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產品開發 設計先行

SiliconPilot™ 數位孿生簡化了下一代車輛和機器人的開發流程,使開發人員能夠在完全虛擬的環境中對硬體系統進行建模和驗證。

應用領域

ASIC

SoC

Chiplet

核心優勢

Shift-Left 開發流程

晶圓代工與封測生態系

合作夥伴

汽車 OEM 廠

Tier 1 供應商

機器人開發商

Microcontroller (MCU)

Our MCU platform delivers low-latency, precision control across a wide range of vehicle systems. With automotive-grade safety and security, plus silicon-to-system support, it provides a dependable foundation automakers can confidently build on.

In-Vehicle Network (IVN)

Our IVN connectivity solutions enable high-speed data distribution and control transport over asymmetric links. They deliver scalable bandwidth for evolving vehicle architectures while meeting advanced safety and security requirements.

High-Performance Compute (HPC)

Our HPC products form the compute backbone for advanced driving and autonomy platforms. They support AI workloads, large-scale sensor fusion, and centralized decision-making across multiple vehicle lines and evolving software platforms.

Microcontroller (MCU)

Our MCU platform delivers low-latency, precision control across a wide range of vehicle systems. With automotive-grade safety and security, plus silicon-to-system support, it provides a dependable foundation automakers can confidently build on.

In-Vehicle Network (IVN)

Our IVN connectivity solutions enable high-speed data distribution and control transport over asymmetric links. They deliver scalable bandwidth for evolving vehicle architectures while meeting advanced safety and security requirements.

High-Performance Compute (HPC)

Our HPC products form the compute backbone for advanced driving and autonomy platforms. They support AI workloads, large-scale sensor fusion, and centralized decision-making across multiple vehicle lines and evolving software platforms.

透過 SiliconPilot™ 業界領先的數位孿生平台

軟體定義車輛(SDV)

車用系統

整合駕駛模擬平台,如 CARLA,重現並分析真實世界交通情境、車輛動態行為及道路互動過程,加速軟體定義車輛的開發與驗證。

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運動控制系統

機器人

整合機器人模擬環境和電腦視覺框架,如 MATLAB和 YOLO等,模擬機器人運作流程、感測器互動及視覺感知情境,協助開發先進運動控制系統。

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感知系統

無人機

整合模擬空域環境常見的感知框架,如 YOLO,進行目標建模、偵測與評估,並支援無人機應用的機器視覺與環境感知開發。

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