High Frequency & Microwave PCB Manufacturer

Custom RF, microwave, Rogers, PTFE and low-loss PCB solutions for communication, radar, antenna and high-frequency electronic applications.

High Frequency PCB Solutions

High Frequency PCB

High Frequency PCB is designed for circuits that require stable signal transmission at high frequencies. These boards are commonly used in RF communication, radar systems, antenna modules, wireless devices, and high-speed electronic equipment.

We support high-frequency PCB fabrication with low-loss materials, controlled impedance, stable plated through-holes, and engineering review before production. Suitable materials include Rogers, PTFE, F4B, Taconic, and hybrid FR4 high-frequency stackups.

Send Your PCB Requirement

Tell us your PCB type, material, frequency, thickness, quantity, and application. Gerber files can be sent later by WhatsApp or email.

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High frequency PCB isolated on a white background, featuring gold RF traces, plated through-holes, surface-mounted components, and SMA-style connectors.

RF PCB

RF PCB is built for radio frequency signal applications where impedance control, signal integrity, and low transmission loss are critical. It is widely used in wireless communication modules, RF amplifiers, filters, antenna systems, IoT devices, and testing equipment.

Our RF PCB manufacturing focuses on precise trace control, reliable RF connectors, low-loss substrate processing, and stable performance for prototype and batch production.

Send Your PCB Requirement

Tell us your PCB type, material, frequency, thickness, quantity, and application. Gerber files can be sent later by WhatsApp or email.

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RF PCB

Microwave PCB

Microwave PCB is used for higher-frequency applications where material stability, dielectric consistency, and accurate circuit geometry are essential. These boards are commonly applied in microwave communication, satellite systems, radar equipment, RF test instruments, and high-frequency modules.

We provide microwave PCB production using specialized materials such as Rogers, PTFE, and other low-loss laminates, with strict control over impedance, drilling, copper quality, and multilayer lamination.

Send Your PCB Requirement

Tell us your PCB type, material, frequency, thickness, quantity, and application. Gerber files can be sent later by WhatsApp or email.

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Microwave PCB with SMA Connectors on White Background

Rogers PCB

Rogers PCB is a preferred solution for high-frequency and microwave circuits that require low dielectric loss, stable electrical performance, and reliable signal transmission. Rogers materials are widely used in RF modules, 5G infrastructure, radar systems, antenna boards, and high-speed communication equipment.

We support Rogers PCB fabrication with materials from the RO4000 series, RT/duroid series, and other Rogers laminate options, depending on the project’s frequency, loss, thermal, and mechanical requirements.

Send Your PCB Requirement

Tell us your PCB type, material, frequency, thickness, quantity, and application. Gerber files can be sent later by WhatsApp or email.

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Rogers PCB on a white background with gold RF traces, SMA connectors, surface-mounted components, plated through-holes, and a high-frequency substrate for RF and microwave circuit applications.

PTFE PCB

PTFE PCB is suitable for demanding RF and microwave applications that require very low signal loss and excellent dielectric stability. PTFE-based materials are often used in antennas, radar systems, aerospace electronics, satellite communication, and precision RF circuits.

Our PTFE PCB manufacturing process focuses on material handling, stable drilling, clean copper bonding, controlled impedance, and reliable multilayer processing for high-frequency performance.

Send Your PCB Requirement

Tell us your PCB type, material, frequency, thickness, quantity, and application. Gerber files can be sent later by WhatsApp or email.

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PTFE PCB with Gold RF Traces on White Background

Antenna PCB

Antenna PCB is designed for wireless signal transmission and reception in RF communication systems. It is commonly used in 2.4GHz modules, WiFi, Bluetooth, IoT devices, GPS systems, base stations, and custom antenna designs.

We provide antenna PCB manufacturing with controlled impedance, accurate copper patterns, low-loss materials, and stable surface finishes to support consistent RF performance in real-world applications.

Send Your PCB Requirement

Tell us your PCB type, material, frequency, thickness, quantity, and application. Gerber files can be sent later by WhatsApp or email.

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Antenna PCB on a white background with a gold 2.4GHz antenna trace, 50-ohm RF design, SMA connector, surface-mounted components, and plated through-holes for wireless communication applications.

High-Performance PCB Materials We Support

We support a wide range of high-frequency PCB materials for RF, microwave, antenna, radar, communication and high-speed electronic applications.

Rogers RO4000 Series

Suitable for RF circuits, antennas, communication modules and microwave PCB projects requiring stable dielectric performance and reliable processing.

Rogers RT/duroid Series

Designed for demanding high-frequency applications such as radar, aerospace, satellite communication and advanced microwave systems.

PTFE Laminates

Low-loss PTFE PCB materials for RF and microwave circuits where signal integrity and dielectric stability are critical.

F4B Materials

Cost-effective high-frequency material options for communication devices, antenna boards and RF electronic assemblies.

Taconic Materials

Taconic laminate processing support for RF, microwave and high-speed applications requiring stable electrical performance.

FR4 + High Frequency Hybrid Stackups

Hybrid PCB stackups combining FR4 and high-frequency laminates for multilayer RF designs with better cost control.

Manufacturing Capabilities for RF & Microwave PCB Projects

From prototype to batch production, we focus on stable processing, controlled impedance, reliable drilling and engineering review for RF and microwave PCB projects.

Controlled Impedance

Impedance control support for RF traces, antennas and high-speed signal transmission.

Low-Loss Material Processing

Careful processing for Rogers, PTFE, Taconic and other high-frequency laminates.

Multilayer Lamination

Multilayer RF PCB manufacturing with stable lamination and hybrid stackup support.

Stable Plated Through Holes

Reliable through-hole plating for multilayer microwave PCB and RF interconnection.

Tight Tolerance Drilling

Precision drilling capability for complex RF layouts and high-density PCB designs.

Surface Finish Options

Multiple surface finish options based on solderability, bonding and application needs.

Prototype and Batch Production

Support for engineering prototypes, small batches and stable mass production projects.

Engineering Review Before Production

DFM and stackup review before manufacturing to reduce production and performance risks.

Built for High-Frequency Applications

Our RF and microwave PCB manufacturing service supports industries where signal performance, low loss and stable material properties are essential.

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RF Communication

PCB solutions for RF modules, wireless communication devices and signal transmission systems.

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5G Infrastructure

High-frequency PCB support for 5G base stations, filters, antennas and communication equipment.

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Radar Systems

Microwave PCB manufacturing for radar modules and high-frequency detection systems.

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Antenna Modules

Material and manufacturing support for antenna PCBs requiring stable RF performance.

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Satellite Communication

High-reliability PCB solutions for satellite communication and aerospace electronic systems.

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Aerospace Electronics

RF and microwave PCB support for high-reliability aerospace electronic applications.

Quality Control for High Frequency PCB Production

High-frequency PCB production requires strict process control. We focus on material verification, impedance performance, plating reliability and structural stability before delivery.

Cross-section inspection
Impedance testing
AOI inspection
Electrical testing
Material verification
Copper bonding inspection
Hole wall plating stability
Final engineering review