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  • PSS and UVM Work Together for System-Level Verification

    ➀ PSS and UVM work together for system-level verification, with PSS ideal for system-level testing and UVM for block-level testing.

    ➁ The Siemens EDA white paper explains methods to enhance collaboration between PSS, UVM, and C, facilitating detailed testing using randomization and coordination across components.

    ➂ PSS is perfect for building and randomizing scenarios at the system level, connecting to DUT-level testbench components through UVM virtual sequences or high-level C models.

    EDAPSSUVM
  • 2025 Outlook with Volker Politz of Semidynamics

    ➀ Semidynamics, founded in 2016, transitioned from RISC-V design services to licensing customizable 64-bit RISC-V processor IP in 2019.

    ➁ UPMEM's selection of Semidynamics' IP for large language models in 2024 led to increased interest from other fabless semiconductor companies.

    ➂ The company is focusing on providing customized solutions and encouraging early collaboration to address challenges and meet future demands in the AI sector.

    AIAI chipRISC-VSEMICONDUCTOR

January 28

  • Will 50% of New High Performance Computing (HPC) Chip Designs be Multi-Die in 2025?

    ➀ The adoption of multi-die solutions in HPC chip designs is driven by advancements in interconnect technology, thermal management, and power delivery.

    ➁ Multi-die architectures offer higher performance, design flexibility, and cost efficiency compared to traditional monolithic designs.

    ➂ The current market demand for scalable, energy-efficient computing, especially in AI and HPC applications, positions multi-die solutions as a crucial component for future semiconductor developments.

    ChipletEDAHPC
  • Heterogeneous 2D/3D Packaging Challenges

    ➀ Modern IC design increasingly uses advanced packages that integrate multiple ICs and high-bandwidth memory, creating complex connectivity that challenges traditional verification methods.

    ➁ Traditional verification relies on manual processes and spreadsheets, which are inadequate for modern designs with over 500,000 connections, leading to potential errors.

    ➂ Formal verification offers a powerful alternative by mathematically analyzing all interconnections, ensuring comprehensive and efficient verification of IC packages, thus improving quality and reducing time to market.

    EDAFormal VerificationIC Package Design

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  • 2025 Outlook with Dr Josep Montanyà of Nanusens

    ➀ Nanusens uses patented technology to fabricate chips with nano-mechanisms (NEMS) using CMOS manufacturing, leading to improved performance, reduced size, and lower costs.

    ➁ The company validated its RF Digitally Tunable Capacitor (DTC) prototype, increasing antenna efficiency and enhancing smartphone capabilities.

    ➂ Nanusens plans to focus on RF products initially while exploring future developments in AI processors with their NEMS in CMOS technology.

    AI chipNanotechnologySEMICONDUCTOR
  • 2025 Outlook with Samia Rashid of Infinisim

    ➀ Infinisim, founded by Samia Rashid, specializes in SoC clock verification solutions for high-performance designs.

    ➁ In 2024, Infinisim capitalized on the growing demand for AI and data-intensive applications, focusing on clock performance and the challenges of timing jitter and reliability aging.

    ➂ For 2025, Infinisim anticipates growth driven by the rapid expansion of AI applications, emphasizing the need for precise design methodologies and reducing excessive margins to enhance performance and profitability.

    AIEDAHPC

January 23

  • 2025 Outlook with Randy Caplan of Silicon Creations

    ➀ Silicon Creations achieved significant milestones in 2024, including shipping over ten million wafers and reaching 1000 production licenses for its Fractional SoC PLL IP.

    ➁ The company specializes in mixed-signal IP solutions focusing on clocking and high-speed data interfaces, working with various foundries and advanced process nodes.

    ➂ In 2025, Silicon Creations anticipates growth in AI accelerator chips, crypto mining, and automotive sectors, driven by customer tapeouts in advanced nodes and early interest in sub-2nm nodes.

    ChipletEDASilicon Creations
  • A Deep Dive into SoC Performance Analysis: Optimizing SoC Design Performance Via Hardware-Assisted Verification Platforms

    ➀ Performance validation in SoC designs is distinct from architectural exploration, focusing on evaluating actual performance to meet specifications.

    ➁ Hardware-Assisted Verification (HAV) platforms play a crucial role in performance validation by enabling real-world traffic testing and firmware performance tuning.

    ➂ Part 2 of 2 explores the performance validation process across hardware blocks and firmware in SoC designs, emphasizing the critical role of HAV platforms.

    ChipletEDAHPC

January 22

  • 2025 Outlook with Dr Axel Y. Poschmann of PQShield

    ➀ PQShield contributed to the development of NIST's new PQC standards, marking a significant milestone for post-quantum cryptography implementation.

    ➁ The company is working on replacing traditional encryption methods like RSA with PQC approaches, focusing on secure transitions amidst evolving threats.

    ➂ PQShield is collaborating with semiconductor manufacturers and expanding partnerships to develop PQC solutions and meet the growing demand for quantum-safe products.

    AIAI chipNISTPQCSecurity
  • 2025 Outlook with Larry Zu of Sarcina Technology

    ➀ Sarcina Technology, led by Founder and CEO Larry Zu, offers comprehensive post-silicon ecosystem services including package design, assembly, testing, qualification, and production services for leading semiconductor companies.

    ➁ In 2024, Sarcina developed a Bump Pitch Transformer (BPT) to simplify and reduce costs in 2.5D package designs, addressing challenges related to costly silicon TSV interposers.

    ➂ Sarcina aims to increase awareness of its capabilities, especially its Application Specific Advanced Package (ASAP) Service, through presentations and participation in industry conferences.

    ChipletEDAHPC

January 21

  • 2025 Outlook with Dr. Chouki Aktouf of Defacto

    ➀ Defacto Technologies, led by Dr. Chouki Aktouf, specializes in innovative SoC design solutions and has become a leader in front-end SoC integration.

    ➁ In 2024, the company focused on incorporating AI technologies into their R&D projects, aiming to introduce AI-based automation in their tools.

    ➂ For 2025, the company plans to focus on AI-based EDA and attend key industry conferences like DAC and DATE.

    AIChipletEDAHPCSoC
  • Webinar: Unlocking Next-Generation Performance for CNNs on RISC-V CPUs

    ➀ A new architecture for RISC-V CPUs introduces advanced matrix extensions and custom quantization instructions that significantly improve CNN acceleration.

    ➁ The design features scalable, VLEN-agnostic matrix multiplication instructions, ensuring consistent performance across different hardware configurations.

    ➂ A 2D load/store unit optimizes memory access for matrices, reducing overhead and increasing computational efficiency.

    AICPURISC-V

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