IndustriesWe support
Upload Gerber / Request DFM / Discuss Your Project |

Each industry pushes PCB design in different directions. This matrix summarizes which board types are typically required and why.
Consumer & IoT Electronics Companies rely on our HDI and rigid-flex boards to shrink devices while keeping RF performance stable. | Typical PCB Types HDI, rigid-flex, low-loss RF, thin-core multilayer | Why These PCB Types Matter Ultra-compact space, multi-radio coexistence, high sensor density, battery-driven thermal limits |
Energy & Power Electronics Teams use our heavy-copper and HV stackups to manage thermal load and high-current distribution reliably. | Typical PCB Types Heavy-copper, high-CTI FR-4/FR-5, reinforced multilayer | Why These PCB Types Matter High current load, thermal concentration, creepage/clearance, HV insulation, SiC/GaN switching |
Automotive & EV Systems Engineers use our high-Tg and polyimide PCBs to handle vibration, heat, and long service lifetimes. | Typical PCB Types High-Tg FR-4, polyimide, HV isolation boards, rigid-flex | Why These PCB Types Matter Heat, vibration, long lifetime, moisture resistance, safety-critical electronics |
Telecom 5G & High-Speed Computing Telecom and computing teams use our low-loss stackups to maintain signal integrity in dense, high-speed designs. | Typical PCB Types Low-loss laminates, HDI, backdrill boards, high-layer-count multilayer | Why These PCB Types Matter Signal integrity, low loss, low skew, impedance stability, dense routing for SerDes/5G |
Industrial & Automation Industrial OEMs use our reinforced multilayers to withstand electrical noise, surges, and continuous duty cycles. | Typical PCB Types High-Tg multilayer, reinforced FR-4, heavy-copper power stages | Why These PCB Types Matter Electrical noise, variable loads, surge events, long duty cycles, reliability under harsh use |
Medical & Healthcare Devices Medical teams use our HDI and rigid-flex builds to miniaturize devices without compromising reliability. | Typical PCB Types HDI, rigid-flex, RF/low-loss, ultra-thin cores | Why These PCB Types Matter Wearable form factors, miniaturization, reliability, clean signal paths, regulated environments |
Aerospace, Defense & Avionics Aerospace programs use our polyimide and PTFE RF boards for extreme environments and mission-critical stability. | Typical PCB Types Polyimide, high-Tg multilayer, PTFE RF/microwave, rigid-flex | Why These PCB Types Matter Vibration, temperature extremes, RF precision, mission-critical reliability, MIL-grade constraints |
Our manufacturing process supports Industry-grade requirements, including:
| |
![]() | |

Analyze reliability factors such as via fatigue, flex-tail stress, or thermal cycles.
Evaluate RF, HDI, thermal, SI/PI, or HV risks before layout freezes;Recommend stackups and materials suitable for their industry;Perform manufacturability checks (impedance paths, microvia stability, copper balance)
Knownpcb is a manufacturer established in2008. With 15 years of overseas business experience, we have worked with morethan 4,000 customers around the world.
There is no MOQ, orders of 1 piece arewelcome.
Our Shenzhen factory produces small volume and high-mix prototypeboards, so we can start from 1 piece.
Our Jiangxi factory focuses on massproduction with a monthly production capacity of 100,000 square meters.
Ordersfrom Tesla, Samsung, ABB, etc., are produced in the Jiangxi factory.
Yes, we can provide one-stop service fromPCB design, PCB fabrication, to PCB assembly.
You can send the Gerber file orany other files to sales@knownpcb.com
We always respect and protect ourcustomers’ privacy, and we can sign a NDA before receiving any files.
We can produce
![]() | Medical wearableRigid-flex, ultra-thin PI stackup IoT module8-layer HDI, RF tuned, 0.1 mm core 5G/mmWave antennaPTFE low-loss 4350B Industrial driver6 oz copper with thermal-via grid EV BMSHV isolation, FR-5 reinforced stackup |