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High Speed PCB Manufacturing

Alcanta PCB is one of the High Speed pcb manufacturers in terms of advanced laminate internal certification, signal integrity analysis, DFX and global manufacturing. For high speed and high reliability PCB manufacturing, Alcanta PCB will work with you to develop advanced PCB with unique requirements.

High Speed pcb manufacturing
High Speed pcb manufacturing
  • PCB layout, CAD, manufacturability and cost design (DFX)
  • Rapid turning pcb prototype for high tech PCB, backplane and flexible circuit
  • Advanced technology: the latest laminate, HDI, through the structure of any laminate, multiple sequential laminates

High speed PCB:

  • Multiple sequential lamination
  • HDI, any layer structure
  • Over 70 floors
  • Hot embossing
  • laser milling
  • Through hole, blind hole and back hole

High speed backplane:

  • Panel sizes up to 54 inches
  • Over 70 floors
  • Through hole, blind hole and back hole
  • Double diameter hole
  • Heavy copper layer
  • Connector expertise

PCB layout is very important

Needless to say, efficient PCB manufacturing in high-speed circuits is important for the final result. However, no PCB layout should be considered first in this process. As a result, it will have a huge impact on the design to achieve the necessary functions and successfully make PCB manufacturing, such as advanced planning and adherence to important factors. In addition, you need to deal with some issues before PCB layout, such as the practice of manufacturing design (DFM) and the additional consideration of high-speed PCB requirements.

Poor layout can lead to performance problems when testing or for PCB manufacturing. What’s worse, it will take more cost and time to redesign or rework due to evaluating PCB failure or performance problems and reassembling the prototype layout.

Successful design of high speed PCB

Following the best practices and guidelines for high-speed PCB design can minimize troubleshooting and rework. Record design constraints for reuse by all PCB design engineers and update them regularly. Establish a hierarchy of design considerations to clearly explain the most critical considerations to designers and make them secondary properties in the early development process.



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