manufacturing setup involves integrating various networking components to enable real-time monitoring, data analysis, and remote management, all of which contribute to a more intelligent and responsive production setting.
In a smart manufacturing factory, industrial Modbus gateways can play a key role in connecting machinery to the network. These gateways enable the addition of RS-232/RS-422/RS-485 serial devices to the network, allowing compatible machines to transmit data and receive updates over the network, enabling more proficient monitoring and control. This connectivity allows for the constant tracking of machinery performance and the integration of machine data into larger production systems.
The primary control unit, i.e., main computer, is connected to an industrial router, and industrial switches are deployed at various stations throughout the factory. This full-spectrum network setup guarantees the facilitation of reliable connections and steady communications between various network devices, and machines using legacy technology.
The convergence of smart network solutions in manufacturing environments illustrates the transition towards more connected and data-driven production processes. Through the use of industrial Modbus gateways, network switches, and routers, factories and warehouse can achieve better communication between machinery and central control systems. This connectivity not only facilitates unadulterated live-data tracking and updates, but also supports improved decision-making and operational productivity.
Smart Monitoring of Rotating Equipment
When it comes to industrial operations, preventing unplanned downtime is crucial for maintaining productivity and reducing costs. To address this challenge at Semiotic Labs, TRENDnet’s industrial PoE+ DIN-Rail switches were integrated into SAM4, a robust solution for monitoring and maintaining critical motors and rotating assets. By integrating these technologies, the organization was able to enhance their ability to detect potential failures early, schedule timely maintenance, and avoid the financial impacts associated with unexpected equipment breakdowns.
TRENDnet’s 8-Port Hardened Industrial Gigabit PoE+ DIN-Rail Switch (TI-PG80) is a key component in the SAM4 smart conditioning monitoring system. This industrial switch, known for its durability and reliability, is designed to operate effectively in harsh industrial environments, such as warehouses, refineries, and factories. By connecting the motor monitoring system with TRENDnet’s industrial switch, the monitoring solution can continuously track the health of AC induction motors and various rotating equipment, including pumps, conveyors, and fans. The TI-PG80 industrial switch ensures that critical and time-sensitive data from the SAM4 system are transmitted reliably to decision-makers, allowing for proactive maintenance, and quick action when needed.
The combination of TRENDnet’s industrial PoE+ DIN-Rail switches with the smart conditioning monitoring system shows a significant advancement in industrial maintenance and reliability. By leveraging these advanced networking technologies, organizations can effectively monitor and manage critical assets, detect potential issues before they escalate, and implement maintenance strategies that minimize downtime and repair costs. The rugged design and reliable performance of TRENDnet’s industrial switches make them an ideal choice for demanding industrial environments, ensuring that the monitoring system can deliver accurate and timely data to support informed decision-making and operational stability.
Summary
The integration of TRENDnet’s advanced, industrial technologies across different sectors highlights a multi-industry-wide, transformative shift towards more efficient, reliable, and sustainable operations. Whether it’s improving management for critical motors and rotating assets, modernizing mass transportation with digital connectivity, or enhancing surveillance and monitoring capabilities with green energy solutions, TRENDnet’s networking solutions will not only drive operational improvements, but also contribute to a more interconnected and intelligent future. Embracing these technologies from TRENDnet ensures enhanced performance, protection, and reliability, paving the way for continued progress and innovations across various fields.