Model: FPGA high-speed circuit board     
Material: TG180     
Layer: 10Layers   
Finished Thickness: 1.6mm   
Copper Thickness: Inner/outer 10Z
Color: Blue/White    
Min Trace/Space: 4mil/4mil   Surfacet Treatment Hard Gold 5U 
Application: FPGA high-speed PCB

FPGA high-speed circuit board

The concept of high-speed PCB is only derived from a very vague comparison in the minds of engineers. Many years ago, when the digital circuit was just emerging. the speed was indeed very low,

and the PCB could basically work as long as it could be connected. After that, the signal rate continued to increase. Slowly, the old way of drawing PCBs didn't work well, and PCB problems would

occur. The speed has come up, PCB is prone to problems, this feeling is constantly strengthened, so the term high-speed PCB was born. What is high speed, maybe it's just a feeling. However, the

latecomers have to explain in various ways. We just want to say: there is no need to be far-fetched. Does it make sense to say sorrow for new words?

One point of is: For engineering problems, there is no need to play with concepts. Our concern is only: try not to let the PCB go wrong, and make things on time and in time. It is not so painful for

engineers to debug. For companies, products can be listed in time to seize the market, and for equipment suppliers, they can be delivered in time to avoid losses.

Therefore, we believe that there is no need to pay attention to the term concept, we only need to pay attention to this phenomenon: signal distortion, distortion, and PCB failure. For most PCBs, this

possibility exists, and our goal is to eliminate this risk when designing.