Keynote: Designing Processors in the Cloud: How Advanced Emulation and AWS Cloud Infrast...
summary
Cloud workflow shows FPGA-based emulation running on F2 FPGA instances and AFIs to share bitstreams and IP via the AWS Marketplace, with a 2-hour workshop demo using Chip Inventor and an RV35i design that completes in 90 minutes. The platform claims 90% of HIL tests in SEAL are reproducible and scalable, and supports on‑premise Outposts plus EKS hybrid nodes to link cloud FPGAs to real lab boards for remote access, control, and monetized IP distribution.
AI-written summary · about
chapters (9)
- 0:00Introduction and motivation
- 1:02Virtualization balance and trade-offs
- 2:45Virtual engine experience demo
- 4:28Virtualization levels deep dive
- 6:57Emulation vs FPGA for RISC-V
- 8:00FPGA development on AWS
- 10:27AWS Outposts for hardware access
- 12:14Hybrid cloud development setup
- 13:40Conclusion and call to action
related talks
06mUsing FPGA's and Xeon processors to accelerate cloud workloads
24mSilicon Development
24mFPGAs in the Datacenter
02h 35mChipyard and FireSim End to End Architecture Exploration with RISC V
42mHow Intel & AWS solve some of the world’s most urgent issues
28mEmpowering the Next Generation of High-Performance, Power-Efficient Servers
17mUnleashing the Potential of Cloud FPGAs
16mChange Your Chip Architecture and Save the World
