RTL engineer

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About the Company

Siliconarts developed the world's first real-time ray tracing GPU based on next-generation GPU technology, and based on this, is a semiconductor design company that leads computer graphics and artificial intelligence computing technology.

Siliconarts was selected as the ‘TOP10 HPC solution Provider 2019’ announced by the ‘APAC CIO Outlook’, and in March 2021, was selected for the intensive fostering of artificial intelligence semiconductor innovative companies organized by the Ministry of Science and Technology.
In April 2021, we licensed real-time ray tracing technology to an American company and started entering the overseas market. Based on Siliconarts' world-class low-power, high-performance GPU technology, we are developing GPU chips used for various customer support and PCs. In addition, through listing, we plan to become a world-class GPU company.

Currently, under the vision of "Siliconarts GPU Everywhere", we are focusing on the development of next-generation GPU semiconductor IP and chips.

To ensure that the company's success leads to the success of its employees, we are operating a competency improvement system and stock option system through various seminars and training.

About the Role

∙ CPU/GPU Architecture and Microarchitecture
∙ CPU/GPU micro-architecture specification and design
∙ CPU/GPU design
∙ Microprocessor design
∙ Low-power microprocessor design
∙ Power-efficient microprocessor design
∙ Specification, microarchitecture, and RTL design of microprocessor and memory subsystems
∙ Balance performance, power, safety, and cost requirements
∙ Trade-off functional, physical and performance requirements
∙ Design for synthesis

Requirements

Basic Qualifications:

High performance (low latency, high bandwidth) design techniques.

Area and power-efficient CPU/GPU RTL design.

Low power microarchitecture techniques

Verilog RTL logic design

Experience with simulators and waveform debug tools.

Knowledge of logic design principles, including timing and power implications.



Preferred qualifications:

ㆍRTL development experience through C language

ㆍPossess a master's degree or higher in electrical, electronic and computer engineering fields

ㆍMultiple chip design/verification and mass production experience

ㆍUnderstanding and experience of the entire ASIC development flow

ㆍPossess a master's degree or higher in electrical, electronic and computer engineering fields

ㆍPeople who can speak English

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