Chip reverse design:

IC reverse design, chip reverse design
Professional chip design company Shenzhen OROD Technology chips reverse design through the extraction and analysis of the internal circuit of the IC. To achieve in-depth insight into the chip technology principles, design ideas, process manufacturing, structural mechanisms, etc., can be used to verify the design framework or analyze the technical problems of information flow, can also help new chip reverse design or product design. Scheme.

Through cooperation with well-known chip design enterprises, we have long been committed to providing technical support and services for design companies to complete product positioning, competitive research, and analysis, copyright protection, learning advanced design ideas and design skills. We have our unique technology and practical skills in reverse chip design. Quick and accurate circuit reverse extraction and efficient circuit arrangement and analysis can provide customers with independent innovation platform, thus shortening the learning curve and speeding up the improvement of their technical level.
The chip reverses design services of Shenzhen OROD technology include reverse extraction of netlist/circuit diagram, hierarchical arrangement of the circuit, logical function analysis, layout extraction, and design, check and adjustment of design rules, valid layout verification, unit library replacement, and process size scaling.
Through these means of reverse analysis, Shenzhen OROD technology can help customers understand the design of other products for the project feasibility study, opening up ideas, finding problems, cost accounting, etc. For example: before entering new fields, evaluate and verify the feasibility of their technical solutions and design ideas; through the study of mature products on the market, help solve critical technical problems. Use the market resources of existing products, reduce barriers to entry, achieve better product compatibility and so on.

The reverse analysis mainly used in the study of integrated circuit technology, patent analysis, chip imitation, and other different aspects; different applications have different design processes. Chip copying is to use reverse technology to complete a complete chip design, and its operation is the most complete. To let readers understand the reverse analysis process more comprehensively, the following will take chip copying as an example to introduce the reverse analysis process in detail.
Chip pre-processing is the essential step of the reverse analysis, which includes packaging removal, core dissection, image acquisition, and image processing. Through pre-processing, chip image database containing all layout information of reference chip can obtain.
Network table extraction is based on chip image to identify various layout elements such as units, interconnects and so on, and get the process of chip network table. The extracted chip network tables usually contain a series of analog devices and basic digital units, as well as the connection information between these devices and unit ports. Network tables are generally described in the form of text files, and can also convert to the graphic graphic graphic form of planar circuits. A kind of for the extracted network tables (or planar circuit diagrams), it is also necessary to analyze the circuit arrangement, transform them into hierarchical circuit diagrams under the premise of ensuring the same circuit connection relationship, restore their original design architecture and functional modules, so that we can understand the design ideas, design techniques and design characteristics of reference chips. After the circuit is sorted out, circuit or logic simulation is needed. The correctness of network table extraction can verifi by simulation, and the deviation of device parameters caused by process transplantation can also be corrected. Chinese style layout design refers to the process of drawing a layout according to the design rules of the target process, referring to the background of the image. It is an essential and unique link in chip imitation. After the layout drawing complet, LVS verification with the network cable is also needed to find errors in the extraction or layout drawing of the network table, to improve the success rate of chip copying. At the end of layout design, post-simulation of the layout is also needed to verify and optimize the performance of timing and power consumption after layout transplantation. A kind of after the above work completed, it will enter the chip manufacturing link. This part includes mask fabrication, chip production, chip packaging, and chip testing.