Quality PCB Reverse Engineering Service

PCB reverse engineering is the practice of studying an existing product or design with the goal of reproducing identical functionality or behavior without using original manufacturing or design documents. It's a difficult process because the information provided is limited, and the task necessitates a dedicated skilled specialist to work from minimal information to the point where the new design can be produced.

Before we go into the phases of PCB Engineering, let's talk about if it's ethical to employ reverse engineering and whether there are any standards that address it. As a general term, reverse engineering can be applied to a variety of fields including mechanical engineering, electronic engineering, software engineering, chemical engineering, and systems biology.

Shenzhen is a leader in PCB engineering services. OROD took the lead in establishing a professional board copying team with strong technical capability in the early stages of the PCB copying market by focusing on technical research. It was the first to propose the idea of shifting from technical research to business collaboration and devoting itself to the technological advancement of the domestic electronic information industry through various means, as well as the first to use PCB intelligent board copying software for technical analysis and product imitation improvement. It has now established itself as a reputable leading brand in the PCB sector, based on 18 years of specific research and expertise.

With nearly ten years of reverse engineering experience, the company is one of China's first PCB reverse engineering services organizations. OROD has just opened a cutting-edge PCB engineering research facility. Professional board reading machine equipment and software were obtained.

What is the range of PCB reverse engineering capability?

Shenzhen OROD has amassed mature and comprehensive board-making technology during the last 15 years. PCB engineering services encompass a wide range of PCB circuit board kinds and problems. including, but not limited to, the industries listed below:

1. Wireless communication equipment, such as a wireless base station is one example.

2. Transmission equipment for optical networks, such as SDH and DWDM.

3. Data communication hardware, such as a high-end router, LAN switch, ADSL modem, and so on.

4. High-end computing hardware, such as a server and a host board.

5. Multimedia electronic equipment: television, high-definition television, DVD, digital video broadcasting, LCD television, PDP, LCOS, and DLP.

6. Home appliances, computers, communications, and switching power supply PCB design are all examples of high-power switching power supply items.

7. Frequency converter, UPS, industrial power supply, and industrial control board are all examples of power electronic equipment. Industrial control PCB design in a variety of series.

Consider visiting our site to find out more information about PCB engineering.


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