Applications / EXPLORE THE LIBRARY
HDI PCB Applications
A wearable, radar module and edge-computing board can all use HDI for different reasons. These application guides identify the package, interface, thermal and reliability questions that influence a defensible stackup.
Start with the product constraint.
Application names do not define a manufacturing specification. Each project needs an explicit environment, lifetime, signal architecture, mechanical envelope and acceptance plan. Follow the related technical guide for the underlying design choice.
Explore applications
HDI PCB Design for Smartphones
Plan smartphone HDI routing around processor escape, cameras, RF zones, battery space and assembly access before selecting any-layer construction.
02 / ApplicationsHDI PCB Planning for Wearable Electronics
Balance wearable PCB size, battery life, sensing, antenna space and mechanical constraints with a practical HDI design review.
03 / ApplicationsHDI PCB Design for Camera Modules
Review camera module sensor placement, image interface routing, power noise, optical alignment and connector escape before PCB release.
04 / ApplicationsHDI PCB Considerations for Medical Electronics
Organize medical electronics PCB requirements around sensing, isolation, traceability, inspection and documented design verification.
05 / ApplicationsHDI PCB Design for Hearing Devices
Coordinate miniature hearing device PCB layout with microphones, acoustic paths, battery space, charging contacts and assembly verification.
06 / ApplicationsHDI PCB Design for Industrial IoT Nodes
Plan compact industrial IoT boards around sensors, radio placement, external wiring, service access and operating environment.
07 / ApplicationsHDI PCB Planning for Automotive ADAS Electronics
Review ADAS PCB density together with sensor interfaces, processor power, thermal integration, diagnostics and change traceability.
08 / ApplicationsHDI PCB Considerations for Automotive Radar
Coordinate radar PCB antenna geometry, RF transitions, digital escape, material selection and mechanical verification.
09 / ApplicationsHDI PCB Design for 5G Modules
Plan 5G module boards around radio architecture, power bursts, thermal paths, host interfaces and controlled RF geometry.
10 / ApplicationsHDI PCB Design for RF Modules
Evaluate compact RF PCB stackups, grounding, matching networks, shielding and prototype measurements without assuming density guarantees performance.
11 / ApplicationsHDI PCB Planning for AI Accelerator Boards
Review AI accelerator PCB escape, power delivery, memory, high speed links and cooling as one integrated architecture.
12 / ApplicationsHDI PCB Design for Edge Computing Systems
Choose edge computer board architecture with module interfaces, peripheral routing, power sequencing, cooling and recovery access in view.
13 / ApplicationsHDI PCB Planning for Network Switches
Allocate switch PCB channel loss, connector escape, power distribution and thermal space before selecting HDI materials and via structures.
14 / ApplicationsHDI PCB Design for Optical Transceivers
Coordinate optical transceiver PCB electrical channels, optical alignment, cage mechanics, heat flow and manufacturing evidence.
15 / ApplicationsHDI PCB Design for Robotics Electronics
Plan robotics PCB density with motor current paths, sensing, computation, cables, maintenance and mechanical mounting in view.
16 / ApplicationsHDI PCB Planning for Drone Electronics
Balance drone controller density with motion sensing, radio placement, motor electronics, mounting and prototype test access.
17 / ApplicationsHDI PCB Design for Miniature Sensors
Design small sensor PCBs with mechanical strain, thermal gradients, reference routing, calibration and assembly handling in mind.
18 / ApplicationsHDI PCB Design for USB-C Devices
Plan USB-C connector escape, data lanes, power paths, protection and mechanical attachment using explicit interface requirements.