SoC Architect (Remote)
MatXJob Title
SoC Architect (Remote)
Role Summary
Lead the architecture of next-generation AI-focused, server-class system-on-chip (SoC) designs. Collaborate with subsystem architects, implementation teams, and cross-functional partners to convert product requirements into concrete SoC-level designs and drive them through productization.
Experience Level
Mid-level (experienced SoC architect). The posting requests significant industry experience but does not specify exact years.
Responsibilities
Primary responsibilities include:
- Translate product requirements (PRDs) into SoC-level architectures in collaboration with subsystem architects and cross-functional teams.
- Define SoC architecture including memory, interconnects, clocking, power, IP requirements, and system integration.
- Define system flows for power-up, boot, and recovery.
- Own PPA feasibility and drive power, performance, and area trade-offs with implementation teams.
- Maintain architectural specifications and documentation from definition through productization.
Requirements
Must-have qualifications and skills:
- Proven industry experience with complex SoC architectures.
- Deep knowledge of memory systems and interconnect fabrics and relevant industry standards.
- Ability to define functional and PPA requirements from use cases and make trade-off decisions.
- Strong technical communication, documentation, and organizational skills.
- Experience collaborating across hardware, software, and third-party IP teams.
- Programming/scripting skills (Verilog, C/C++, Python, Bash or similar).
Nice-to-have:
- Prior experience with server-class or AI-focused silicon.
- Hands-on implementation or verification background.
Education Requirements
Not specified.
About the Company
Company: MatX
Headquarters: Mountain View, California, USA
MatX specializes in creating faster chips for large language models (LLMs), focusing on innovative hardware and software solutions. The company fosters a collaborative and supportive work environment, welcoming candidates of all experience levels. Their approach prioritizes deep understanding and consideration of novel methods to drive efficiency and performance in their projects, particularly in silicon design and related engineering roles.
