Precision PCB Layout for Every Application
Our PCB layout engineers transform your schematics into production-optimized board designs. We handle the full spectrum — from simple 2-layer single-sided boards to complex 8–12 layer high-density interconnect (HDI) designs with controlled impedance routing and blind/buried vias.
We work with industry-standard EDA tools including Altium Designer, KiCad, and Eagle, and deliver fabrication-ready output that any PCB manufacturer can produce. Every design undergoes DRC, signal integrity analysis, and thermal simulation before release.
Whether you're designing a compact wearable, a high-speed digital processor board, or a mixed-signal industrial controller, we ensure your PCB layout meets both electrical performance requirements and manufacturing constraints.
PCB Design Excellence
Layout quality directly impacts your product's performance, reliability, and manufacturing yield.
Signal Integrity Analysis
Impedance-controlled routing, length matching, differential pair management, and crosstalk minimization for high-speed digital designs.
Thermal Management
Strategic copper pours, thermal vias, and heat sink pad design to keep components within safe operating temperatures.
DFM Optimization
Design for manufacturability — proper pad sizing, solder mask clearances, panelization, and assembly-friendly component placement.
Compact High-Density Layouts
Space-constrained designs with fine-pitch BGA, QFN packages, and HDI technology for miniaturized products.
Mixed-Signal Expertise
Proper analog/digital domain separation, ground plane management, and noise isolation for mixed-signal designs.
RF & Antenna Layout
RF trace routing, impedance matching networks, antenna keep-out zones, and ground plane optimization for wireless designs.
PCB Design Workflow
A systematic approach that ensures first-pass success and eliminates costly re-spins.
Schematic Review
Thorough review of your schematic for design intent, component footprints, and electrical constraints before starting layout.
Stackup & Floorplan
Define layer stackup, board outline, mounting holes, connector placement, and critical component positioning.
Routing & Verification
Complete trace routing with DRC checks, signal integrity analysis, and design review. Iterative refinement until all constraints are met.
Output & Fabrication
Generate Gerber files, drill files, pick-and-place data, and assembly drawings. Ready for any PCB fabricator worldwide.
PCB Design FAQs
AIOTHUB provides complete PCB layout engineering from schematic review through manufacturing-ready output. Depending on the project, this includes component placement, PCB routing, layer stack-up planning, signal integrity checks, thermal considerations, DFM optimization, and fabrication documentation.
Yes. We design multilayer PCBs for high-speed digital, mixed-signal, industrial, IoT, and other demanding applications. Our PCB layout approach includes controlled impedance routing, differential pair management, length matching, and careful power and ground-plane design where required.
Yes. Our RF PCB design support includes RF trace routing, impedance matching, antenna keep-out areas, and ground-plane optimization. We can apply these layout practices to wireless products where PCB design directly affects RF performance.
Yes. We can review an existing PCB design and identify opportunities to improve routing, component placement, thermal performance, manufacturability, board size, or signal integrity. This can be useful when an existing board needs a redesign, product update, or transition to a new manufacturing process.
We design with the manufacturer's capabilities and assembly requirements in mind. Our process includes DFM checks, appropriate clearances and pad sizing, assembly-friendly component placement, and verification before the manufacturing files are released.
Yes. For high-speed and other impedance-sensitive boards, we consider the required layer stack-up, trace geometry, dielectric structure, reference planes, and routing constraints. This helps maintain the electrical performance expected from controlled-impedance PCB designs.
The final PCB design package can include Gerber files, drill files, BOM and pick-and-place data, assembly drawings, a 3D STEP model, and native EDA project files. The exact deliverables can be aligned with your fabrication and assembly requirements.
Yes. AIOTHUB primarily works with Altium Designer and KiCad and can also work with Eagle, OrCAD/Allegro, and PADS. We can align the PCB layout workflow with your existing design environment where practical.
Yes. We can work with your preferred PCB fabricator and review manufacturing feedback during the design process. This helps ensure the final PCB layout and production files match real fabrication and assembly capabilities.
AIOTHUB combines PCB layout engineering with practical manufacturing considerations. Our focus is on signal integrity, thermal performance, manufacturability, and reliable production handoff. Whether you need a compact board, a high-speed design, an RF layout, or a complex multilayer PCB, we build the layout around the product's electrical and mechanical requirements.
Explore Other Services
Need a PCB Layout for Your Project?
Share your schematic and requirements — we'll respond with a detailed timeline and quote for your PCB design.