Master the complete FPGA design flow from RTL synthesis to bitstream generation, including hands-on experience with DDR, PCIe, and SerDes interfaces for data-intensive systems.
Register now to attend the upcoming live interactive Bootcamp.
This intensive 3-hour bootcamp is designed for FPGA developers, hardware engineers, and system integrators who need to bridge the gap between RTL code and functional hardware. We dive deep into the practical toolflows required for modern board bring-up, focusing on real-world constraints, timing closure, and the high-speed interfaces that power today's AI and networking hardware.
By the end of this session, you will have a fully constrained design ready for place-and-route and a clear roadmap for implementing high-speed DDR/AXI interfaces on FPGA development boards.
A structured deep-dive into FPGA implementation and high-speed design.
Environment setup followed by a deep dive into synthesis, implementation, and XDC/SDC timing basics.
Fundamentals of DDR, PCIe, and SerDes. Understanding PHY considerations and interface protocols.
Strategies for hardware debugging using JTAG and flash programming. Logic analyzer integration.
Implementing a live DDR/AXI demo and finalizing the bring-up checklist for production readiness.
Why high-speed FPGA skills are essential in today's tech landscape.
Companies require engineers who can rapidly move from code to functional hardware without design iterations.
As clock speeds increase, the ability to manage signal integrity and timing exceptions is critical.
Expertise in PCIe and DDR interfaces is mandatory for AI accelerators and 5G networking roles.
"The walkthrough of XDC constraints solved issues I've been struggling with for months. Highly practical bootcamp."
"Finally understood the SerDes lane configuration properly. The live demo on the dev board was the highlight."
"The 3-hour format is perfect. It skips the fluff and goes straight to the implementation details we need at work."
LIVE SESSION
LIVE SESSION
LIVE SESSION
Pantech Bootcamps
