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。
博客
英特尔奔腾 N4200：2025 年紧凑型系统的规格、性能和应用
Overview of the Intel Pentium N4200 Technical Specifications Performance Benchmarks Power Efficiency and Thermal Design Use Cases for Electronic Engineers…
英特尔赛扬 N3450：Mini-ITX 系统的规格、性能和应用
As embedded systems engineers and IT professionals, we at MiniITXboard know the importance of selecting processors that balance performance, power…
英特尔赛扬 N3350：嵌入式系统工程师综合指南
Table of Contents 1. Introduction to the Intel Celeron N3350 2. Core Architecture and Processing Capabilities 3. Integrated Graphics Performance…
Mini-ITX 板功耗比较：用真实世界的指标衡量工程设计的紧凑效率
Table of Contents Why Power Efficiency Matters in Mini‑ITX Design Understanding Power Measurement Metrics CPU/SoC Power Profiles in Real Deployments…
Mini-ITX 板功耗比较：高能效紧凑型系统工程
Table of Contents Introduction Understanding Power Draw in Mini‑ITX Systems CPU and SoC Power Envelopes VRM, Power Phase, and Board…
带 M.2 Wi-Fi 插槽的 Mini-ITX 主板
Table of Contents Introduction M.2 Slot Types and Keying for Wi‑Fi Modules Wi‑Fi Standards and M.2 Module Capabilities Antenna Engineering…
带 M.2 Wi-Fi 插槽的 Mini-ITX 主板：将高速无线技术应用于小型系统
Table of Contents Introduction M.2 Slot Types and Keying for Wi‑Fi Modules Wi‑Fi Standards and M.2 Module Capabilities Antenna Engineering…
支持 AMD APU 构建的 Mini-ITX 板卡
Table of Contents Introduction to APU‑Optimized Mini‑ITX Platforms AMD APU Families and Compatibility Overview Use Cases for APU‑Based Mini‑ITX Systems…
带 USB4 端口的 Mini-ITX 主板：高性能集成指南
Table of Contents 1. Introduction to USB4 and Its Role in Mini‑ITX Design 2. Technical Overview of USB4 Architecture 3.…