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High-Frequency PCB Manufacturing

High-quality and quick-turn high-frequency PCBs at competitive market prices.

High-Frequency PCB

High-Frequency PCB Fabrication

A high-frequency PCB is suitable when integrating a particular signal with an electronic product. It boasts a frequency range of 500MHZ to 2GHZ, making it ideal for high-speed designs, radio frequency (RF), microwave, and mobile applications. These higher transmission frequencies also offer faster signal flow rates essential in today’s increasingly complex electronic switches and components.

A high-frequency board requires specialized materials to establish high-frequency signals. Any slight change in the Er value of the materials will affect the PCB impedance. Most PCB manufacturers use Rogers dielectric material because of its lower dielectric loss, minimal signal loss, cost-effective circuit fabrication, and excellent appropriateness for quick-turn prototyping applications.

Besides selecting the suitable board material and determining the appropriate Er value, manufacturers also consider aspects like conductor width and spacing and substrate constant. These aspects should be precisely specified and executed with the highest process control level.

MKTPCB is a full-service printed circuit board manufacturer that offers reliable, quality high-frequency PCB manufacturing services at competitive market prices. We fabricate high-frequency circuits with frequencies ranging from 500MHZ to 2GHZ.

Why You Should Choose MKTPCB’s High-Frequency Circuits


If your application requires a high-frequency board, you need a PCB manufacturer with extensive knowledge and rich fabrication background. High-frequency boards are challenging to produce since they should maintain the thermal heat conduction of the application. This calls for an experienced manufacturer who understands this property and pays close attention to the PCB base material since even a slight modification can affect the PCB impedance.
Some of the factors that we pay close attention to when fabricating high-frequency circuits include selecting the appropriate material, heat sinking capacity, signal loss tolerance, working temperature, and production cost.

Most PCB manufacturers cannot handle the above aspects. By emphasizing features such as the thermal expansion coefficient, dielectric constant, dissipation factor, and thermal coefficient, we can manufacture high-frequency products that meet your custom requirements.

As the demand for high-frequency circuits rises, we have equipped ourselves with cutting-edge manufacturing equipment to solve the current consumer needs professionally. If you plan to use high-frequency PCBs, you can seek our manufacturing services by sending us your high-frequency PCB quote. We guarantee high-quality, quick-turn services and general responsive culture. In a scenario where the time-to-market is a significant competitive advantage determinant, our fast turnaround and close adherence to deadlines ensure your manufacturing schedule is not affected and that you can follow your timeline.

All you need to do is inform us of your specific requirements, and rest assured that we will not fail you. Kindly send us your Gerber files, and we will create a custom quote within the shortest time possible.

Our High-Frequency PCB Manufacturing Capacity

At MKTPCB, we have over a decade of experience in fabricating high-quality PCBs of all types for various clients. We are a one-stop PCB service provider, and we offer reliable high-frequency PCBs that have superior quality. We pride ourselves on our 99% customer satisfaction rate, and we offer clients fast and reliable turnaround times on PCB fabrication. We can fabricate prototypes and mass-produced PCBs, and we will work with you to ensure that you get the PCBs your devices need for optimum performance.

The table below shows our high-frequency PCB manufacturing capacities.

Feature Capacity
Quality Grade Standard IPC Class 2
Number of Layers 1-24 layers
Order Quantity No MOQ requirement
Material RO4003C, RO4350B, Ro3003, Ro3010, RT5880
PP Rogers 4450F, Domestic-(25FR), Domestic-(RF-27), Domestic-(6700)
Board Size Min 6mm x 6mm | Max 457mm x 610mm
Board Thickness 0.4 mm - 5.0 mm
Finished Copper Weight 0.5 oz - 2.0 oz
Min Tracing / Spacing 3 mil / 3 mil
Solder Mask Sides As per the customer requirements
Silkscreen Color white, black, yellow
Surface Finish Electroless nickel/immersion gold (ENIG) – RoHS, Immersion silver – RoHS, Immersion tin – RoHS, Organic solderability preservatives – RoHS
Min Annular Ring 4 mil
Min Drilling Hole Diameter 6 mil
Impedance tolerance ±10%
Other Techniques Peelable solder mask, Gold fingers, Carbon oil, Countersink holes
Build Time 2 days - 5 weeks

The table below shows some of the common base materials we use to manufacture high-frequency PCBs.

Material Dielectric Constant
RO4350B 3.48±0.05@10 GHz
RO4003C 3.38±@10 GHz
RO3003 3.00±0.04@10 GHz
RO3010 10.2±0.03@10 GHz
RT5880 2.20±0.02@10 GHz

Quality Assessment Tests for Our High-Frequency PCB Products

At MKTPCB, we are obsessed with quality, and we always aim for a flawless design and functionality of our high-frequency PCB products. We have laid out a 5-step quality inspection procedure to ensure our products are 100% functional:

First Article Inspection (FAI)

MKTPCB acknowledges FAI as the initial step of quality inspection before the mass production of circuit boards. We put up this step to avoid producing large quantities of defective products due to processing and operational issues.

We inspect every resistor, capacitance, and inductance using an LCR meter. Besides, we use QC with BOM and Assembly drawing to verify chips.

Automatic Optical Inspection (AOI)

The AOI process verifies the placement of electronic components and solder joints after SMT. The primary objective is to get the highest quality control and detect and remove defects in the earlier stages of the assembling process.

X-Ray Inspection

In this step, we use short wavelengths of 0.0006-80nm to penetrate various PCB materials. Designs with BGA and QFN packages have solder joints that are not easily visible by human eyes. We employ X-ray machines to inspect such packages in the final printed circuit board assembly.

Final Quality Assurance (FQA)

After carrying out FAI, AOI, and X-Ray inspections, our quality engineers conduct the last visual quality inspection process for all products. This process ensures that products have gone through all the assembling processes and are of good quality.

Function Test

Finally, we also conduct functional tests on all automated test equipment to simulate different loads, typically average, peak, and abnormal loads. This is a complicated process that involves various tool-based and programming tests. Additionally, this step requires customer technical support.

High-quality & Quick-turn High-frequency PCB Manufacturing Services

High-quality & Quick-turn High-frequency PCB Manufacturing Services

MKTPCB remains committed to providing the best quality high-frequency PCB manufacturing services – both prototype high-frequency PCB manufacturing and high volume high-frequency PCB manufacturing at competitive market prices. This commitment has helped us emerge as the trusted and reliable provider of high-frequency PCB manufacturing services in China. We have an experienced team of experts and a state-of-the-art infrastructure that guarantees high-quality products in a quick turnaround.

No matter what your budget is, we have options available for you. For high-volume, high-frequency PCB orders, we offer discounts. We are always available via telephone, email, and chat to discuss any of your questions or concerns. We manufacture the best quality high-frequency PCBs and strive to ensure that our customers are satisfied with our services.

Are you interested to know more about our high-frequency PCB manufacturing services? Are you in need of prototypes or high-volume high-frequency PCB manufacturing services at fast turnaround times? Kindly request a free online quote now. Our high-frequency PCB manufacturing services run 24/7 to meet strict deadlines. Our customer support also provides quick responses to our customers.

What is a High-Frequency PCB

A high-frequency PCB is a special board with high electromagnetic frequency, commonly applied in applications requiring frequencies of more than 300MHZ. The base materials of high-frequency boards must possess excellent electrical properties and chemical stability. With the rise of power signal frequency, the substrate loss requirement is negligible, highlighting the significance of high-frequency materials.

The Benefits of High-Frequency PCBs

High efficiency: High-frequency PCBs with small dielectric constant have minor losses, and the advanced induction heating technique can meet the target heating requirements. Apart from boosting a high efficiency, these boards are eco-friendly.

Fast: The conduction speed is inversely proportional to the square root of the dielectric constant. This implies that the lower the dielectric constant, the faster the transmission speed. High-frequency boards require unique base materials to achieve a small dielectric constant and maintain stable operation, boosting the signal integrity.

A high regulation degree: High-frequency PCBs, which is widely applied in different industries for the heating treatment of precision metallic materials, can achieve component heating with different depths and focus on heating as per the local features. Whether the heating techniques are for surface or deep level, you can quickly achieve concentration with the use of high-frequency boards.

High tolerance levels: The dielectric constant and medium display some environmental requirements. Standard boards are adversely affected by humid conditions. However, high-frequency PCBs consist of materials with low water absorption characteristics; hence, they can withstand humid weather. Besides, these boards are highly resistant to chemical corrosion, high temperatures, and peel pressure.

Application of High-Frequency Boards

  • Medical applications like X-ray equipment, Heart rate monitors, MRI scanners, blood glucose monitors, etc.
  • Mobile communication gadgets, receivers, and intelligent lighting system.
  • Radar systems, marine and aviation industries.
  • Power amplifier, low noise amplifier, and others.
  • Power divider, coupler, duplexer, filter, and other passive components.
  • In automobile anti-collision systems, satellite systems, and radio systems, the high frequency of electronic equipment is the development trend.

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