High-speed communication and high-frequency circuit boards

High-speed transmission PCBs

High-speed transmission PCBs are used to achieve high-speed data communication and high-speed signal transmission.
In order to achieve high-speed transmission, it is important to reduce transmission loss and reflection, and it is necessary to use low-loss materials and design PCBs that support high-speed transmission (signal line width, impedance, stub, etc.).

Features

  • Used in applications such as high-speed communication network equipment and data center equipment.
  • The data transmission speed is extremely high, and the latest communication technology is supported. This enables rapid transfer of large volumes of data.
  • The impact signal attenuation and noise can be minimized. This improves signal quality.
  • By using low dielectric constant, low dielectric loss materials, the transmission characteristics of signals are optimized, achieving performance suitable for high-speed communication.

KYODEN’s Strengths

  • We can support hybrid configurations (low-loss materials + general materials).
  • We have experience in everything from all-low-dielectric/low-loss substrates to hybrid structures.
  • We have manufacturing know-how for high-frequency signal processing and reducing interference and noise.
  • We can assist you from product development and propose layer structures including substrates and via structures.
  • We have network analyzers. And we can also support Gbps-band simulations at KYODEN.
  • We have experience manufacturing with fluorine substrates.

Back-drilled multilayer PCBs

Through-holes in transmission lines are a factor that reduces signal quality in proportion to the frequency, and by removing the excess portion of the through-hole (stub), it is possible to reduce signal reflection and improve transmission line characteristics.

Main product uses

  • High-speed communication network equipment
  • Data center equipment

CONTACT

Please feel free to contact us.

We can meet your needs with total in-house production, from product planning and development to design, procurement, manufacturing, mounting, assembly, and delivery of finished products, as well as the manufacture of PCBs.

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