Shengyi High-Speed & RF PCB Manufacturing

Shengyi High-Speed & RF PCB Manufacturing

Shengyi High-Frequency & High-Speed PCB Materials

UltroNiu provides engineering-driven PCB manufacturing based on Shengyi high-frequency and high-speed laminate systems, including PTFE, thermoset and ultra-low-loss materials for RF, microwave, mmWave and high-speed digital applications.

Our engineering team supports material selection, hybrid stackup optimization, controlled impedance and volume-production reliability for demanding RF and high-speed PCB projects.

Dk 2.2 – 10.2 Df from 0.0005 Thermal up to 1.65 W/m·K PTFE / Thermoset / High-Speed

Application-Based Material Selector

Application Recommended Material Typical Frequency
77GHz Automotive Radar SJ9220 mmWave
RF Power Amplifier SJ9036 1–10GHz
AI Server / 112G PCB SJ7032GN 56G/112G PAM4
Microwave Backhaul SJ9350H 6–40GHz
Satellite RF Systems SJ9618 Ku/Ka Band

Why Engineers Use Shengyi Materials in Production PCB Builds

Material performance alone does not determine RF and high-speed PCB reliability. Manufacturing stability, stackup engineering and process control are equally critical for signal integrity and long-term production consistency.

UltroNiu supports Shengyi-based PCB projects with dedicated RF manufacturing workflows, impedance verification and hybrid stackup engineering for stable production performance.

Common Engineering Challenges

Engineering Challenges UltroNiu Engineering Controls
PTFE drilling smear and hole-wall reliability Dedicated PTFE processing workflow
Hybrid stackup instability Controlled impedance verification
Dk variation across production lots RF coupon validation
Copper adhesion on PTFE laminates Plasma surface treatment
Z-axis expansion mismatch Hybrid stackup balancing
Impedance drift in multilayer RF PCB Lamination process window control
Registration accuracy in high-layer-count boards Thermal reliability verification
Resin flow imbalance during lamination Lot-to-lot material inspection

Shengyi PCB Materials by Application

Automotive Radar PCB

Low-loss PTFE for 24/77GHz radar antennas.

  • SJ9220
  • SJ9300H
  • SJ9350H

AI Server & 112G PCB

Ultra-low-loss for PAM4 transmission.

  • SJ7032GN
  • SJ7036N

RF & Microwave PCB

For filters, couplers, feed networks.

  • SJ9294
  • SJ9036
  • SJ9350

Satellite Communication PCB

Stable dielectric for Ku/Ka band.

  • SJ9350H
  • SJ9618

RF Hybrid PCB

PTFE + FR-4 hybrid stackups.

  • SJ9036
  • SJ930B

mmWave Antenna PCB

Ultra-low-loss for phased-array.

  • SJ9220
  • SJ9300H

Shengyi Material Engineering Matrix

Application Recommended Material Dk Df Key Advantage Manufacturing Notes
77GHz Radar SJ9220 2.2 0.0008 Ultra-low loss Tight impedance control
RF Hybrid PCB SJ9294 2.94 0.0011 Stable dielectric Controlled lamination
AI Server / 112G SJ7032GN 3.34 0.0014 Low insertion loss Long-channel SI opt.
RF Amplifier SJ9036 3.5 0.003 Cost/performance balance Hybrid stackup
Microwave Backhaul SJ9350H 3.55 0.002 Thermal stability Low phase drift

Need Help Selecting a Material? Our engineering team can recommend suitable Shengyi laminates based on frequency range, insertion loss target, stackup structure and manufacturing requirements.

Shengyi Materials Compared with Rogers, Taconic & Megtron

Many RF and high-speed PCB projects evaluate Shengyi laminates alongside Rogers, Taconic and Megtron materials based on dielectric profile, thermal behavior and manufacturability.

No. Category Shengyi Model Equivalent Material Resin / Filler System Dk Df

Shengyi PCB Material Technical Specifications: Electrical, Thermal & Mechanical Properties

Complete Dk/Df, CTE, thermal conductivity, moisture absorption, peel strength, and density data for all Shengyi high-frequency and high-speed laminates. Use this table for stackup simulation, thermal analysis, and process qualification.

No. Category Product Product Structure Dk Dk Tol. Df TcDk Volume Res. Surface Res. Moisture λ (W/m·K) CTE X CTE Y CTE Z Peel (lbs/in) Density

RF & High-Speed PCB Manufacturing Capability

Capability Specification Capability Specification
Layer Count 2–32 Layers Min Trace/Space 2/2 mil
Controlled Impedance ±5% PTFE PCB Processing Supported
Hybrid Stackup Supported Back Drilling Supported
Via Fence Structure Supported RF Coupon Validation Available
VNA Testing Available Copper Weight 0.5–4 oz

FAQ About Shengyi PCB Manufacturing

Which Shengyi material is suitable for 77GHz radar PCB?
SJ9220 and SJ9300H are commonly used for low-loss radar antenna structures requiring stable dielectric performance at mmWave frequencies.
Can Shengyi laminates be mixed with FR-4 in hybrid stackups?
Yes. Hybrid PCB stackups combining PTFE and FR-4 materials are commonly used to balance electrical performance and manufacturing cost.
How do you control impedance consistency in RF PCB production?
UltroNiu uses controlled impedance workflows, RF coupon validation and process window control to maintain impedance consistency during production.
What are the manufacturing risks of PTFE PCB?
Common risks include drilling smear, copper adhesion issues, dimensional instability and hybrid lamination mismatch.
Is SJ7032GN suitable for 112G PAM4 applications?
SJ7032GN is designed for ultra-low-loss high-speed digital applications including AI servers and 112G PAM4 transmission channels.
How does SJ9036 compare with RO4350B?
SJ9036 is commonly evaluated alongside RO4350B for RF and microwave PCB applications based on dielectric performance and manufacturability.

Need engineering support for your Shengyi-based RF or high-speed PCB project?

Request Engineering Review →

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