Optical PCB

Our optical PCBs are manufactured utilizing cutting-edge technology and gear to ensure the best quality. We are devoted to supplying the highest-quality PCB products to our clients, and we want our excellent products to have a lasting impact on them. We are convinced that we can satisfy all of your circuit board requirements and that we will bring all of your ideas and conceptions to life.

What is Optical PCB

An optical PCB is a customized circuit board incorporating optical devices and technologies into an electrical circuit for data transfer, sensing, and optical communication applications. It makes integrating various optical components, such as LEDs, photodiodes, and optical fibers, easier.

ISO 9001:2015
How do we manufacturing step by step

How are Optical PCBs Made

Step 1​

Design

The first thing you’ll need to do is create an optical PCB. You’ll need to find out the optical components’ unique requirements and where they should be placed on the board.

Step 2

Preparation

Coating copper makes the material a non-conductive base material, such as FR-4 or ceramic.

Step 3

Optical Circuit Imaging

The copper layer is covered with a photosensitive substance known as a photoresist before being subjected to UV light through a photomask.

Step 4

Optical Component Placement

After the copper traces have been defined, the optical components, such as LEDs, photodiodes, and optical fibers, are attached to the board.

Step 5

Solder Mask Application

A solder mask layer is put to the board to shield the copper traces from the elements.

Step 6

Surface Finish

Accessible copper pads and traces are frequently coated to prevent tarnish and make soldering easier.

Step 7

Testing

Functional and reliability tests are performed on the optical PCB, including electrical continuity, signal integrity, and optical performance testing.

Step 8

Assembly

After passing the test area, the optical PCB may be coupled with additional circuits and linked to power and data supplies.

Step 9

Final Inspection

A final inspection is performed to ensure the optical PCB’s integrity, which involves a visual examination, dimensional measurements, and performance testing.

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Benefits of Optical PCB

wiring

Wiring

The wirings are easily interchangeable from a mechanical standpoint.

EMI

EMI

This property of optical PCBs makes them highly reliable in settings with high electrical interference or electromagnetic fields.

Design

Design

Optical PCBs have the advantage of being smaller and lighter than electrical PCBs.

capacity

Capacity

This is very handy for streaming HD video, having fast internet networks, and doing other tasks that require a lot of space.

Sets The Standard For High Quality Care Since
2010

Why Choose Us

We are a leading printed circuit board (PCB) manufacturer and a renowned global provider of technological solutions. We specialize in the quick and high-volume production of cutting-edge printed circuit boards. As reliable for innovative technology, our manufacturing services enable our customers to reduce the time required to bring their advanced electronics to market.
  • Team of Expert
  • ISO Certified
  • Industry Leader
  • Innovation and Technology Focus
Innovations
7/24 Tech Support
ISO-9001 Certified
DFM, SMT, and Thru-hole Capabilities
100% E-test and AOI Inspection

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Applications of Optical PCB
application optical PCB
Optical PCBs are extensively utilized in many sectors where data transmission rates are high, electromagnetic interference is kept to a minimum, and the design is small. Some of the most common uses for optical PCBs are as follows:
  • Consumer Electronics
  • Communication Industry
  • Aerospace
  • Computer Peripherals
  • Medical Instruments