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Low DK/Df Materials · Impedance Controlled

High Speed PCB

Engineered for signal integrity at high data rates. Advanced low-loss materials and precise impedance control for servers, storage systems, and network equipment operating at 5G+ speeds.

112+
Gbps Transmission
±5%
Impedance Tolerance
0.003
Ultra-Low Df Material
24h
Quick Turn Sample
Our Capabilities

Built for High-Frequency Signal Integrity

Our high-speed PCB manufacturing uses premium low-Dk/Df materials and tight impedance tolerances to ensure clean, reliable signal transmission at data rates from 10Gbps to 112Gbps+.

📡

Signal Integrity Design

Expert stack-up design with controlled impedance for differential pairs (90Ω, 100Ω), single-ended lines (50Ω), and RF trace routing to minimize insertion loss and crosstalk.

📊

Impedance Control ±5%

Tight tolerance impedance control within ±5% across the panel. TDR testing available for critical high-speed channels to verify impedance consistency.

🏗️

Advanced Stack-up

Customized multi-layer stack-up designs with prepreg spreading control, ensuring consistent dielectric thickness and uniform cross-section for uniform impedance.

Low-Loss Materials

Megtron 6/7, Rogers 4000/3000, Isola I-Tera, and Panasonic Megtron materials for minimal signal attenuation at high frequencies.

🔬

Back-drilling & Stub Control

Laser/microvia back-drilling eliminates stubs on through-vias, maintaining signal integrity at high speeds. Available up to 32 layers.

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TDR & Electrical Testing

Time-Domain Reflectometry (TDR) testing, S-parameter measurement, and 100% electrical testing to guarantee high-speed channel performance.

Specifications

High Speed PCB Technical Parameters

Meeting the most demanding high-speed digital and RF application requirements.

Parameter Standard Advanced Premium
Data Rate Up to 28 Gbps Up to 56 Gbps Up to 112+ Gbps
Materials FR-4, IT-180A Megtron 6, Isola I-Tera Rogers 4003C, Megtron 7
Dielectric Constant (Dk) 4.2 @ 1GHz 3.6 @ 10GHz 3.38 @ 10GHz
Loss Tangent (Df) 0.020 @ 1GHz 0.004 @ 10GHz 0.003 @ 10GHz
Impedance Tolerance ±10% ±7% ±5%
Layer Count 4-12 layers 6-20 layers 8-32 layers
Min Line Width/Spacing 4/4 mil 3/3 mil 2.5/2.5 mil
Via Types Through-hole Blind/Buried Any-layer HDI, Back-drill
Materials

Premium High-Speed Materials

We source from world's leading laminate manufacturers to ensure consistent performance and reliability.

🚀

Megtron 7

Ultra-low loss, 112Gbps+

🚀

Megtron 6

Low loss, 56Gbps

📡

Rogers 4003C

Low Dk, RF/microwave

📡

Rogers 4350B

Wideband RF

🏭

Isola I-Tera MT40

Low-loss digital

🏭

Isola Astra MT77

Mid-loss, 25Gbps+

🔧

Panasonic R-1555

High-speed digital

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Ventec VT-47B

Cost-effective low-loss

Applications

Where High Speed PCBs Are Used

🖥️

Servers & Data Centers

PCIe 5.0/6.0, memory modules, switch cards, and backbone routers operating at extreme data rates.

📦

Storage Systems

NVMe SSD controllers, RAID controllers, and high-speed storage interconnects (32Gbps+).

🌐

Network Equipment

Switches, routers, optical transceivers, and 5G base station RF front-end modules.

📶

5G Communication

mmWave antenna modules, beamforming circuits, and high-speed backhaul infrastructure.

🚗

Automotive

ADAS control units, automotive Ethernet (100BASE-T1, 1000BASE-T1), and infotainment systems.

🏥

Medical Imaging

High-speed data acquisition boards for CT scanners, MRI machines, and ultrasound systems.

Our Process

High Speed PCB Manufacturing Flow

1

SI Review

Signal integrity engineers review stack-up, trace routing, and impedance requirements.

2

Material Selection

Select optimal low-loss materials based on target data rate and application environment.

3

Fabrication

Precision lamination, controlled impedance etching, and laser direct imaging for fine traces.

4

TDR Testing

TDR impedance verification, electrical test, and microsection analysis of impedance coupons.

Need High Speed PCBs for Your Project?

Share your design files and requirements. Our SI engineers will review and provide a detailed quote.

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