Tenstorrent The Sr. Engineer, RTL Implementation leads front-end RTL physical implementation for a high-performance RISC-V CPU. This role optimizes power, performance, and area while collaborating with microarchitects and design teams.
Responsibilities
Perform synthesis and initial place and route for new and legacy designs
Collaborate closely with core micro-architects to optimize core configurations for best PPA
Use innovative techniques to optimize power, performance, and area while driving physical design experiments and evaluating results
Enhance physical design environment, tools, and methodologies to improve development efficiency
Qualification
Skilled in synthesisBackground in CPU micro-architectureWhat You Will Learn
Required
An expert in physical design practices used to optimize PPA
Experienced in high-performance physical design.
Proficient in RTL coding (Verilog/VHDL) and familiar with industry-standard tools for simulation and power analysis.
Skilled in synthesis, place and route tools including flows and physical design methodology.
Background in CPU micro-architecture.
Own front‐end physical implementation and PPA definition for a high‐performance RISC‐V CPU and CPU subsystem
Work closely with microarchitects and RTL designers to “make the IP better” by optimizing frequency, power, and area across process nodes
Define initial floorplans and early area, power, and frequency estimates for key CPU and subsystem configurations
Partner with the broader PD organization and PD leads to improve and standardize methodologies, flows, and customer collateral for CPU, subsystem, and system IPs, acting as a “PD for IP” specialist bridging PD and design teams
Use innovative techniques to optimize power, performance, and area while driving physical design experiments and evaluating results.
Summarize and communicate PPA trade‐offs and recommendations to the broader RISC‐V and PD teams