Server CPU Architect (hardware)

About Us:

NeoLogic is a unique fabless semiconductors startup. We develop cutting edge processors to address the ever-increasing workloads of next generation AI data centers.

Role Description:

We are seeking experienced hardware system architects to help shape NeoLogic's next-generation Server CPUs using our cutting-edge technology. If you're excited about enhancing performance using groundbreaking microarchitectural concepts, modeling these ideas to prove their value, and seeing them through implementation and silicon bring-up, we want to hear from you!

What you will be doing:

Join our team to work closely with designers in proposing and showcasing the benefits and limitations of innovative Server CPU architectural features. Your goal will be to enhance performance per power and area across various targeted workloads.

Key Responsibilities:

• Define system, software, hardware requirements and architectural features at both the system and SoC levels, ensuring alignment with product requirements.
• Conduct detailed performance modeling, debugging, and studies to support the integration of new features into the next-generation core microarchitecture, focusing on improvements in performance, area, and power.
• Work alongside design and verification leads to refine specifications, implement features in RTL, and verify microarchitecture to meet targets for functionality performance, frequency, area, power, and verifiability.
• Partner with silicon bring-up and product teams to verify, debug, and optimize the microarchitecture and its performance.
• Write internal and external specifications and technical documentation.

Qualifications

• B.Sc. or M.Sc. in Computer Engineering, Electrical Engineering, or a related field.
• In-depth knowledge of Multicore ARM-based Server CPU architectures.
• At least 8 years of proven experience in developing and maintaining complex SoC-based systems.
• Skilled in developing high-level system requirements based on marketing, product, and customer inputs.
• Experienced in breaking down large systems into clearly defined subsystems, modules, and components for straightforward implementation.
• Creative problem solver with the ability to address conflicting requirements, business demands, and technical risks/issues.
• Excellent collaborative and interpersonal skills.