Infinity Fabric Performance Engineer

Advanced Micro Devices; Austin (TX); On-site; USD 120,000 - 160,000; Full time

Job summary

Advanced Micro Devices in Austin, TX is seeking a Performance Engineer to define and deliver next-generation Infinity Fabric interconnects. You will analyze RTL performance, collaborate across architecture, design and modeling teams, and drive memory-system verification in simulation and emulation environments.

The role emphasizes deep expertise in hardware simulation, system-level performance, and data-driven debugging, with opportunities to leverage AI-powered tools to accelerate insights.

Qualifications

• BS, MS, or PhD in Electrical or Computer Engineering (advanced degree preferred).
• Experience with RTL performance analysis and debug using hardware simulation/emulation platforms.
• Strong knowledge of Verilog/SystemVerilog and memory-system concepts.

Responsibilities

• Perform RTL performance analysis and verification for Infinity Fabric Interconnect.
• Lead collaboration with architecture, design, and modeling teams on high-performance SoC memory systems.
• Execute performance verification plans at IP level and support SoC-level performance debugging in simulation or emulation.
• Analyze memory-system optimizations; develop and run benchmarks in simulation or emulation.
• Debug performance failures, identify bottlenecks, and propose RTL/data-driven solutions.
• Develop and enhance debug infrastructure, tooling, and visualization to accelerate analysis.
• Leverage AI-based tools to improve productivity and analysis workflows.

Skills

RTL performance analysis

Hardware simulation

SystemVerilog

Verilog

C

C++

Python

Perl

Memory system architecture

Education

Electrical or Computer Engineering (BS/MS/PhD)

Tools

Verilog/VHDL simulators

Simulation testbenches

Job description

Advanced Micro Devices in Austin, TX is seeking a Performance Engineer to define and deliver next-generation Infinity Fabric interconnects. You will analyze RTL performance, collaborate across architecture, design and modeling teams, and drive memory-system verification in simulation and emulation environments.

The role emphasizes deep expertise in hardware simulation, system-level performance, and data-driven debugging, with opportunities to leverage AI-powered tools to accelerate insights.