科技永遠不會停滯不前，我們也一樣
經過驗證的 Mini-ITX 平台，專為工業、邊緣和嵌入式系統環境的可靠部署而設計。
Mini-ITX 主機板 VRM 設計與品質
Table of Contents Introduction What is a VRM and Why It’s Critical Phase Count, Load Distribution, and PCB Topology MOSFETs,…
適用於 NAS 建置的低功耗 Mini-ITX 板卡
Table of Contents Introduction Core Technical Requirements for Low-Power NAS Builds Power Consumption and Performance Benchmarks Thermal Design for Quiet…
Mini-ITX 主機板與 GPU 的相容性
Table of Contents I. Intro: Small Boards, Big Power? II. The Basics: How They Connect The PCIe Slot: Your Main…
為何 Mini-ITX 主機板如此昂貴？
Table of Contents I. Intro: What’s a Mini-ITX Board? II. Why They Cost More: Main Reasons Tricky Design & Development…
ARM vs RISC-V：架構、生態系統與部署策略
Choosing between ARM and RISC-V is a critical decision for embedded engineers, SoC integrators, and system architects. This guide will…
ARM vs x86 電源效率：架構與工作量分析
Table of Contents Introduction Architectural Design Principles and Power Behavior Power Management Techniques and Technologies Total Platform Power Consumption Idle,…
ARM64 vs x86：架構比較與效能權衡
Table of Contents Introduction Architectural Fundamentals Platform Ecosystem and Vendor Landscape Performance and Workload Suitability Power Efficiency and Thermal Considerations…
適用於 AMD Ryzen 的 Mini-ITX 顯示板：選擇與整合指南
Table of Contents Introduction Ryzen Platform Overview Mini-ITX Form Factor Essentials Core Selection Criteria Recommended Mini-ITX Ryzen Boards Thermal Management…
ARM Mini-ITX 板卡：省電嵌入式運算
Table of Contents Introduction to ARM Mini-ITX Boards Technical Specifications and Architecture Overview Advantages of ARM Mini-ITX Boards for Embedded…