Frequently Asked
Questions

Turnkey PCB manufacturing and assembly is an all-inclusive service covering the entire process of creating printed circuit boards, from fabricating the PCBs to sourcing components and completing the assembly, offering a ready-to-use board to the customer.

OEM stands for Original Equipment Manufacturer, a company that designs and manufactures a product. CEM (Contract Electronics Manufacturer) is similar to EMS, providing manufacturing services to OEMs under contract. The term CEM is often used interchangeably with EMS, though EMS may offer a broader range of services, including design and after-sales support.

EMS (Electronics Manufacturing Services) companies procure electronic components through strategic partnerships with suppliers, bulk purchasing to reduce costs, and utilizing supply chain management tools to forecast demand and ensure timely component delivery.

Soldering defects are imperfections in solder joints that can lead to failures in electrical circuits. They include cold solder joints, solder bridges, insufficient or excessive solder, tombstoning, and voids.

Solderability refers to the ability of a material, typically a metal, to be soldered effectively, allowing for proper wetting and adhesion of the solder to the material's surface.

• Analyzing your target market and brand identity. • Considering product protection and functionality. • Evaluating materials for sustainability and cost-effectiveness. • Aligning design elements with your marketing strategy. • Testing designs with your target audience.

Planning a PCB layout includes selecting materials, determining board size, placing components strategically, routing efficiently, and considering thermal management, aligned with manufacturing constraints.

What are PCB layouts?

A DFX certification is a professional accreditation that signifies an individual's expertise and knowledge in applying Design for Excellence principles across the product development process. It covers areas such as manufacturability, assembly, testing, and sustainability, ensuring products are designed with optimal performance, cost, and quality in mind.

The product life cycle of an electronic product involves initial research and development, followed by introduction to the market, rapid growth influenced by technology advancements, maturity as market saturation approaches, and eventually, decline as newer technologies emerge.