精準銜接演算法與硬體實作的領先方案

為了消除通訊演算法在電腦模擬與硬體部署之間的巨大鴻溝，我們建立了 ASI-MFP 六步開發模型。透過以模型為基礎的設計（Model-Based Design），我們確保開發的每個階段都能達到精準、穩定的商用級目標。

開發六大步驟：

1. 架構與演算法設計：針對硬體實作優化 TRX 演算法設計。
2. 模擬驗證：透過嚴謹的浮點運算模擬確保理論效能。
3. 儀器驗證與測試：結合 VSG/VSA 儀器與 USRP 進行真實 RF 訊號測試，確保實體層可靠性。
4. IP 生成的模型化設計：將演算法自動轉換為定點模型並生成 VHDL/Verilog 程式碼。
5. FPGA-in-the-Loop (FIL) 驗證：在真實硬體上直接對抗演算法模型，確保邏輯正確性。
6. 硬體與軟體協同設計 (HW/SW Co-Design)：整合 ARM 處理器與 FPGA 織物，完成系統原型集成。

透過 ASI-MFP 流程，我們不僅能顯著縮短開發週期，更能保證系統具備卓越的穩定性。

想了解更多技術細節嗎？ 歡迎持續關注我們，我們將深入探討這六大步驟中的關鍵挑戰與解決方案！

Bridging the Gap Between Algorithm and Hardware Deployment

To eliminate the common failure where algorithms perform well in simulation but fail on hardware, we established the ASI-MFP 6-Step Development Model. Utilizing a Model-Based Design workflow, we ensure precision and commercial-grade stability at every stage.

Our Six Core Steps:

1. Architecture & Algorithm Design: TRX algorithms optimized specifically for hardware implementation.
2. Simulation Verification: Rigorous floating-point simulations to hit performance targets.
3. Instrument Verification: Transmit/receive testing with real RF signals using USRP and professional VSG/VSA instruments.
4. Model-Based IP Generation: Seamless conversion into fixed-point models and automated HDL code generation.
5. FPGA-in-the-Loop (FIL): Direct logic verification on actual AMD/Xilinx hardware platforms.
6. HW/SW Co-Design: Final integration of ARM processors and FPGA fabric for full SDR system prototyping.

The ASI-MFP workflow significantly shortens development cycles while guaranteeing robust, reliable performance for next-generation communication systems.