Siemens ve NanoBridge FPGA sentez çözümünü benimsiyor

Key Takeaways

• Siemens’ Precision FPGA Synthesis is now the official synthesis engine for NanoBridge’s NBS6503H and NBS1201 non-volatile FPGA families.
• The OEM partnership delivers a pre-configured software bundle that shortens design cycles by up to 30 % for low-power, harsh-environment applications.
• NanoBridge’s devices target aerospace, smart-infrastructure, secure-element, and automotive markets, offering power consumption as low as 0.3 µW/MHz and operation from -55 °C to 150 °C.
• Combined Siemens EDA expertise and NanoBridge’s non-volatile technology create a unified workflow from RTL to bitstream, reducing verification effort by an estimated 25 %.

Siemens-NanoBridge Collaboration: An Overview

Why the Partnership Matters

Siemens’ Precision FPGA Synthesis is a high-performance, RTL-to-gate-level tool that supports timing-driven, power-aware, and reliability-centric flows. By licensing this engine under an OEM agreement, NanoBridge can embed a ready-to-run synthesis solution directly into its design-toolchain for the NBS6503H and NBS1201 families. The result is a seamless, end-to-end environment that eliminates the need for third-party translators or manual script adjustments.

Scope of the OEM Agreement

• Software Delivery – A customized build of Precision FPGA Synthesis, pre-tuned for NanoBridge’s architecture.
• Technical Enablement – Joint engineering teams provide design-support, library updates, and bug-fix cycles on a quarterly cadence.
• Ecosystem Development – Integration with Siemens’ verification, place-and-route, and power-analysis tools to form a complete design suite.

NanoBridge’s Non-Volatile FPGA Families

NanoBridge’s core advantage lies in non-volatile configuration memory that retains logic states without power, dramatically reducing standby consumption and enhancing reliability in radiation-rich or temperature-extreme environments.

Device-Family Comparison

Data sourced from NanoBridge Semiconductor datasheets (2024 revision).

Benefits of Precision FPGA Synthesis for NanoBridge

1. Accelerated Turn-around – The tool’s built-in timing-aware optimizations cut synthesis runtime from an average of 45 min to ≈30 min for a 50 k-cell design.
2. Power-First Optimization – Siemens’ power-estimation engine models NanoBridge’s non-volatile switch fabric, enabling designers to meet sub-50 µW/MHz budgets without manual constraint tweaking.
3. Reliability-Centric Checks – Integrated fault-injection analysis validates configuration retention under temperature cycling, a critical requirement for aerospace missions.
4. Unified Workflow – Compatibility with Siemens’ Mentor Graphics verification suite eliminates data-format conversions, reducing error-prone hand-offs.

Future Roadmap

The partnership is slated to expand beyond synthesis. Upcoming milestones include:

• 2027 Q2: Release of a joint place-and-route engine that leverages NanoBridge’s 3-D interconnect fabric.
• 2028 Q1: Introduction of a cloud-based design-as-a-service (DaaS) portal, offering on-demand licensing of the full Siemens-NanoBridge toolchain.

These initiatives aim to solidify NanoBridge’s position as a go-to supplier for mission-critical, low-power programmable silicon.

Bottom Line

By integrating Siemens’ Precision FPGA Synthesis into its product line, NanoBridge delivers a turnkey, power-optimized development environment for its NBS6503H and NBS1201 non-volatile FPGA families. The collaboration shortens design cycles, enhances reliability verification, and positions both companies at the forefront of rugged, low-power programmable solutions for aerospace, automotive, and secure-edge markets.