
This role focuses on developing logic design and register transfer level (RTL) code along with simulation for graphics IPs including graphics, compute, display, and media components. The work supports creation of cell libraries, functional units, and GPU IP blocks that integrate into full chip designs.
The engineer contributes to defining the architecture and microarchitecture of the block being developed. Various tools, strategies, and design techniques are applied to write RTL and optimize logic so the design meets targets for power, performance, area, and timing while maintaining integrity for physical implementation.
The position also involves reviewing verification plans and implementations to ensure features are validated across verification hierarchies. Responsibilities include driving unit-level verification, addressing failing RTL tests, and implementing fixes to ensure design correctness.
Collaboration with SoC teams is required to support smooth integration of the GPU block and maintain high quality across the chip design process.
The Data Center Group (DCG) focuses on delivering Xeon-based solutions and custom x86 products for a wide range of workloads including general-purpose compute, web services, HPC, and AI accelerated systems. The team works across business strategy, product management, ecosystem development, and delivery of workload-driven data center technologies.
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Intel Corporation is a globally recognized leader in semiconductor manufacturing and technology innovation. Founded in 1968 and headquartered in Santa Clara, California, Intel designs and produces advanced microprocessors, chipsets, and integrated solutions that power a vast range of computing devices—from personal computers and servers to cloud infrastructure and emerging AI applications. With over 100,000 employees worldwide, Intel's mission is to create world-changing technology that enriches the lives of every person on Earth.
Intel holds a dominant position in the global semiconductor industry, known for its pioneering work in x86 architecture and continuous advancements in process technology. The company has recently focused on expanding its manufacturing capacity through initiatives like the IDM 2.0 strategy, investing heavily in new fabrication plants in the United States and Europe to strengthen supply chain resilience. In 2023, Intel announced significant progress in AI-optimized chips and next-generation processors, underscoring its commitment to innovation and competitiveness in a rapidly evolving tech landscape.
Websiteintel.com