PCB Reverse Engineering technology is used to reversely analyze the printed circuit board, and to acquire the Layout Drawing, Gerber File, Bill of materials (BOM), Schematic diagram and designators drawing are restored in the aspect ratio of 1:1, and then these technical documents and production files are used for PCB board remanufacturing, component soldering, flying probe testing, circuit board debugging, and complete replication of the original circuit board.
As electronic systems advance, high-speed circuit boards have become integral to applications that demand rapid signal transmission, real-time processing, and minimal latency. From high-frequency communication devices to advanced computing, aerospace, and industrial automation, these printed circuit boards (PCBs) are designed to manage signals that operate in the hundreds of MHz to several GHz range. The…
In terms of environment, the Pad Geometry Design in PCB Reverse Engineering may be different and it is based on the type of welding used to mount the electronic parts. When it becomes possible, the pad shape should be defined in a way that is transparent to the mounting process used. Whether the parts are…
ESD Suppression on Electronic Board Cloning When engineer execute Electronic Board Cloning, there will be a criterion on the procedures of ESD suppression, through cloning the layout and gerber file can be extracted and then carry on the re-design to reduce the electronic magnetic static discharge effect on the whole system: Circuit connection length A long…
PCB Card Reverse Engineering will help to reduces unnecessary costs associated with troubleshooting and rework. In PCB Card Reverse Engineering, due to the use of transient voltage suppressor (TVS) diodes to suppress direct charge injection due to ESD discharge, it is more important in PCB Card Reverse Engineering to overcome the electromagnetic interference (EMI) electromagnetic…
Clone High Riser Backplanes Circuit Board Gerber File needs to desolder all of the components on the high riser backplane off and strip off the solder mask covered on it, to get a fully exposed circuit board, and before the improvement of FPGA lead hasn’t completed, designer has already reported the information to the supervisor…
The detail plan of this level consume only 30 seconds to complete the task, once this plan has been obtained, the engineer will probably want to Reverse Engineering PCIE Backplane Gerber File or create the topology plan for next layer immediately, and then use automatically layout to finish all of the topology plan. From…
We specialize in Server Backplane Board Reverse Engineering, offering expert solutions to clone, replicate, and remanufacture complex server backplane PCBs—especially those used in PLC/SCADA systems, machine vision platforms, and robotic control units. These specialized backplane cards are critical components that ensure high-speed data flow, power distribution, and modular expansion within industrial-grade servers. When these boards…
In complex industrial systems such as PLC control units, SCADA systems, robotic platforms, and machine vision frameworks, the chassis backplane card acts as the silent orchestrator — enabling seamless communication between modules, power distribution, and signal routing. These backplane PCBs often serve as passive or semi-active interconnects, carrying critical data and power lines between plug-in…
In the modern computing and industrial embedded systems industry, backplane cards serve as the structural and electrical foundation for interconnecting various modules, such as CPU boards, power modules, and I/O cards. Particularly in high-performance environments like military-grade 3U/2U ATR chassis, rack-mounted cabinets, and aerospace systems, the backplane PCB is mission-critical and highly customized. When these…
Value Engineering of PCB Cloning Value Engineering objective A value engineering (VE) review of PCB Cloning candidates may reveal cost drivers over and beyond the sole source restrictions. Some probable high cost drivers are: excessive material requirements such as the capacitor, resistor, inductor and integrated circuits, PCB layout drawing defects, over design, functional redundancy, tolerance…