News & Updates


Designing a wire harness goes far beyond just connecting components—it’s about ensuring manufacturability, reliability, and compliance. This article walks you through the entire process, from initial design to production, helping you streamline development and avoid common pitfalls.

Explore the key considerations and best practices for conducting cybersecurity assessments in medical device development. This article outlines how to identify potential threats, evaluate risks, and ensure compliance with evolving industry standards.

Harness Design in Altium Designer simplifies managing PCB interconnections, ensuring reliable performance and streamlined manufacturing. With logical connectivity tools, harness layout drawing, and manufacturing-ready documentation, it keeps your designs efficient and organized—all within a unified design environment. Perfect for automotive, aerospace, and industrial applications.

Our new article guides you through enhancing your Raspberry Pi 5's performance by setting up NVMe SSD storage using an expansion HAT. It covers the benefits over traditional MicroSD cards, including improved speed and reliability, and provides step-by-step instructions for installation and configuration.

Human error is a leading cause of cybersecurity breaches—even in electrical engineering. Our article explores how everyday design and collaboration habits can create vulnerabilities, and what engineers can do to build safer, more secure workflows.

Discover how modern wire harness engineering is evolving to meet the growing complexity of electrified systems. This whitepaper explores best practices, intelligent automation, and ECAD-MCAD collaboration to improve efficiency and reduce errors. Download now to stay ahead in an increasingly connected world.

Ultra-HDI technology is transforming RF design by enabling finer line widths, improved signal integrity, and more compact, high-performance boards. Our brand-new article explores its advantages over traditional methods and the benefits of integrating flexible circuits.

Testpoints are essential for efficient PCBA testing and debugging. Our latest whitepaper dives into testpoint optimization, fault detection, and automated testing strategies, along with a full tutorial on using Testpoint Manager in Altium Designer. Discover how to streamline your testpoint assignments and improve measurement accuracy!

Krishna Sundaram explores the hidden challenges of cable harness design, from routing complexity to mechanical constraints and manufacturability. Learn how to design a robust and efficient harness.

Ultra-HDI technology is transforming PCB design, enabling unprecedented miniaturization and performance. In this article, explore what sets Ultra-HDI apart from traditional HDI and how it’s shaping the future of electronics.

Explore the precision of PCB design with Altium Designer's latest Constraint Manager! Hone your skills in component positioning, routing, and rule definition to enhance your design capabilities with Altium's state-of-the-art tools. Discover more about this cutting-edge feature in the manual today.

Learn the whole story of revamping the SMTA Test Board, the groundbreaking tool for solder paste testing.

Explore common principles and rituals of Agile and how you can adapt them to hardware product development.

Have you considered converting a USB interface to serial (UART), while delivering data over a custom Ethernet cable and RJ45 connectors? If so, we invite you to check out this article on building a USB to Serial-Over-RJ45 Module. Additionally, you'll find a link to our workspace to explore the entire project.

Explore common principles and rituals of Agile and how you can adapt them to hardware product development.

Our exploration of the Pi.MX8 open-source computer module project progresses. In this third chapter, our focus shifts to the PCB layout preparation of the board. Key topics include defining the layerstack and component break-out routing.

Design faster together with the innovative PCB CoDesign feature, exclusively available in Altium Designer. This cutting-edge functionality seamlessly integrates schematic and PCB design, facilitating concurrent work by multiple engineers on the same project. Learn more about this groundbreaking feature in our comprehensive manual.

Electronic components power nearly everything in our modern lives. However, as long as there are buyers for parts, counterfeiters will persist in their endeavors. Financial losses resulting from fake components are challenging to ascertain due to enforcement limitations and the difficulty in collecting data on the issue. In this article, we demonstrate how to test and verify components in batch orders.

With increased electronics supply chain visibility, you can develop better products faster and align perfectly with budget constraints early on. Here’s why.

Explore common myths about Agile hardware development and learn how to adapt Agile principles for hardware projects.

We are going deeper into lid assembly electronics in our Open Source Laptop project. In this chapter we will tackle the PCB design of the webcam board and show you how to deal with some expected challenges, such as overall small form factor of the board or breaking out the microscopic webcam image sensor.

If you're trying to understand how commercial Altium 365 differs from Altium 365 GovCloud, you're in the right place. Click to grasp the unique features of each.

Explore the challenges and strategies of implementing Agile methodology in electronics hardware development. Understand key differences between hardware and software development within the Agile framework.

The flexible circuits are ideal for applications where a thin, small, and lightweight PCB is needed. However, in such cases, challenges in assembly and fabrication often arise. This article delves into these challenges, focusing on component selection and placement and how they can significantly impact the performance of the flexible circuit in its intended application.

Have you ever performed manual tests? If your answer is yes, you're likely aware of how laborious and time-consuming the entire process can be. Allow us to introduce you to the realm of test equipment automation. Our new step-by-step guide empowers you to write code that seamlessly configures your networked test equipment, all from the convenience of your computer.

We are advancing with our brand new Pi.MX8 Project. In this chapter, we delve deeper into two crucial aspects: the overall schematic and component placement on the PCB board. Don't hesitate to check it out. Additionally, you can follow this project through our workspace; the link is provided within the article.





