Arteris Releases the Latest Generation of Magillem Registers to Automate Semiconductor Hardware/Software Integration

Core Viewpoint - Arteris, Inc. has launched the latest generation of Magillem Registers technology, which automates the hardware/software integration process for system-on-chip (SoC) development, significantly reducing development time and addressing design complexity challenges [2][4][8] Group 1: Product Features and Benefits - Magillem Registers automates the hardware/software interface (HSI) for developing chips and chiplets, enhancing communication among cross-functional teams and ensuring up-to-date standards [3][4] - The product offers a 35% reduction in development time compared to in-house solutions, allowing design teams to focus on innovation [2][4] - It provides an integrated infrastructure for specifying, documenting, implementing, and verifying SoC address maps, promoting efficient IP reuse and consistency across design teams [4][6] Group 2: Performance and Scalability - The latest release delivers up to 3x faster performance compared to previous versions, enabling the compilation of millions of registers within minutes [6][7] - It supports a 5x increase in design size, accommodating both small IoT devices and large multi-die systems with millions of control registers [6][7] - The product enhances usability with features that streamline input, document navigation, and customizable workflows, significantly improving team productivity [7] Group 3: Industry Standards and Integration - Magillem Registers supports multiple industry standards, including IEEE 1685-2022 (IP-XACT) and SystemRDL 2.0, improving compatibility with third-party IP vendors [5][7] - The integration of acquired technologies into a single software product enhances register management and HSI automation, addressing the complexities of modern SoC designs [5][8] Group 4: Market Context and Challenges - With over 70% of chips requiring respins, effective hardware/software integration is critical for SoC teams, especially with the increasing complexity driven by AI logic [8] - The automation efficiencies provided by Magillem Registers are essential for controlling costs and maximizing engineering productivity in the development of AI SoCs and FPGAs [8]