1.The Great Chip team has been deeply involved in the field of discrete power components (Power Discrete), possessing the key technical capabilities for chip design and manufacturing, and has completed the production and product verification of low power consumption automotive diode(SRD) chips. At mean time, it also has power and ESD protection component chip design and mass production capabilities.

2.Great Chip has collaborated a long-term partnership with the European R&D team. Regarding the automotive market trend, it has innovated in the pre-integrated chip simulation research for "Extremely Low Loss diodes (ELLD)". Start the wafer process verification to accelerate the grasp of the opportunities in the automotive market.

3.Great Chip has experience in the research and development team cooperation of the Industrial Research Institute (ITRI) Microelectronics Center. ITRI can provide assistance in the process testing and performance verification of Great Chip power devices.

4.With the European technical team, we extensively have the design energy of silicon carbide SiC wide band gap material products, and can develop cost-effective chips that are competitive to foreign first-tier manufacturers for the gradually demands of high-voltage EV/charging piles/large power applications.

1.The V-model is a graphical representation of Great Chip product development lifecycle. It could produce rigorous development lifecycle models and project management models.

2.Simply put, the left side of the "V" represents the decomposition of customer requirements input, and creation of product specifications. The right side of the "V" represents integration of designs fulfillment and their validation.

3.However, requirements need to be validated first against the higher level requirements or user needs. Furthermore, there is also something as validation of system models. This can partially be done at the left side also. To claim that validation only occurs at the right side may not be correct. The easiest way is to say that verification is always against the requirements (technical terms) and validation always against the real world or the user need.

4.Great Chip V-model provides guidance for the planning and realization of projects. The following objectives are intended to be achieved by a project execution:

• Minimization of project risks

• Improvement and guarantee of quality

• Reduction of total cost of project and product life cycle

• Improvement of communication between all stakeholders