英伟达ASIC Design Engineer, Clocks
任职要求
• BS or (MS preferred) in EE or equivalent experience. 2+ years of meaningful work experience. • Your ability to thrive in a dynamically changing environment. • Validated experience in RTL design (Verilog), verification and logic synthesis. Your strong coding skills in Perl or Python or other industry-standard scripting languages. • Deep understanding of sub-micron silicon issues like …
工作职责
The NVIDIA GPU clocks group is looking for an excellent Senior ASIC Design Engineer to join the team. The Team is responsible for crafting all aspects of GPU clocking. We collaborate with the frontend design team to understand the clocking requirements for the chip, and work with backend teams to understand the physical restrictions. The GPU clocks group architects, designs and validates the clocks RTL. The complexity of clocks RTL has increased many fold to support our features that power our product lines ranging from consumer graphics to self-driving cars and the growing field of artificial intelligence. What you’ll be doing: As a Clocks team member, you will collaborate with other architects, ASIC designers and verification engineers to design high frequency and low power clocks. You should be able to engage with multiple teams and design the GPU clocks to satisfy all the architectural constraints. You will need to run and enhance some in-house flow to guarantee the good quality of clocks RTL and netlist, drive the issues to close. Together with other team members, we deliver clock information to SOC verification team, timing and DFT teams. You will use Perl/Python to improve the productivity of the above teams. Collaborate with software and silicon solution team to debug GPU clock silicon bugs in our new products.
The NVIDIA GPU clocks group is looking for an excellent Senior ASIC Verification engineer to join the team. The Team is responsible for crafting all aspects of GPU clocking. The team collaborates with the frontend design team to understand the clocking requirements for the chip. We also understand the physical restrictions being placed on the clocks by the backend teams. The GPU clocks group architects, designs and validates the clocks RTL. The complexity of clocks RTL has increased many fold to support our features that power our product lines ranging from consumer graphics to self-driving cars and the growing field of artificial intelligence. What you’ll be doing: • Develop test plans, tests and verification infrastructure for verifying high-speed Clocking logic, including many aspects: function, DFT, circuit, power, physical design constraints, and etc. You would need to comprehend the functional, test and timing modes for clocks RTL and verify the modes before RTL delivery. • You will collaborate with other verification engineers and provide creative solutions to reuse programming sequences across various verification hierarchies. • Build verification environment using SV/UVM methodology Build reusable bus functional models, monitors, checkers and scoreboards • Drive coverage driven verification closure • Work with architects, designers and post-silicon teams. • Methodology development for above tasks.
• As a member in our team, you will be responsible for the design and implementation of state-of-the-art designs in test access mechanisms, memory BIST and scan compression. • You'll be responsible for DFT verification environment setup, own DFT verification and bringup tasks for Clocks, Boundary Scan, Analog and MBIST, Scan, etc. You'll have chance to take the lead role for DFT verifications and bringup. • In long term, you can be a DFT lead for verification or extend the expertise to DFT design or implementation.
MMPLEX is NVIDIA's multi-media team. It covers several different directions including Display/Video/Security/Accelerators. Our ASIC role is responsible for RTL design and all other related front-end flow. What you’ll be doing: • Micro architecture design. • RTL (Verilog) coding. • Design implementation using Synopsys/Cadence tools. • Simulate, debug and write tests to verify design functionality and performance. (IP/SOC/FPGA/EMU design/verification direction) • Synthesis/Netlist quality check/Formal verification, Chip partitioning, Timing constraints development for various function/dft modes, Co-work with PR on floorplan and achieve timing closure, Timing sign off. (PD Direction) • Responsible for DFT verification environment setup, own DFT verification and bringup tasks for Clocks, Boundary Scan, Analog and MBIST, Scan, etc. (DFT Direction) • FPGA/EMU synthesis, partitioning and emulating using Synopsys/Cadence etc. Tools and FPGA/EMU ‘s infrastructure flow implementation (FPGA/ EMU direction) • Methodology in any of above areas.
• Working with architects, design leads, physical design leads and package leads, you will develop, craft and optimize floorplans during early chip development. • Drive the area review process and collaborate with the ASIC design team to identify area, interconnect and floorplan improvement opportunities. • Solve timing and routing congestion issues with physical and ASIC design teams by influencing early design and physical implementation decisions. • Build tools and improve existing infrastructure using AI extensively to optimize chip area and speed of execution.