技术永不停滞--我们也一样
经过验证的 Mini-ITX 平台专为在工业、边缘和嵌入式系统环境中可靠部署而设计。
Mini-ITX 主板 VRM 设计与质量
Table of Contents Introduction What is a VRM and Why It’s Critical Phase Count, Load Distribution, and PCB Topology MOSFETs,…
用于 NAS 构建的低功耗 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 主板与 GPU 的兼容性
Table of Contents I. Intro: Small Boards, Big Power? II. The Basics: How They Connect The PCIe Slot: Your Main…
Mini-ITX 主板为何如此昂贵？
Table of Contents I. Intro: What’s a Mini-ITX Board? II. Why They Cost More: Main Reasons Tricky Design & Development…
ARM 与 RISC-V：架构、生态系统和部署策略
Choosing between ARM and RISC-V is a critical decision for embedded engineers, SoC integrators, and system architects. This guide will…
ARM 与 x86 电源效率对比：架构和工作负载分析
Table of Contents Introduction Architectural Design Principles and Power Behavior Power Management Techniques and Technologies Total Platform Power Consumption Idle,…
ARM64 与 x86：架构比较、性能权衡
Table of Contents Introduction Architectural Fundamentals Platform Ecosystem and Vendor Landscape Performance and Workload Suitability Power Efficiency and Thermal Considerations…
用于 AMD Ryzen 的 Mini-ITX 板：选择和集成指南
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：高能效嵌入式计算
Table of Contents Introduction to ARM Mini-ITX Boards Technical Specifications and Architecture Overview Advantages of ARM Mini-ITX Boards for Embedded…