Tecsys Product Guides

  In the age of Industry 4.0, automation is no longer an option but a necessity. From production lines and process monitoring to quality control and logistics, modern factories rely heavily on technology to keep workflows efficient, reliable, and safe. At the center of this transformation is the human-machine interface (HMI) —the point where operators interact with machines. Among the many options available, 10.1″ smart panels are quickly becoming the go-to choice for automation systems. But what makes this specific size and technology such a perfect fit? Compact Yet Powerful Space is often limited in industrial environments, especially in automation setups where every piece of equipment must be carefully optimized. A 10.1″ smart panel strikes the right balance between being compact enough to fit into tight spaces and large enough to provide a clear, interactive interface. Unlike smaller panels that may feel cramped or larger ones that take up too much real estate, the 10.1″ form...

  In the world of industrial automation, efficiency and precision are everything. From manufacturing plants to logistics centers, operators and technicians rely on technology that can keep pace with fast-moving processes while minimizing downtime. One technology that has become indispensable in recent years is the large industrial touch display. Far from being just a bigger screen, these interactive interfaces are transforming workflows by offering faster access to information, improved usability, and enhanced collaboration. Intuitive Human-Machine Interaction Traditional industrial control systems often required operators to use keyboards, mice, or physical buttons. These methods, while functional, were not always intuitive or quick to operate—especially in high-pressure environments where every second counts. Large touch displays streamline this interaction. Operators can use simple gestures—tap, swipe, or zoom—to navigate dashboards, adjust settings, and monitor processes. This...

  In today’s world of cloud platforms, solid-state drives, and high-speed flash storage, it may seem unusual that industries still rely on decades-old storage standards like SRAM PCMCIA Attribute Cards . Yet, in the field of industrial automation , these legacy memory cards continue to hold a crucial role. Factories, manufacturing plants, and embedded systems across the globe depend on them to ensure reliability, compatibility, and uninterrupted performance of mission-critical equipment. So why do these cards still matter? Let’s explore their continuing relevance in industrial automation. 1. Legacy Equipment Still Drives Modern Production Industrial automation systems are long-term investments. Unlike consumer electronics, which are frequently upgraded, factory automation equipment such as Programmable Logic Controllers (PLCs) , CNC machines , semiconductor testers , and robotic arms are often designed to last 20–30 years or more. Many of these systems were originally built with ...

  In today’s world, location accuracy and reliability are critical for industries ranging from logistics to construction. GPS technology has moved far beyond basic navigation and now serves as a backbone for smart applications, precision tracking, and data-driven decision-making. Among the many solutions available, the GU-168 GPS Mouse Receiver stands out as a compact, durable, and highly reliable device designed for industrial-grade applications. This blog explores how the GU-168 GPS Mouse Receiver combines portability, performance, and rugged design to meet the demands of modern industries. What is the GU-168 GPS Mouse Receiver? The GU-168 GPS Receiver, often referred to as a “GPS mouse,” is a small, high-performance positioning device that connects via USB. Its mouse-like shape makes it highly portable and user-friendly. Unlike consumer GPS devices, the GU-168 is specifically built for industrial environments, offering robust performance even in challenging conditions. It integ...

  In today’s fast-paced industrial and technological landscape, efficient data transfer and compatibility across multiple storage formats are essential. For professionals working with embedded systems, legacy equipment, and specialized applications, managing PC cards like Flash, SRAM, and ATA can be challenging, especially when modern devices no longer feature direct support for these card types. This is where the OmniDrive USB2 LF comes into play, bridging the gap between legacy PC card formats and modern USB interfaces. The Challenge of Legacy PC Cards For years, Flash, SRAM, and ATA PC cards have been crucial in industries such as automation, telecommunications, avionics, healthcare, and manufacturing. These cards often store vital system data, software configurations, or application-specific information. However, as technology advances, fewer computers and workstations include built-in PCMCIA or PC card slots. Organizations that still rely on these cards face significant hurd...

  In today’s hyper-connected world, businesses and individuals rely heavily on precise, real-time tracking solutions to optimize operations, ensure safety, and improve efficiency. From fleet management to asset tracking, GPS solutions are no longer just a convenience—they are a necessity. But for GPS tracking devices to deliver accurate, real-time insights, they must be supported by reliable connectivity technology. This is where 4G LTE Cat M1 emerges as a game-changer. Unlike traditional connectivity options, 4G LTE Cat M1 was designed specifically for the Internet of Things (IoT), making it the perfect fit for GPS tracking devices. Let’s dive into why Cat M1 technology stands out and why it is the ideal choice for real-time GPS tracking applications. What is 4G LTE Cat M1? 4G LTE Cat M1, often referred to as LTE-M, is a low-power wide-area (LPWA) cellular technology developed to support IoT devices. Unlike standard 4G LTE used in smartphones, Cat M1 is optimized for devices that...

  In industries where data access, reliability, and flexibility are crucial, having the right tools can make all the difference. Legacy systems and modern technologies often need to work side by side, and bridging that gap seamlessly is a challenge many professionals face. This is exactly where the OmniDrive USB2 LF/SD comes into play — a powerful device that combines dual-slot functionality for PCMCIA cards and SD cards , ensuring maximum compatibility and efficiency in one rugged package. The Challenge of Legacy and Modern Storage Over the years, data storage technologies have evolved rapidly. Many industries — from manufacturing and automation to aerospace, transportation, and energy — still rely on legacy PCMCIA memory cards for critical equipment. At the same time, SD cards have become the modern standard for portable storage and ease of use. Without a flexible solution, organizations often need separate devices to read and write data from these formats, which can be incon...

  In today’s fast-paced digital world, reliable data transfer and secure storage are critical for businesses and industries alike. With technology evolving rapidly, organizations are constantly searching for solutions that combine simplicity, durability, and robust protection to ensure their workflows remain uninterrupted. This is where the OmniDrive USB2 LF makes its mark. Designed for long-term use, rugged environments, and secure data handling , the OmniDrive USB2 LF is not just another storage solution—it’s an innovation built to meet the needs of industries that require reliability and stability at every step. Two of its most defining features are its rugged construction and integrated ESD (Electrostatic Discharge) protection , both of which provide peace of mind when handling valuable data. Why Rugged Design Matters In industrial and professional environments, storage devices are often subjected to much more than the average office setting. Factors such as dust, vibrations...

  In today’s connected world, data is no longer centralized . From smart factories to autonomous vehicles , storage devices need to operate reliably at the edge —closer to where the data is generated. This shift has created an increasing demand for rugged, high-performance storage solutions , and SD 3.0 Industrial microSD cards are emerging as a critical technology to support this evolution. Why Industrial microSD 3.0 Matters Unlike consumer-grade cards, industrial-grade SD 3.0 microSD cards are designed for continuous 24/7 operation, extreme environmental conditions, and long-term reliability . Key advantages include: High-Speed Performance : Faster read/write speeds compared to SD 2.0, enabling quick data logging and retrieval. Extended Endurance : Built with advanced NAND and firmware for long write cycles. Wide Temperature Range : Operates reliably in harsh conditions (-40°C to +85°C). Power-Fail Protection : Safeguards critical dat...

  In today’s connected world, the Industrial Internet of Things (IIoT) and edge computing are driving the next wave of digital transformation. From smart factories to remote monitoring systems, these technologies depend on reliable, high-endurance data storage. This is where industrial-grade microSD cards play a critical role. 1. Reliability in Harsh Environments Unlike consumer-grade cards, industrial microSD cards are designed to perform in extreme conditions. They can withstand wide temperature ranges (-40°C to +85°C), shock, vibration, and humidity—making them ideal for industrial automation, transportation, energy, and outdoor deployments . 2. High Endurance and Longevity IIoT and edge applications generate continuous streams of data , often requiring 24/7 operation. Industrial microSD cards use advanced wear leveling and error correction (ECC) to extend the lifespan of flash memory, ensuring long-term stability even under constant write cycles. 3. Data Integrity and Secu...

  In the demanding world of industrial operations, technology must do more than just perform—it must endure. Harsh conditions such as constant vibration, heavy shock, dust, and temperature fluctuations can quickly wear down standard displays. That’s where the 12″ industrial display , compact yet rugged, comes into play. Built for Harsh Environments Unlike consumer-grade screens, a 12″ industrial display is engineered with robust housing, reinforced components, and shock-absorbing design . This ensures it can withstand the physical stresses commonly found on factory floors, mobile machinery, and production lines where vibration and impact are unavoidable. Compact Size, Maximum Utility While its 12-inch form factor makes it space-efficient, it doesn’t compromise on performance. The wide-screen format and high-resolution clarity allow operators to monitor processes, analyze data, and make critical decisions with ease—even in fast-paced environments. Its compact design also makes it ...

  In today’s fast-paced industrial environments, efficiency, clarity, and durability are non-negotiable. Displays are no longer just screens—they are vital tools that empower operators, engineers, and technicians to make critical decisions with speed and accuracy. The 12″ Industrial Wide-Screen Monitor has emerged as a preferred choice for modern factories, automation plants, and industrial control systems. Let’s explore why. 1. Wide Viewing Angles – Clear Visibility Anytime Unlike traditional displays that compromise visibility when viewed from different positions, the 12″ industrial display offers wide viewing angles . This means operators can read data clearly whether standing directly in front, to the side, or even from a distance. In environments where multiple team members rely on the same display, this ensures uninterrupted workflows and fewer errors. 2. High Brightness and Sharp Resolution Industrial spaces are often exposed to varying light conditions, from dim factory fl...

  In today's fast-paced industrial environments, visual clarity matters more than ever. Whether you're monitoring production lines, overseeing quality control, or managing automated processes, every second counts—and clear visuals make all the difference. Enter the 10.1″ Wide Screen Industrial Monitor with 1000-nits brightness —a game-changing display that elevates factory floor operations with brilliant visibility and rugged endurance. 1. Exceptional Brightness for High Visibility Standard monitors typically offer brightness levels around 250–300 nits, sufficient for office or indoor use. But factory floors? They're a different beast. Bright overhead lighting, fluorescent glare, and reflections from metallic machinery can make regular displays unreadable. The 1,000-nits high brightness panel solves this—providing crisp, glare-free visibility even under harsh lighting conditions. You'll not only read data instantly but also reduce errors caused by visibility issues. 2....

  In today’s fast-paced world of positioning and navigation, many industries still rely on older equipment and systems that were never designed for today’s complex satellite constellations. Upgrading to entirely new infrastructure can be costly, time-consuming, and disruptive. This is where the GM-48W GNSS Receiver comes into play—bridging the gap between legacy systems and modern satellite navigation technology . Why Legacy Systems Need an Upgrade Many fleets, marine vessels, and industrial setups continue to use RS-232 serial interfaces or other legacy communication standards. While these systems remain functional, they lack the accuracy, speed, and flexibility of modern GNSS solutions. Without an upgrade, operators risk signal dropouts, reduced accuracy, and limited global coverage . The GM-48W Advantage The GM-48W GNSS Receiver is designed to offer modern positioning performance while maintaining compatibility with older setups . Here’s how it bridges the gap: 1. Multi-Const...

  In today’s fast-paced logistics and marine industries, real-time navigation and precise positioning are non-negotiable. Whether managing a fleet of vehicles on land or ensuring safe navigation at sea, the right GPS receiver can make all the difference. One such device making a significant impact is the GM-88U GPS Marine Receiver . Compact, durable, and engineered for accuracy, it delivers dependable performance in both fleet management and marine applications. Reliable Navigation in Marine Environments The GM-88U is designed with waterproof housing (IPX7) , making it resistant to moisture and harsh weather conditions often encountered at sea. Its u-blox GPS chipset provides high sensitivity and fast satellite acquisition, ensuring that vessels maintain accurate positioning even in challenging conditions. For marine operators, this means enhanced safety, smoother navigation, and better route planning. Fleet Management Made Smarter Fleet operators require a dependable way to trac...

  In today’s connected world, accurate and reliable navigation is no longer a luxury — it’s a necessity across industries. Whether you’re navigating open seas, managing fleet logistics, or integrating positioning systems into industrial machinery, the GM-5G Maus GPS Receiver delivers the performance you need. Precision Meets Versatility The GM-5G Maus is designed to work seamlessly across GPS, GLONASS, QZSS, and SBAS L1 satellite systems, ensuring consistent positioning in diverse conditions. This multi-constellation capability enhances signal reliability, even in challenging environments like dense urban areas or offshore locations. Built for Multiple Applications Automotive: Ideal for advanced navigation systems, vehicle tracking, and intelligent transportation solutions. Maritime: Perfect for vessel tracking, route optimization, and compliance with maritime navigation standards. Industrial: Suitable for automation, robotics, and site positioni...

  When it comes to marine navigation, speed, accuracy, and reliability can mean the difference between smooth sailing and costly delays. The GM-44S Fast GPS Marine Receiver is engineered to deliver all three—offering 20-channel parallel tracking , rapid cold-start performance , and compatibility with a wide 8–35 VDC power input range . 1. Precision You Can Rely On The GM-44S uses a 20-channel GPS engine to lock onto satellites quickly, ensuring precise location data in both open water and challenging conditions. Whether you’re navigating coastal waters or deep-sea routes, its accuracy enhances safety and route planning efficiency. 2. Flexible Power Input Unlike standard receivers that demand strict voltage conditions, the GM-44S accepts 8 to 35 VDC , making it adaptable to a wide range of marine electrical systems. This flexibility reduces the need for additional converters or adapters. 3. Built for the Marine Environment Encased in a rugged, water-resistant design, t...