If you want to know more about an integrated computer, I would say that it is a complete device that works perfectly without being a separate computer. If I go normally, it is a computer that performs very specific functions. These embedded computers have changed dramatically compared to consumer PCs with advanced technology, computer system size and design. Now, embedded business computers are very different from consumer computers. Embedded computers are specialized in performing complex tasks that extend beyond a typical PC system. It is clear that contemporary embedded systems are based on regular microcontrollers, while common microprocessors are also common, especially in more versatile systems. In addition, the processors (s) used must specialize in a defined class of calculations, starting with a general-purpose. If we look at the differences between embedded computers and industrial PCs, we can see that embedded computers come in many names, but embedded computers are basically a specific computer system that is implemented as part of an advanced device, smart system, or installation. we recommend choose the embedded computer.
如果您想了解更多有關集成計算機的信息，我會說它是一個完整的設備，無需單獨的計算機即可完美運行。如果我正常去，它是一台執行非常特定功能的計算機。與具有先進技術、計算機系統尺寸和設計的消費類 PC 相比，這些嵌入式計算機發生了巨大變化。現在，嵌入式商用計算機與消費類計算機有很大不同。嵌入式計算機專門用於執行超出典型 PC 系統的複雜任務。很明顯，當代嵌入式系統是基於常規的微控制器，而普通的微處理器也很常見，尤其是在更通用的系統中。此外，所使用的處理器必須專門用於定義的計算類別，從通用開始。如果我們看一下嵌入式計算機和工業 PC 之間的區別，我們會發現嵌入式計算機有很多名稱，但嵌入式計算機基本上是作為高級設備、智能係統或安裝的一部分實現的特定計算機系統。我們建議選擇嵌入式計算機。
The difference between an embedded computer and a tower PC
There are some differences between the two computers, such as size, maintenance and cooling. If you look at the size, you will see that most embedded computers are made with small-size factor motherboards like Intel's Mini-ITX or NUC and embedded computers can be installed in places where old towers will never fit. But different from Tower PC. Again, when it comes to maintenance, embedded computers are designed to provide 24-hour, uninterrupted operation. They regularly use carefully designed, fanless, and ventilated cabinets that are efficiently designed to dissipate heat and are low maintenance whereas tower computers require high maintenance. In terms of efficient cooling, fans are needed to help air circulate over the components of the consumer computing system so that embedded computers still use the fan, the advancement of passive cooling allows many industrial PCs to be protected against components. Integrated computers are designed to successfully dissipate heat without the need for a fan.
嵌入式計算機和塔式PC的區別 兩台計算機在尺寸、維護和散熱等方面存在一些差異。如果你看一下尺寸，你會發現大多數嵌入式計算機都是用英特爾的 Mini-ITX 或 NUC 等小尺寸主板製成的，嵌入式計算機可以安裝在舊塔永遠無法安裝的地方。但與塔式 PC 不同。同樣，在維護方面，嵌入式計算機旨在提供 24 小時不間斷運行。他們經常使用精心設計的無風扇通風機櫃，這些機櫃可有效散熱並且維護成本低，而塔式計算機則需要高維護。在高效冷卻方面，需要風扇來幫助空氣在消費計算系統的組件上循環，以便嵌入式計算機仍然使用風扇，被動冷卻的進步允許許多工業 PC 免受組件的影響。集成計算機旨在無需風扇即可成功散熱。
Is an embedded computer the best?
Our answer is obvious, there is no question about the quality and performance of an embedded computer. They provide real-time operating systems that can support tracking operating systems. These are reliable because users expect them to run smoothly without any errors and if they do, they can be recovered. Embedded computers often have a simple control circuit by design that easily manages a piece of hardware or software. Embedded computers are sometimes controlled by a barrier, such as a timer at a predetermined rate or by a serial port controller that receives a byte. Integrated computers provide cooperative multitasking as a serial task. So the embedded computer is best.
嵌入式計算機是最好的嗎？我們的答案是顯而易見的，嵌入式計算機的質量和性能是毫無疑問的。它們提供可以支持跟踪操作系統的實時操作系統。這些是可靠的，因為用戶希望它們能夠順利運行而不會出現任何錯誤，如果確實如此，它們可以被恢復。嵌入式計算機的設計通常具有簡單的控制電路，可以輕鬆管理硬件或軟件。嵌入式計算機有時由屏障控制，例如以預定速率的計時器或接收字節的串行端口控制器。集成計算機提供協同多任務處理作為串行任務。所以嵌入式計算機是最好的。
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