Edge AI is rapidly transforming how intelligent solutions are designed, from smart home devices to autonomous vehicles, healthcare gadgets, and industrial IoT. Yet, architects, chip designers, and product managers frequently grapple with a common and daunting challenge: creating efficient, high-performance AI solutions… Read More
In today’s data-driven systems—from cloud storage and AI accelerators to automotive logging and edge computing—every byte counts. The exponential growth in data volumes, real-time processing demands, and constrained bandwidth has made efficient, lossless data compression a mission-critical requirement. Software-based… Read More
Description
Clock domain crossings (CDCs) are a critical aspect of FPGA and embedded system design, and handling them correctly is essential for reliable operation. In this one-hour webinar, we’ll break down CDC fundamentals, explore best practices for managing single-bit and bus CDCs, and demonstrate how to leverage Xilinx… Read More
From Theory to Practice: Applying Timing Constraints Workshop
Do you struggle to identify which constraints are needed for a design or how to properly input them? This workshop will cover how to use features in Vivado, clock domain crossing strategies, and how to get the most out of static timing analysis for Versal devices.
This… Read More
Description
BLT, an AMD Premier Design Services Partner and Authorized Training Provider, presents this webinar.
Unlock the potential of the AMD Kria SOM and discover Time-Sensitive Networking (TSN) benefits for your applications. In this session, you’ll explore the TSN-ROS application and its role in enhancing communications… Read More
Achieving Timing Closure in FPGA Designs Workshop
Do you find it challenging to close timing in your FPGA design? This workshop will guide you through leveraging AMD Vivado’s tools, optimizing your design, and applying best practices for static timing analysis to achieve reliable timing closure.
Gain hands-on experience … Read More
We have been hearing so much lately about the power of AI and the potential of technologies like agentic AI to address the productivity gap and complexities of semiconductor designs of today and tomorrow. Currently, however, the semiconductor industry has been slow to adopt generative and agentic AI for RTL design code. There… Read More
When designing IP for system-on-chip (SoC) and application-specific integrated circuit (ASIC) implementations, IP designers strive for perfection. Optimal engineering often yields the smallest die area, thereby reducing both cost and power consumption while maximizing performance.
Similarly, when incorporating embedded… Read More
