Call for Presentations: RISC-V for Embedded, AI, and Automotive ... - eeNews Europe

Abstract

eeNews Europe has issued a specialized Call for Presentations (CfP) centered on advancing the implementation and ecosystem of the open-standard RISC-V architecture. The invitation targets proposals showcasing cutting-edge developments in three high-priority sectors: Embedded systems, Artificial Intelligence (AI), and Automotive technology. This focus highlights the increasing maturity and specialized application of RISC-V in demanding, high-growth industrial and consumer markets.

Report

Key Highlights

• Event Focus: A formal Call for Presentations (CfP) has been announced, dedicated exclusively to the RISC-V instruction set architecture (ISA).
• Target Applications: The event is specifically structured around three critical market segments: Embedded Systems, Artificial Intelligence (AI) acceleration, and Automotive electronics.
• Industry Outreach: The CfP is managed and promoted by eeNews Europe, indicating a significant effort to gather and disseminate RISC-V developments across the European technology ecosystem.
• Goal: The primary aim is to showcase and foster practical applications and technical advancements utilizing RISC-V in performance- and safety-critical domains.

Technical Details

Since the document is a Call for Presentations, it specifies the scope of technical work expected rather than detailing specific completed architectures. Expected technical contributions include:

• Embedded Systems: Presentations likely focus on low-power implementations, microcontrollers (MCUs), real-time operating systems (RTOS) support, and system-on-chip (SoC) integration complexity using compact RISC-V cores.
• Artificial Intelligence (AI): Submissions should cover optimized hardware acceleration for AI/ML workloads, including the utilization of the RISC-V Vector Extension (RVV) and custom instruction extensions for efficient neural network processing.
• Automotive Technology: Presentations must address safety and security requirements essential for automotive applications (e.g., ISO 26262 compatibility, functional safety mechanisms, secure boot, and domain-specific architectures for autonomous driving or infotainment).

Implications

• Market Validation: Explicitly targeting the safety-critical Automotive sector and the performance-critical AI sector serves as powerful validation for the flexibility and robust nature of the RISC-V ISA, demonstrating its readiness for enterprise adoption.
• Accelerated Specialization: The focused nature of the CfP encourages the RISC-V community to develop specialized IP, tools, and extensions tailored precisely for these demanding applications, speeding up implementation in commercial products.
• Ecosystem Maturity: Events like this drive the maturity of the surrounding ecosystem, requiring better toolchains, simulation environments, verification flows, and standardized software stacks that meet industrial requirements for embedded, AI, and automotive deployment.
• European Adoption: Promotion by a major European tech publication suggests strong regional interest in reducing reliance on proprietary architectures and accelerating local design wins based on the open RISC-V standard.