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High-Frequency Hybrid Pressing PCB: Rogers RO4350B|6-Layer Immersion Gold with Impedance Control & Resin Plug Hole

High-Frequency Hybrid Pressing PCB: The Ultimate Solution for Advanced Applications
Our high-frequency hybrid pressing PCB combines the superior performance of Rogers RO4350B high-frequency materials with the cost-effectiveness and mechanical strength of FR-4 substrates. Designed for demanding applications, this PCB features precise impedance control, resin plug hole technology, and a 6-layer immersion gold design to ensure exceptional signal integrity, thermal management, and reliability. Whether you're developing 5G communication systems, automotive radar, or aerospace equipment, our PCBs deliver unmatched performance in high-speed and high-frequency environments. With advanced manufacturing capabilities, strict quality control, and customized ODM solutions, we are your trusted partner for high-frequency PCB needs.

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    High-frequency Hybrid pressing PCB |impedance | resin plug hole

    Type High-frequency Hybrid pressing PCB |impedance | resin plug hole
    Materia Rogers RO4350B + Regular Substrates S1000-2M、FR-4、TG170
    Number of layer 6L
    Board Thickness 2.0mm
    Single size 153.27*129mm/1PCS
    Surface finish ENEPIG
    Inner copper thickness 35um
    Outer copper thickness 35um
    Color of solder mask green(GTS,GBS)
    Silkscreen color
    white(GTO,GBO)

    Via treatment resin plug hole
    Density of mechanical drilling hole 11W/㎡
    Density of laser drilling hole /
    Min via size 0.3mm
    Min line width/space 8/8mil
    Aperture ratio 7mil
    Pressing times 1time
    Drilling times 1time
    PN B0690662A

    What is High-Frequency Hybrid Pressing PCB?

    One-stop pcb service

    High-frequency hybrid pressing PCB is a cutting-edge solution that combines the advantages of Rogers RO4350B high-frequency materials and traditional FR-4 substrates. This hybrid design leverages the low dielectric loss and high signal integrity of Rogers RO4350B, while utilizing the cost-effectiveness and mechanical strength of FR-4. The result is a PCB that delivers exceptional performance for high-frequency applications, such as 5G communication, automotive radar, and aerospace systems.

    Key Features of High-Frequency Hybrid Pressing PCB

    1.Material Combination: Rogers RO4350B + FR-4
    oRogers RO4350B offers a low dielectric constant (Dk = 3.48) and low dissipation factor (Df = 0.0037), ensuring minimal signal loss at high frequencies.
    oFR-4 provides excellent mechanical strength and cost efficiency, making it ideal for structural support in hybrid designs.

    2.Impedance Control

    oPrecise impedance control is achieved through advanced design and manufacturing techniques, ensuring signal integrity in high-speed and high-frequency applications.


    3.Resin Plug Hole Technology

    oResin plug holes enhance the reliability of the PCB by preventing air gaps and improving thermal conductivity. This technology is particularly beneficial for high-power and high-frequency applications.


    4.6-Layer Immersion Gold Design

    oThe 6-layer stack-up provides optimal signal routing and power distribution, while immersion gold surface finish ensures excellent solderability and corrosion resistance.

    Why Choose Us as Your High-Frequency PCB Manufacturer?

    1.Advanced Manufacturing Capabilities
    oOur state-of-the-art PCB factory is equipped with advanced machinery for high-frequency PCB manufacturing, including laser drilling, impedance control, and resin plug hole technology.

    2.ODM and Custom Solutions 
    oAs a leading ODM PCB supplier, we offer customized solutions tailored to your specific requirements, from material selection to final testing.

    3.Strict Quality Control 
    oEvery PCB undergoes rigorous testing, including impedance testing, thermal cycling, and signal integrity analysis, to ensure compliance with industry standards.

    4.Global Supply Chain 
    oWe source high-quality materials, such as Rogers RO4350B and FR-4, from trusted suppliers, ensuring consistent performance and reliability.

    5.Expert Technical Support
    oOur team of engineers provides end-to-end support, from design optimization to manufacturing, ensuring your project’s success.

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    High-Frequency Hybrid Pressing PCB FAQ

    1.What is a High-Frequency Hybrid Pressing PCB?
    A high-frequency hybrid pressing PCB combines Rogers RO4350B high-frequency materials with FR-4 substrates to achieve optimal performance in high-speed and high-frequency applications.

    2.What are the advantages of Rogers RO4350B?
    Rogers RO4350B offers a low dielectric constant (Dk=3.48) and low dissipation factor (Df=0.0037), making it ideal for minimizing signal loss in high-frequency applications.

    3.Why is resin plug hole technology important?
    Resin plug holes prevent air gaps, improve thermal conductivity, and enhance the mechanical strength of the PCB, ensuring reliability in high-power applications.

    4.What is impedance control, and why is it critical?
    Impedance control ensures that signals are transmitted without distortion, which is essential for maintaining signal integrity in high-frequency and high-speed circuits.

    5.What are the benefits of a 6-layer immersion gold design?
    A 6-layer design provides better signal routing and power distribution, while immersion gold surface finish ensures excellent solderability and corrosion resistance.

    6.Which industries can benefit from high-frequency hybrid PCBs?
    These PCBs are widely used in 5G communication, automotive radar, aerospace, medical devices, industrial IoT, and more.

    7.Do you offer customized solutions?
    Yes, as an ODM supplier, we provide end-to-end customization, from material selection to final testing, to meet your specific requirements.

    8.How do you ensure quality control?
    We conduct rigorous testing, including impedance testing, thermal cycling, and signal integrity analysis, to ensure compliance with industry standards.

    9.What is the lead time for high-frequency PCBs?
    The lead time typically ranges from 2 to 4 weeks, depending on the complexity and volume of the order.

    10.Do you support small-batch orders?
    Yes, we cater to both small-batch and high-mix production, offering flexibility for diverse customer needs.

    11.What factors influence the cost of high-frequency PCBs?
    The cost depends on material selection, layer count, design complexity, and order volume.

    How do you ensure the reliability of your PCBs?
    We perform extensive environmental tests, such as temperature cycling, vibration testing, and salt spray testing, to ensure reliability under extreme conditions.

    Applications of High-Frequency Hybrid Pressing PCB

    Rogers RO4350B PCB Manufacturing

    1.5G Base Stations and Antennas
    Our high-frequency hybrid PCBs are ideal for 5G infrastructure, providing low dielectric loss and high signal integrity to support ultra-fast data transmission and reliable connectivity.

    2.Automotive Radar Systems 
    Used in advanced driver-assistance systems (ADAS), these PCBs enable precise radar signal processing for features like collision avoidance, adaptive cruise control, and blind-spot detection.

    3.Aerospace and Defense Radar
    In aerospace applications, our PCBs ensure stable performance in extreme conditions, supporting radar systems for target detection, tracking, and electronic warfare.

    4.Satellite Communication Equipment
    These PCBs are designed to handle high-frequency signals over long distances, ensuring reliable communication for satellite systems.

    5.Medical Imaging Devices 
    In MRI and CT scanners, our PCBs provide high-precision signal processing, enabling accurate imaging and diagnostics.

    6.Industrial IoT (IIoT) Systems

    Our PCBs support high-speed data transmission and real-time monitoring, enhancing efficiency in smart factories and industrial automation.


    7.Military Communication Systems

    Designed for harsh environments, these PCBs ensure secure and reliable communication in military operations.


    8.Drone Communication Modules

    Our PCBs enable stable and real-time data transmission for drone control and telemetry, essential for both commercial and military drones.


    9.Test and Measurement Equipment

    These PCBs are used in high-frequency signal analyzers and network analyzers, providing accurate measurements for R&D and quality assurance.


    10.Consumer Electronics

    In high-end routers, gaming consoles, and smartphones, our PCBs support high-speed data processing and seamless connectivity.


    11.Autonomous Driving Systems

    Our PCBs are integral to the sensors and control units of autonomous vehicles, ensuring precise data processing and decision-making.


    12.Smart Traffic Systems

    Used in vehicle recognition and traffic flow monitoring, these PCBs enhance the efficiency and safety of urban transportation networks.


    Unlock the Potential of High-Frequency Hybrid Pressing PCBs

    Whether you're developing cutting-edge 5G infrastructure, advanced automotive systems, or mission-critical aerospace equipment, our high-frequency hybrid pressing PCBs are designed to meet your most demanding requirements. With a focus on innovation, quality, and customer satisfaction, we are committed to delivering solutions that drive your success. Contact us today to learn more about how we can support your next project!