[Live on May 21 at 11am PT] This webinar examines why reliability and security have become inseparable drivers for next‑generation automotive chips, and how a lifecycle‑based approach is required to meaningfully reduce recall risk. We will review real‑world examples of recalls caused by electronic failures, explore the evolving standards landscape driving higher expectations for reliability and traceability, and walk through the end‑to‑end chip lifecycle from wafer fabrication to in‑vehicle operation.
Webinars
Enabling Next‑Generation Client Memory with Rambus DDR5 CUDIMM/CSODIMM and LPCAMM2 Chipsets
[Live on Apr 29 at 9am UTC +8) In this webinar, Rambus experts will explore how complete client memory interface chipsets enable high‑performance DDR5 CUDIMM and CSODIMM modules operating up to 7200 MT/s, with capabilities for overclocking.
HBM4E Advances Bandwidth Performance for AI Training
[Live on April 8 at 11am PT] Join Rambus for a technical deep dive into HBM4E and the industry-leading HBM4E Memory Controller IP. In this webinar, Nidish Kamath from Rambus will walk through the key requirements driving HBM4E adoption and introduce Rambus’ newly announced HBM4E Memory Controller IP.
Secure by Design Series: UEC Security: Delivering High-Performance, Scalability and Secure Networking for AI and HPC
[Live on March 19] As AI and HPC workloads accelerate, next-generation data center fabrics must deliver unprecedented throughput without compromising security. The Ultra Ethernet Consortium (UEC) is redefining high-performance networking with a new transport architecture designed for RDMAclass efficiency and massive scale. In this webinar, we will demystify UEC’s security model, purpose-built to protect scale-out networks running over dedicated AI/HPC fabrics.
Secure by Design Series: Security Certifications: Navigating Standards, Requirements, and Market Expectations
[Live on March 5] Trust can’t be assumed—it must be demonstrated. This webinar explores how formal security certifications serve as the cornerstone for establishing and maintaining trust in commercial and government-developed security solutions. We will examine key certification frameworks including FIPS 140-3, Common Criteria, NIAP, and ISO21434, focusing on how these standards validate cryptographic implementations, secure product development practices, and overall solution integrity.
Secure by Design Series: Preparing for the Quantum Era: Practical Approaches to Quantum Safe Cryptography
[Live on Feb 26] Quantum computing poses a paradigm-shifting threat to classical cryptographic systems, with the potential to break widely used encryption algorithms and compromise sensitive data. In this webinar, we will explore the emerging risks associated with quantum-capable adversaries and what it means to be “quantum safe.”
