Site icon TrunkNotes

What are the best practices for designing PCBs for high-volume assembly?

PCBs for high-volume assembly

When it comes to the efficient, cost-effective, and high-quality manufacture of electronics, nothing is more important than the optimised design of printed circuit boards (PCBs). The success of high-volume PCB assembly is dependent on the quality of the PCB design, which is itself a specialised process.

 Working with a reliable high-volume PCB assembly manufacturer is crucial, but so is designing PCBs that are optimised for production at scale. With an eye on current trends and search engine optimisation (SEO) friendliness, this article delves into the best methods for designing PCBs for high-volume assembly.

1) DFM, or “Design for Manufacturability”

Incorporating Design for Manufacturability (DFM) standards into PCB designs is an important fundamental for high-volume assembly. Design for manufacture (DFM) is the process of making a product in such a way that assembly is quick, easy, and error-free. You may help the production process go more smoothly by identifying and implementing design improvements in collaboration with your selected high-volume PCB assembly company. Working together, we can guarantee that production of the PCBs will be consistent and free of time-consuming delays.

2. Keep It Simple

In high-volume PCB design, simplicity is of the utmost importance. The assembly time and cost may be greatly improved by cutting down on the number of parts, decreasing the number of layers, and switching to standard-sized parts. Intricate routing and a large number of parts can raise production costs and the likelihood of problems in a complex design. The overall manufacturability and cost-effectiveness of your PCBs will increase if you keep the design basic and uncomplicated.

3. Optimise the Location of Individual Parts

Components on a PCB must be strategically placed. In order to reduce the potential for electromagnetic interference (EMI), it is best to group together components that interact closely with one another. Think about where you’ll put the components that generate the most heat and where you’ll need to put the components that use the most electricity. High-volume applications place special emphasis on the importance of a well-designed PCB’s functionality and durability.

4. Choose the Right Components

High-volume PCB design relies heavily on component selection. Reduce lead times and prevent disruptions to your supply chain by making use of components that may be sourced from a variety of sources. Select parts that have been tried and tested and are suitable for high-speed data transfer. Working with a high volume PCB assembly manufacturer might be helpful since they usually have established relationships with reliable component suppliers and can offer significant insights into component selection.

5. Reducing Signal Integrity Problems

Signal integrity is of utmost importance during mass production assembly. Signal integrity problems can be mitigated by using consistent trace lengths, regulating EMI using grounding and shielding, and reducing trace impedance. Controlled impedance routing is very useful for protecting high-speed digital signals while routing them. Optimisation of signal integrity can be aided by using state-of-the-art simulation tools and consulting with your high-volume PCB assembly provider.

6. DFT stands for “Design for Test”

High-volume PCB design relies heavily on designing for testability. Integrating test points, boundary scan, and built-in self-test (BIST) capabilities helps streamline quality assurance and testing. The use of DFT techniques not only speeds up the testing process and saves money, but also improves the PCBs’ overall dependability.

7. Adopt Cutting-Edge Technology

If you want to remain competitive in high-volume assembly, adopting cutting-edge technology and production methods is a must. These days, electronic components almost always come in a surface-mount technology (SMT) or ball grid array (BGA) form. By keeping abreast of these developments, you can make sure that your PCB design makes the most of modern assembly techniques. Working together with a high-volume PCB assembly firm that focuses on innovative technologies might be quite fruitful.

8. Prioritize Thermal Management

High-volume PCBs can only last as long and be as reliable if proper heat control is included. To efficiently disperse heat, use heat sinks, thermal vias, and cooling solutions in your design. You may save money on repairs and replacements by implementing effective thermal management, which also improves performance.

Testing and Quality Assurance

Quality assurance and testing are common practises in high-volume PCB manufacturing. Defects can be caught early on in production if automated optical inspection (AOI) and in-circuit testing (ICT) are used. Working closely with your high-volume PCB assembly supplier guarantees that your boards will always be of the highest quality.

10. Compliance and Certification

Verify that your PCB layout follows all applicable rules and regulations. Certifications like RoHS compliance and UL certification may be required depending on the intended use. Working with a high-volume PCB assembly company known for its commitment to quality control and regulatory compliance helps streamline the approval process.


To sum up, designing printed circuit boards (PCBs) for mass production requires careful consideration of several factors. Working with a PCB company is essential, but so is adhering to PCB design standards.

With careful consideration of design for manufacturability, simplicity, component selection, signal integrity, and other key factors, it is possible to make PCBs that are not only easy to produce but also up to the rigorous requirements of mass manufacturing. If you want your PCB design to be competitive in the rapidly developing field of electronics manufacturing, keeping up with the newest trends and technologies is essential.

Exit mobile version