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Aluminium vs FR4 PCB comparison & differences If you're building an electronic product, the type of PCB you use can make or break its performance. It's not just about connecting components. It's about keeping them cool, running efficiently, and lasting longer. That’s why many engineers and designers compare aluminium vs FR4 PCB. While both are commonly used in electronics, they meet very different performance and design requirements. Some projects demand high thermal performa

In electronic contract manufacturing, product quality sets the foundation for performance, safety, and long-term reliability. As electronic devices become more complex, the demand for consistent and dependable PCB assemblies continues to grow. The IPC-A-610 standard provides a widely accepted framework for evaluating the quality of electronic assemblies. For OEMs and contract manufacturers, IPC-A-610 helps create a shared language around workmanship standards. From soldering

Today’s electronics are doing more in less space .  Brighter lights, faster processors, tighter layouts. But with power comes heat, and managing that heat has become a real challenge in product design. Enter the metal core PCB. If you’ve ever had to deal with overheating issues in LED lights, power converters, or automotive systems, you know how frustrating and costly it can be. That’s why metal PCBs have become the go-to choice for engineers looking to keep devices cool, sta

When building electronic devices that demand long-lasting reliability, strong connections, and excellent power handling, through-hole technology remains a dependable choice. Despite the rise of surface mount components, THT still plays a significant role in industries where strength and durability matter more than miniaturization. In this blog, we’ll explore what is a through hole, how through hole components are used, what sets through hole vs surface mount technologies apar

Engineer inspecting a panel of rigid PCB boards In today’s fast-moving electronics world, devices are expected to be smaller, faster, and more reliable. At the heart of these devices lies the printed circuit board—a vital foundation that holds and connects electronic components . Among the different types of printed circuit boards , the rigid PCB remains one of the most widely used due to its strength, reliability, and ability to support complex circuits. OEMs across industri

Close-up of assembling components inside electronic box system Box build assembly may sound like a final step in electronics manufacturing, but it’s where everything truly comes together. From internal wiring to enclosure integration, a box build assembly partner plays a direct role in how your end product performs in the real world. That’s why choosing the right partner isn’t just helpful; it’s a decision that can shape your product’s success, reliability, and speed to marke

Electronics are everywhere: phones, vehicles, medical devices, LED lights, satellites—you name it. At the heart of these devices is the printed circuit board (PCB) , and how components are placed on that board can make a real difference in how the final product performs. Two of the most common methods used today are surface mount technology vs through-hole. While both are widely used, they serve different purposes and work better in various scenarios. If you’ve ever compared

Technician handling a printed circuit board with precision tools In an age where electronic innovation happens overnight, every great idea needs a foundation strong enough to power it forward, and that foundation is your PCB manufacturer. From the prototype to full-scale production, the reliability of your printed circuit boards defines the performance of your final product. That’s why more companies are partnering with American PCB manufacturers, not just for convenience but

Technician soldering PCB for IoT and smart device assembly From smart thermostats and fitness trackers to intelligent factory systems, the world is becoming more connected every day. But behind the scenes, what keeps these devices running reliably? At the centre of it all is the PCB printed circuit board  — the component responsible for making every smart function possible. As the demand for connected technology continues to grow, so does the importance of efficient, compact

A2Z Electronics explains cable assembly and its types, and the benefits Inside every aircraft, industrial machine, or medical device, there is one part quietly holding it all together — the cable assembly. These are not just wires bundled together, but carefully designed systems that deliver power, transmit signals, and provide reliable connections. In this blog, we take a closer look at what is cable assembly is, how does it works, and why it plays a significant role across