• This case study unveils a practical application of embedded innovation, highlighting the process and outcomes of upgrading legacy systems in a technology-focused product line. Through strategic technological integration, the project not only uplifted product performance but also markedly improved customer satisfaction levels. The subsequent pages delve into various strategic and operational enhancements made, providing readers with a nuanced understanding of the concrete impacts and subtleties involved in a real-world, engineer-led embedded innovation initiative. A testament to blending traditional systems with modern innovation.

  • This article elucidates the imperative of RS485 communication in industrial settings, especially in long-distance data transmission amongst varied devices. It delineates how 4D Systems’ MOTG-RS485 accessory module extends RS485 communication support to gen4 micro LCD displays, enhancing their utility in industrial scenarios. By explicating the basics of RS485 communication and its implementation through the MOTG-RS485 module, the article provides a comprehensive overview for professionals keen on augmenting their display applications' communication capabilities. Furthermore, it sheds light on the innovative Modules-on-the-Go (MOTG) concept by 4D Systems, aiming to simplify the integration of additional functionalities in embedded display designs.

  • This blog offers a recap of a recent webinar session detailing the introduction of the Amarysia Artemis, a 3D-printed medical mask designed for ICU scenarios. Equipped with integrated bio-sensor and display technologies, the mask provides real-time vital data to healthcare professionals, aiming to streamline medical operations. Developer insights, functional features, and potential critical care applications of the mask are delineated. The video of the webinar is available, showcasing this notable technological stride towards augmenting real-time data accessibility in healthcare, hinting at the trajectory of forthcoming medical advancements.

  • This guide delves into comprehensive methods for maintaining touch screens, an integral component in modern electronics, to ensure their optimum accuracy, performance, and longevity. It encompasses practical tips on cleaning, handling, calibration, firmware updates, and proper storage to avoid common pitfalls like scratches, diminished sensitivity, or compromised accuracy. Particularly tailored for engineers and professionals, this article aims to equip readers with essential know-how to enhance the responsiveness and efficiency of their touch screen devices, thereby enhancing productivity and overall user experience.