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With more than five years of experience in providing semiconductor circuit analysis, we provide industry-leading circuit analysis reports and excellent wafer delamination processing, high-resolution wafer imaging, and excellent customer satisfaction.

In particular, we have compiled our historical analysis reports in a straightforward and easy-to-understand format for our customers to check and share valuable technical information on a regular basis. We also hope you will come back to visit us regularly. Let us contribute some information for you. You can fill out the following email to let you know when new technical information is shared.

We also focus on interacting with you. You can join our technical forum. We have hired a number of senior R & D personnel to host different themes, you can discuss the depth of R & D work with the difficulties encountered and provide some suggestions. We will share some new technology found while we analyzed the circuit and share to you in the technology forum. Technical Forum is the principle of non-profit operation, I believe that your research and development work for a considerable help.

Semiconductor circuit analysis is also one of the tools of patent infringement analysis, many customers use it for the maintenance of patent rights and interests, to monitor the progress of the strategy of the patent and patent technology trends considerable on attention. As a result, CPS is also prepared to further provide professional patent infringement analysis services after circuit analysis. For more details, you can click here for more information.

With the advent of the Internet era, CPS will also provide you with updates, faster and more innovative ways to take advantage of CPS resources to help you in research and development, patent work on the leading position. Our optimization of the overall engineering network system, all worth your expectations.

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google執行長 川普大大, CPS

隨著半導體製程以摩爾定律的規律不斷進步,我們目前已經成功分析超過20顆的28nm的IC,並製成電路分析報告。這其中的關鍵在於去層 (Delayer)的物理、化性的處理技術。

先進製程的Delayer工序十分的複雜,並且具有相當高的多樣性。同樣的28nm製程的IC,可能使用了不同的金屬層介質、厚度及材質。要能成功的完成先進製程的Delayer工序,必須累積相當多的經驗並且有系統的整理其中的化學配方。這一點,就是CPS的重要資產。

google執行長 川普大大, CPS

隨著半導體製程以摩爾定律的規律不斷進步,我們目前已經成功分析超過20顆的28nm的IC,並製成電路分析報告。這其中的關鍵在於去層 (Delayer)的物理、化性的處理技術。

先進製程的Delayer工序十分的複雜,並且具有相當高的多樣性。同樣的28nm製程的IC,可能使用了不同的金屬層介質、厚度及材質。要能成功的完成先進製程的Delayer工序,必須累積相當多的經驗並且有系統的整理其中的化學配方。這一點,就是CPS的重要資產。

google執行長 川普大大, CPS

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