We're a PCB layout services company with extensive experience designing and creating layouts for high density boards. We've built custom computer peripherals, wearables, IoT devices, and much more. In addition to high density PCB design and layout services, we provide embedded systems development services for our clients.
We're passionate about advanced technology and we're dedicated to helping you take your new products to market quickly. Whether you're a small startup with a great idea or a large enterprise, we'll take your design from idea to full-scale manufacturing. We look forward to working with you!
High Density PCB Design and Layout Expertise
We're experts at high density PCB design and layout. We provide the following services for HDI design and analysis:
Front-end design and schematic capture
HDI stackup design, HDI layout and routing, and stackup/routing optimization
Fanout design for fine-pitch BGAs
DFM compliance in via design, fanout, and routing
Assembly drawing, BOM, and panel preparation
Schematic and layout design in Altium Designer/Concord, OrCAD/Allegro, and Eagle
DFM Expertise for HDI PCB Layout
DFM requirements are extremely important for taking any high density PCB design through the manufacturing process with high yield. We've worked with small startups and large enterprises to take new products all the way to full-scale manufacturing. We've helped bring advanced products to market in the following areas:
Custom HDI motherboards, single-board computers, and computer peripherals
IoT, wearables, and home automation
RF products (from microwave to mmWave) and embedded systems
If you're designing new products or your design team is overwhelmed with layout tasks, we have the expertise to build your new product and help you get to market quickly. Northwest Engineering Solutions is the ideal high density PCB design services company to create your next product. Contact us today to discuss your next project.
Need a hand with a current or future PCB design project? Find out the difference our experts can make.