Choose language
Back
  • Global - English
  • China - 简体中文

    • Products

    GloryET®
    Signoff-Closure ECO Tool

    Download

    HomeProducts & ServicesProduct CenterGloryET®

    GloryET®

    GloryET is a signoff-closure ECO tool—the signoff-closure core of the τ-Aware ToolFramework. It completes one-stop repair and optimization of timing, power, area, reliability, and other violations at the signoff stage, powered by a fully self-owned, signoff-level timing engine and a high-performance ECO optimization engine.

    Key Features

    Supports closed-loop detection and optimization of all violation types: Setup, hold, DRV, power, area, and more.
    Supports parallel repair of timing violations across all scenarios.
    Includes a complete pessimism-reduction technology stack: AOCV, POCV, and PBA.
    Supports three accuracy models: Logic-Only, Total RC, and SPEF.
    Supports dual GBA/PBA repair modes.
    Physically aware congestion prediction: Deeply fuses physical placement and routing information to predict the congestion impact of modifications.
    Compatible with Linux and ARM platforms.

    Products Highlights

    01

    High-accuracy timing engine ensures final signoff without regression
    Powered by a fully self-developed, high-precision, signoff-level timing engine that is highly aligned with the industry golden standard in SPEF mode; the underlying core algorithms and data models are fully self-owned IP; supports GBA/PBA dual analysis modes.

    02

    High-performance parallel ECO engine
    Supports MMMC multi-scenario parallel repair; maintains outstanding computing efficiency on giga-scale designs with hundreds of millions of instances, dramatically compressing back-end iteration cycles.

    03

    Complete MMMC/OCV/PBA support reduces pessimism
    Built-in AOCV, POCV, and PBA pessimism-reduction technologies; supports parallel repair of timing violations across all scenarios.

    04

    Automatic repair of all violation types
    Supports automatic detection and optimization closed loops for setup, hold, DRV, power, area, IR drop, and other violation scenarios—compressing manual iterations from weeks to days.

    05

    τ-Aware cross-tier timing ECO
    Reuses the same signoff-level timing engine as GloryEye at the underlying layer, fully supporting cross-tier timing-violation repair in 3D stacked scenarios, with repair accuracy highly aligned to final signoff.

    Applications

    Application Scenarios

    Signoff-closure stage of digital SoC designs such as MCUs, IPCs, and AI compute chips. For giga-scale designs with hundreds of millions of instances, it is used for batch repair and optimization of timing, power, reliability, and other violations before tape-out. Adapts to 14nm, 10nm, and 7nm advanced FinFET processes and 2.5D/3DIC heterogeneous integration.

    Anchored in Advanced-Node Signoff ,Empowering aτ-Aware EDA Framework

    Request a Trial Book a Technical Demo

    Please provide your contact information

    By providing your information, you agree to our processing of your personal data in order to
    carry out the activity and related communications. For details, please refer to the Privacy Policy.

    Submit

    We value your privacy. This website uses cookies and similar technologies to ensure basic functions, analyze access data, and continuously improve your browsing experience. You can adjust your preferences via [Cookie Settings] at any time and view the full Privacy Policy.