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Vol.008 - DP / HDMI 2-in-1 Connector for More Flexible I/O Design

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  Can One Port Support Both DP and HDMI? “ Can we design more intelligently within limited space? ”   Meet the DP + HDMI 2-in-1 Connector: Greater Display-Output Flexibility for Industrial Equipment If you have seen the rear I/O of industrial PCs, embedded systems, or digital signage equipment, you have probably noticed one thing: there are never enough ports, yet there is never enough space. You need USB, LAN, COM ports, power, and display outputs. For display output, the two most common interfaces are HDMI and DisplayPort. Here is the challenge: one customer may want HDMI because the on-site displays all use HDMI. Another may want DisplayPort to connect high-resolution monitors. Yet the engineering reality is that the available I/O space is already full. DP + HDMI 2-in-1 connector appearance The Product in One Sentence This is a dual-purpose display connector that accepts either an HDMI or a DisplayPort plug. Normally, HDMI is HDMI and DisplayPort is Disp...

達鉅 創伴電子報 Vol.008 - DP與HDMI 2合1連接器,讓 I/O 設計更靈活

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  一個接口 , 竟然可以同時支援 DP 與 HDMI? 「在有限空間內, 能不能做得更聰明」 認識 DP + HDMI 2 in 1 連接器 , 讓工控設備的顯示輸出更有彈性 如果你看過工業電腦 , 嵌入式系統或數位看板設備的後 I/O , 應該會發現一件事 : 接口永遠不嫌少 , 但空間永遠不夠用 。 USB 要放 , LAN 要放 , COM Port 要放 , Power 要放 , 顯示輸出也不能少 。 而在顯示輸出中 , 最常見的兩種介面就是 HDMI 與 DisplayPort 。 問題來了 。 客戶可能想要 HDMI , 因為現場螢幕都是 HDMI 。 另一個客戶可能想要 DisplayPort , 因為設備要接高解析度顯示器 。 但工程端面對的現實卻是 : I/O 空間已經滿了 。 DP + HDMI 2 in 1 連接器產品外觀   用一句話理解這個產品 這是一個可以插 HDMI , 也可以插 DisplayPort 的二合一顯示連接器 。 一般來說, HDMI 是 HDMI , DisplayPort 是 DisplayPort 。 兩者外觀不同, 腳位不同, 訊號定義也不同。 這款 DP + HDMI 2 in 1 連接器的特別之處, 就是透過特殊結構與偵測設計, 讓同一個連接器入口可以對應兩種插頭。 它解決的不是「多放一顆連接器」的問題, 而是當設備空間有限, 卻又希望保留 HDMI / DP 兩種顯示彈性時, 提供一個更聰明的選擇。   為什麼這個產品值得注意 ? 現在很多設備都往小型化, 高整合度發展。 尤其是工業電腦, 嵌入式系統, 顯示控制設備, 數位看板與商用顯示設備, 後 I/O 區域通常非常寶貴。 產品外觀越小, 能放的接口就越少。 但客戶期待的功能, 不一定會變少。 這就是 DP + HDMI 2 in 1 連接器的價值: 不只是節省空間 , 而是在同一個硬體接口位置上 , 保留 HDMI 與 DisplayPort 的應用彈性 。 DisplayPort 2 . 0 80Gbps HDMI 2 . 1 48Gbp...

Vol.007 - Cold Plate Performance Is Not Just About Flow Paths: The Joining Process Matters

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  Precision Joining: Choosing Between Friction Stir Welding and Vacuum Brazing 1. Introduction: How Joining Processes Affect Liquid Cooling Performance and Reliability This issue takes a closer look at how the joining process determines the final quality of a product. In liquid cooling systems, the air-tightness and liquid-tightness of a cold plate are core indicators of long-term system stability, and weld quality directly affects heat transfer efficiency and product lifetime. Common joining methods for liquid cold plates include: ·        Friction Stir Welding (FSW) ·        Vacuum Brazing ·        TIG/MIG Welding ·        Diffusion Bonding ·        Laser Welding This article focuses on the two most widely used solutions in high-performance server cold plates today: Friction Stir Welding (FSW) and Vacuum Brazing. I...