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Articles on technology, engineering, and innovation
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Embedded Linux HMI Development: Custom Interface Design with Yocto and Qt
Complete guide for developing customized industrial interfaces using Yocto Project and Qt/QML in Linux-based HMI systems.
Fully Integrated Solution: ZMA + HMI + AWS for Weighing Systems
Real-world case study: Complete system architecture for 5-tank milk processing facility using ZMA, HMI and AWS IoT.
ZMA Data Acquisition Joins Zephyr Project Portfolio!
ZMA becomes the first product from Turkey to be featured in the Zephyr Project portfolio, joining the global embedded systems community.
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TinyML: The Edge AI Revolution in Industrial Sensors
TinyML brings the art of running artificial intelligence on resource-constrained microcontrollers (MCUs) and its transformative power in industrial sensors.
Industrial Data Visualization with Grafana: Real-Time Monitoring and Dashboard Design
How to visualize industrial IoT data with Grafana, create meaningful dashboards, and set up real-time monitoring systems. Grafana integration with ZMA and GDT devices.
7 Inch and 10.1 Inch HMI Screens: Choosing the Right Size for Industrial Applications
Comprehensive guide for selecting 7 inch vs 10.1 inch HMI screens based on machine size, operator ergonomics, and viewing distance.
Generative AI in Industrial Data with AWS Bedrock
Leveraging foundation models (Claude, Llama, Titan) for industrial applications: Anomaly detection, natural language querying, automated maintenance reports.
GDT + HMI Integration: Real-Time Weight Display with Modbus Communication
Step-by-step guide for visualizing data from GDT Digital Transmitter on HMI touchscreen with Modbus TCP/RTU protocol in industrial weighing systems.
Industrial Data Collection with AWS IoT Core: From ZMA Devices to Cloud
Transfer of data collected via Modbus from ZMA and GDT devices to AWS IoT Core cloud platform via IoT gateway using MQTT protocol.
Industrial IoT Automation with n8n: No-Code Workflow Integration
Automating industrial data flows with n8n workflow automation: MQTT to email/Slack alerts, ERP integration, and automated reporting from ZMA and GDT devices.
On-Premise AI Solutions with Ollama: Factory-Internal Predictive Maintenance
Local AI models deployment with Ollama in factories without cloud data transfer for predictive maintenance and anomaly detection applications.
Time Series Data Management with Amazon Timestream
Efficient storage and analysis of industrial sensor data with AWS Timestream: High-speed writes, automated lifecycle management, and SQL-based analytics.
Why Should You Use Digital Transmitters in Factories of the Future?
We examine the differences between analog and digital transmitters in industrial automation, why you should switch to digitalization, and their roles in future factories.
GDT Series: End Data Loss with Modbus Communicating Digital Transmitters
Discover how the GDT series digital transmitters, supporting Modbus RTU and TCP protocols, ensure data security in industrial communication.
ZMA-Desk: Real-Time Monitoring and Data Logging Power
Discover ZMA-Desk monitoring and datalog features. Live data visualization, real-time charts, and professional data export in CSV/XLSX formats.
The Role of Industry 4.0 and Digital Transmitters: Smart Sensor Management
The critical role of digital transmitters in smart sensor management, data analytics, and predictive maintenance processes in the Industry 4.0 ecosystem.
5 Critical Criteria You Should Know for Choosing the Right Transmitter
Technical parameters you should pay attention to when choosing a transmitter to get the best performance in your industrial applications.
Temperature, Pressure, and Level: What are Industrial Transmitter Types?
A comprehensive guide to the most commonly used transmitter types in industry, their functions, and application areas.
How to Prevent Noise in Transmitter Signals?
Technical tips and solution methods to minimize the effect of electrical noise in industrial environments on transmitter signals.
4-20mA or 0-10V? Comparison of Transmitter Output Signals
Differences, advantages, and correct selection criteria between 4-20mA and 0-10V, the most commonly used analog output signals in industrial transmitters.
Why We Use Zephyr RTOS in Our Products
Explaining our choice of Zephyr RTOS for ZMA Data Acquisition devices, highlighting T2 Workspace topology, custom board support, and secure boot advantages.
Which Sensor Gives Which Output? The World of 4-20mA, 0-10V, and mV/V
We technically explain the analog signal types produced by pressure, temperature, and weight sensors and why these signals vary.
Signal Selection in Industrial Sensors: Why 4-20mA or 2mV/V?
Signal selection strategies in industrial sensors from an engineering perspective and why certain signals have become standards.
Why 24-bit Analog to Digital Module? The Chemistry of Precision Measurement
A technical review of the importance of 24-bit resolution in industrial data acquisition, its advantages, and why 16-bit systems represent an insufficient solution.
ZMA Data Acquisition: High-Speed Analog Digital Module Applications
The importance of high-speed data acquisition in industrial processes requiring millisecond precision and calculations of ZMA series performance in this field.
3 Common Mistakes When Converting Analog Signals to Digital
Basic mistakes made in the process of converting analog signals to digital (digitizing) in industrial automation projects that compromise data accuracy.
Analog to Digital Module Integration and Data Processing in Embedded Systems
How raw data coming from ADC modules is processed in the embedded software world, calibration algorithms, and signal processing techniques.
Loadcell and Transmitter Compatibility in Milk Tank Automation
Advantages of loadcell-based weight measurement systems and control unit integration for milk stock management in the food industry.
IoT Based Data Acquisition: Guide to Carrying Analog Data to the Cloud
A technical guide on how analog sensor data in the field is transferred to the cloud via IoT devices and gateways and the architecture of this process.
TinyML: Artificial Intelligence Revolution at the Edge in Industrial Sensors
TinyML, the art of running artificial intelligence on microcontrollers (MCUs) with limited resources, and its transformative power in industrial sensors.
Predictive Maintenance with NPU Supported MCUs: Predicting the Future
A technical look at how next-generation microcontrollers with neural processing units (NPU) make a difference in predictive maintenance processes.
Smart Transmitters: Noise Filtering and Anomaly Detection with AI
Technical details of cleaning interference and real-time anomaly detection with the integration of artificial intelligence algorithms at the transmitter level.
Sensor Performance Terminology: Guide to Sensitivity, Accuracy, and Resolution
Detailed examination of fundamental performance parameters such as resolution, sensitivity, accuracy, and repeatability in industrial sensors.
Creating Custom Distributions with Yocto for Embedded Linux Systems
Learn how to create custom distributions for embedded Linux systems using Yocto Project, layer management, and recipe writing.
Modbus Protocol Integration in Industrial IoT Systems
Learn how to integrate the widely used Modbus protocol in industrial automation systems into IoT devices.
High Precision ADC Selection and Applications
Detailed guide on the use of 24-bit ADC solutions in industrial measurement systems, calibration, and performance optimization.