1380167 TW96068GB 26221 iwf.doc/n 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種基板管理控制器的管理機制， 特別是有關於一種利用控制輸入單元來監控伺也f 理控制器的伺服器監控裝置及方法^ τ 【先前技術】 近幾年來’隨著科技的快速發展，電腦系統所 功能則愈益強大。為了能夠有效監控主機板上各個^件的 運作情形，許多主機板廠商便利用基板管理控制器 (Baseboard Management Control，BMC)來管理電二撼= 内之監控系統的各式運作。 岛吸 -般而言，基板管理控制器的監控方法大都是利 他應用程式，或是透過遠端控制的方絲触 ς 以監控目前基板管理控㈣雜態。然而，對於大^數^ 用者而言，f事先熟悉編程式或是遠端的 是相當麻煩的―件事。 叩呆作方式 【發明.内容】 有鍵於此，本發日服供—縣板管 法及其監控裝置，可在雷早驻要丁叫地幻凰控方 』在電子裝置不開機的狀態下，藉由龄 控裝置來監控基板管理控制器。 本發明提出-種飼服器監控裝置， ，單元以及伺服器監控榮幕。= i元二含基板管理模組及複數接腳。控制輸人 、 述接腳。伺服器監控螢幕耦接伺服器基板管 3 τ W96068GB 26221 twf.doc/n 理控制器，以接收並題欠 上述接雜恭並P顯 斗。其令，控制輸入單元透過 料使得基板管理模組將管理資 按鍵在==施=’上述控制輸入單元包括第- 模組的第=與板;以觸發基板管理 服m μ # 便基板s理桓組傳送管理資料至飼 —控螢幕。弟二按_以觸發 態，進而使基板管理模組切換所選取的項目的= ==管理模組的第三模態，以使：管= 選取的項目資料傳送至伺服器監控。另外， 述第-魏射L發基板管賴 伺服器監控螢幕。 τ料貝枓至 在本發明之一實施例中’上述祠服器 輸介面耦接至伺服器基板管理1380167 TW96068GB 26221 iwf.doc/n VI. Description of the Invention: [Technical Field] The present invention relates to a management mechanism of a substrate management controller, and more particularly to a control input unit for monitoring servo control Server monitoring device and method ^ τ [Prior technology] In recent years, with the rapid development of technology, the functions of computer systems have become more powerful. In order to effectively monitor the operation of the various components on the motherboard, many motherboard manufacturers facilitate the use of the Baseboard Management Control (BMC) to manage the various operations of the monitoring system within the electrical system. Island suction - In general, the monitoring methods of the substrate management controller are mostly altogether applications, or remote control of the square wire touch to monitor the current substrate management control (4). However, for a large number of users, f is familiar with programming or remote is a very troublesome thing.叩 叩 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 Next, the substrate management controller is monitored by the age control device. The invention proposes a feeding device monitoring device, a unit and a server monitoring glory. = i yuan two with substrate management module and multiple pins. Control the input and the foot. The servo monitoring screen is coupled to the server substrate tube 3 τ W96068GB 26221 twf.doc/n controller to receive and owe the above-mentioned confession and P display. Therefore, the control input unit transmits the material so that the substrate management module will control the key in the ==== The control input unit includes the first and the third of the first module; to trigger the substrate management service m μ # The group sends management data to the feed-control screen. The second press _ to trigger the state, and then the substrate management module switches the third mode of the selected module === management module, so that: the pipe = the selected project data is transmitted to the server for monitoring. In addition, the first---------------------------------------- τ料枓到 In one embodiment of the invention, the above-mentioned server interface is coupled to the server substrate management
Manag_t Bus 流排（System ,τ τ s，SMBUS)以及内積體電路匯流排 (I秦Integrated CircuitBus I2CBus)其中之—排 上述接腳例如為通用輸入輸出接腳。 U-觀點來看，本發明提出一種基板管理控制器的 •-二/ 。首先，使控制輸入單元的第一按鍵觸發基板管 ，模組’ 使基板管理模級傳送管理㈣至伺服 幕，再使官理雜顯示於飼服器監控#幕。接著 單元的第二按_發基板管賴組，以切換麵定項目i 料。最後’使控制單元的第三按鍵觸發基板管理模組，以 TW96068GB 26221 twf.doc/n ，基板g理模組將選定的項目資料傳送至祠服 器監控營 ⑽在^發明之—實施例中，於伺服11監控營幕顯示管理 f之ί ’更包含當控制輸人單元的第—按鍵再次被按下 k再人，控制輸入單元的第一按鍵觸發基板管理模組， 以使基板g理模組停止傳送資料至伺服器監控營幕。 基於上述，本發明_控制輸人單元來觸發伺服器基 次：理巧制㈣基板官理模組，使得基板管理模組將管理 貝料，送域服$監控螢幕。據此，於電子裝置關機時， 則可藉由控機人單元來控翻服器基板管理控制器，使 得使用者能_鬆地操控鋼UI基板管理控制器的相關資 讯’而不需透過任何應用程式，藉以提高使壯的便利性。 為讓本發明之上述特徵和優點能更明顯易懂，下文特 舉較佳實施例’並配合_圖式，作詳細說明如下。 【實施方式】 土傳統監控基板管理控制器時，是使用應用程式來進行 退端操控’對於不熟悉應用程式的使用者而言，在操作上 則顯知相當不便。因此，本發明提出—種伺服器監控裝置 及方法，據以提高便利性。為了使本發明之内容更為明瞭， 以下特舉實&例作為本發明確實能夠據以實施的範例。 圖1是依照本發明一實施例所繪示的伺服器監控裝置 的方，圖。請參照圖1，伺服器監控裝置100包括伺服器 基板S理控制态110、控制輸入單元12〇以及伺服器監控 螢幕130。其中’ >[司服器基板管理控制器11〇包括基板管 1380167 TW96068GB 26221 twf.d〇c/n _ -- 为外，控制輸入單 兀120耦接至接腳113、115、117,而伺服器監控螢幕13〇 則耦接至伺服器基板管理控制器110。 上述控制輸入單元120可透過接腳113、115、117來 觸發基板管理模組111，以使基板管理模組111將管理次 料傳送至伺服器監控螢幕13〇。在此，接腳ll3、Manag_t Bus flow (System, τ τ s, SMBUS) and internal integrated circuit bus (I Qin Integrated CircuitBus I2CBus) - The above pins are, for example, general-purpose input and output pins. U-point of view, the present invention proposes a substrate management controller of -2/. First, the first button of the control input unit is triggered to trigger the substrate tube, and the module 'transfers the management of the substrate management level (4) to the servo screen, and then displays the official information on the feeding device monitoring screen. Then, the second pressing unit of the unit presses the group to switch the surface to set the item i material. Finally, the third button of the control unit is triggered to trigger the substrate management module, and the selected project data is transmitted to the server monitoring camp (10) by the GW96068GB 26221 twf.doc/n, in the embodiment of the invention. In the servo 11 monitoring camp display management f ί 'more includes when the control input unit - the button is pressed again k, the first button of the control input unit triggers the substrate management module, so that the substrate g The module stops transmitting data to the server monitoring camp. Based on the above, the present invention_controls the input unit to trigger the server base: the system (4) substrate management module, so that the substrate management module will manage the bedding, and send the domain to the $monitor screen. Accordingly, when the electronic device is turned off, the controller base controller can be controlled by the controller unit, so that the user can loosely control the information related to the steel UI substrate management controller without passing through Any application that enhances the convenience. The above described features and advantages of the present invention will become more apparent from the following description. [Embodiment] In the case of the conventional monitoring of the baseboard management controller, the application is used to perform the back-up control. For users who are not familiar with the application, it is obviously inconvenient in operation. Accordingly, the present invention proposes a server monitoring apparatus and method for improving convenience. In order to clarify the content of the present invention, the following specific examples are set forth as examples in which the present invention can be implemented. 1 is a side view of a server monitoring apparatus according to an embodiment of the invention. Referring to FIG. 1, the server monitoring apparatus 100 includes a server substrate control state 110, a control input unit 12A, and a server monitoring screen 130. Wherein <[the server substrate management controller 11 includes the substrate tube 1380167 TW96068GB 26221 twf.d〇c/n _ -- externally, the control input unit 120 is coupled to the pins 113, 115, 117, and The server monitor screen 13 is coupled to the server board management controller 110. The control input unit 120 can trigger the substrate management module 111 through the pins 113, 115, and 117 to enable the substrate management module 111 to transfer the management data to the server monitor screen 13A. Here, the pin 113,
理模組111以及接卿113、115、 11/ 例如為通用輸入輸出（General Purp〇se工叩说〇卿加，gpi〇 ) 接並且’接腳113、115、117可依據控制輪入單元12〇 ，操作二而分糊發基板管理模組ln中的不同模態，使 得基板管理模組ln來進行對應的動作，例如開始^停止 傳送資料至飼服器監控螢幕13〇等動作。值躲意的是， 接腳的數目可依據基板管理模組U1的模態來決^，本實 施例僅為舉舰明，實際顧並不舰於3鱗腳。、 而伺服ϋ監控螢幕13()例如為液晶顯示器⑴㈣ Crystai Display ’ LCD)，其可透過系統f理隨排（咖她 Μ咖gement Bus，SMBus )、内積體電路匯流排 /rrintegratedCircuitBus，I2CBus)、無線傳輸模組或 紅外線傳輸模組等傳輸介面l4〇输至伺服器基板管理控 制器U0。據此，祠服器監控螢幕13〇 夠顯示基板管 理模組111所傳送之管理資料。 值得-提的是，上述控制輪入單元120更可連接至數 個伺服器基板管理控制器以進行監控動作。例如，利用各 ，飼服器基板管理㈣H内部的雜存取㈣（Media Access Con加L MAC)位址以辨識其身份之後便可藉 6 耆 1380167 TW96068GB 26221twf.d〇c/n 由控制輸入單元120來進行監控。 3外^得注意的是，於控制輪人單元12Q中更可 依據基板S理核組111所具備之模態而設置多個按鍵以觸 發基板管，模組m中的各個模態，以下再舉一例來說明。 ffi 2疋依照本發明另—實施例所繪示的伺服器監控裝 置的方塊圖。請參照圖2，伺服器監控裝置2〇〇包括词服 1基板管理控㈣21G、控制輸人單元22()以及伺服器監 φ 控螢幕230。本實施例之伺服器監控裝置200各構件的功 能與_接_與上述實施例之伺㈣監控裝置⑽各構件 相同或相似，故在此不再詳述。 與上述伺服器監控裝置100不同之處在於，本實施例 之控制輸入單元220更包括第一按鍵22卜第二按鍵223 以及第二按鍵225。其中，第一按鍵221、第二按鍵223 以^第三按鍵225分別與接腳213、215及217耦接。值得 注意的是，在本實施例中，控制輸入單元22〇包括三個按 鍵，然在其他實施例中，控制輸入單元22〇的按鍵數量可 瞻 視使用情況來決定，在此並不限制。以下即分別介紹第一 按鍵22卜第二按鍵223以及第三按鍵225的功能。 ^第一按鍵221用以觸發基板管理模組211的第一模 L·，進而使基板管理模組211傳送管理資料至伺服器監控 螢幕230。而第二按鍵223用以觸發基板管理模組211的 第二模態，進而使基板管理模組211切換所選取的項目資 料。再者，第二按鍵225用以觸發基板管理模組21ι的第 二模態，以使基板管理模組211將目前所選取的項目資料 7 TW96068GB 26221 twf.d〇c/n 傳送至伺服器監控螢幕230。此外，第一按鍵221亦用以 觸發基板管理模組211停止傳送資料至伺服器監控營幕 230。 在此’第一按鍵22卜第二按鍵223與第三按鍵奶 的功能為可料彳b，可視情縣定義按鍵所職的功能。 舉例來說，可將第-賴221定義為“MENU”以觸發 管理模組211的第一模態，將第二按鍵223定義 ‘SELECT”以觸發基板管理模組211的第二模雜將第三 按鍵225定義為“〇Κ，，以觸發基板管理模組^的第^ 態。也就是說，在使用者首次按壓第一按鍵223時，美板 管理模組2ΐι將傳送主選單至伺服器監控營幕23〇 ^顯 不；而當使用者再次按壓第-按鍵211時，基板管理模板 則會停止傳送資料至伺服器監控螢幕230，而關閉主選 單。另外，當伺服器監控螢幕230已顯示主選單時，使用 者可按下第：按鍵223,以在主選單中切換所選取的項目 貢料:之後，當使用者決定欲選取的項目資料時，便可按 下第三按鍵225以將所選取的項目資料傳送至伺服哭龄 螢幕 230。 I"" 卜從另一觀點來5兒，當第一按鍵221、第二按鍵223及 第二按鍵225被按下時，其分別會透過接腳213、2丨5及 2Π以分別觸發基板管理模組211的第—模態 與第三模態。 〜 以下再舉一例來說明伺服器監控裝置。圖3是依，昭本 發明又一實施例所繪示的伺服器監控裝置的方塊圖。^參 1380167 TW96068GB2622]tWf.d〇C/n 照圖3，在本實施例中，伺服器監控裝置3〇〇各構件的功 ； 能與圖2之伺服器監控裝置200各構件相同，在此不再贅 • 述。不同之處在於，伺服器監控裝置300的控制輸入單元 220例如為觸控式螢幕，其包括伺服器監控螢幕第一 按鍵22卜第二按鍵223與第三按鍵225。在本實施例中， 第二按鍵221、第二按鍵223與第三按鍵2乃為設置於伺 服器監控螢幕230的實體按鍵。而於其他實施例中，第一 按鍵221第一按鍵223與苐二按鍵225亦可為飼服5|於 控螢幕230中的三個虛擬按鍵。 … 接著，為了更清楚地表達上述概念，以下即搭配上述 系統來描述伺服器監控方法各步驟。圖4是依照本發明一 貫施例所繪示的伺服器監控方法流程圖。請同時參照圖2 及圖4，首先，如步驟S4〇5所示，使控制輸入單元22〇的 第一按鍵221觸發基板管理模組m，以使基板管理模組 1_11傳送管理資料至伺服器監控螢幕23〇，再使管理資料顯 示於飼服器監控螢幕230。 鲁其中，基板管理模組111所傳送的管理資料例如為主 選單資料’其包括感測器選項、感測資訊記錄（Sensor Data ReC〇rd，SDR)選項、現場可替換單元（Field ReplaceableThe control module 111 and the connection 113, 115, 11/ are, for example, general-purpose input and output (General Purp〇se 叩 加 加 加, gpi 〇) and the 'pins 113, 115, 117 can be controlled according to the control wheel 12 〇, operation two to separate the different modes in the substrate management module ln, so that the substrate management module ln to perform corresponding actions, such as starting to stop transmitting data to the feeding device monitoring screen 13 〇 and the like. The value hides that the number of pins can be determined according to the mode of the substrate management module U1. This embodiment is only for lifting the ship, and the actual consideration is not for the 3 scale feet. The servo ϋ monitor screen 13 () is, for example, a liquid crystal display (1) (4) Crystai Display 'LCD), which can be traversed by the system (Gamage Bus, SMBus), internal integrated circuit bus / rrintegratedCircuitBus, I2CBus), The transmission interface l4 of the wireless transmission module or the infrared transmission module is input to the server substrate management controller U0. Accordingly, the server monitor screen 13 displays the management data transmitted by the substrate management module 111. It is worth mentioning that the above control wheeling unit 120 can be connected to a plurality of server baseboard management controllers for monitoring actions. For example, by using the feeder substrate management (4) H internal miscellaneous access (4) (Media Access Con plus L MAC) address to identify its identity, you can borrow 6 耆 1380167 TW96068GB 26221twf.d〇c / n from the control input unit 120 to monitor. It should be noted that in the control wheel unit 12Q, a plurality of buttons can be set according to the mode of the substrate S core group 111 to trigger the substrate tube, each mode in the module m, and then Give an example to illustrate. Ffi 2 is a block diagram of a server monitoring device in accordance with another embodiment of the present invention. Referring to FIG. 2, the server monitoring device 2 includes a vocabulary 1 substrate management control (4) 21G, a control input unit 22 (), and a server monitor 252 control screen. The functions of the components of the server monitoring device 200 of the present embodiment are the same as or similar to those of the servo device (10) of the above embodiment, and therefore will not be described in detail herein. The difference from the above-mentioned server monitoring device 100 is that the control input unit 220 of the embodiment further includes a first button 22, a second button 223, and a second button 225. The first button 221 and the second button 223 are coupled to the pins 213, 215 and 217 by the third button 225, respectively. It is to be noted that in the present embodiment, the control input unit 22 includes three buttons. However, in other embodiments, the number of buttons for controlling the input unit 22 can be determined by using the situation, and is not limited herein. The functions of the first button 22, the second button 223, and the third button 225 are respectively described below. The first button 221 is used to trigger the first module L of the substrate management module 211, and then the substrate management module 211 transmits the management data to the server monitoring screen 230. The second button 223 is used to trigger the second mode of the substrate management module 211, so that the substrate management module 211 switches the selected item data. Furthermore, the second button 225 is used to trigger the second mode of the substrate management module 21, so that the substrate management module 211 transmits the currently selected project data 7 TW96068GB 26221 twf.d〇c/n to the server for monitoring. Screen 230. In addition, the first button 221 is also used to trigger the substrate management module 211 to stop transmitting data to the server monitoring camp 230. Here, the function of the first button 22, the second button 223 and the third button milk is 可b, and the function of the button is defined by the county. For example, the first and second 221 can be defined as "MENU" to trigger the first mode of the management module 211, and the second button 223 is defined as 'SELECT" to trigger the second mode of the substrate management module 211. The three button 225 is defined as "〇Κ, to trigger the second state of the substrate management module ^. That is, when the user presses the first button 223 for the first time, the US board management module 2ΐ transmits the main menu to the server monitoring camp 23; while the user presses the first button 211 again, the substrate The management template will stop transferring data to the server monitor screen 230 and close the main menu. In addition, when the server monitor screen 230 has displayed the main menu, the user can press the button: 223 to switch the selected item tribute in the main menu: after the user decides the item to be selected, The third button 225 can be pressed to transfer the selected item data to the servo crying screen 230. I"" From another point of view, when the first button 221, the second button 223, and the second button 225 are pressed, they respectively pass through the pins 213, 2丨5, and 2Π to respectively trigger the substrate. The first mode and the third mode of the management module 211. ~ The following is an example to illustrate the server monitoring device. Fig. 3 is a block diagram showing a server monitoring apparatus according to still another embodiment of the invention.参1380167 TW96068GB2622]tWf.d〇C/n According to FIG. 3, in the present embodiment, the servo monitoring device 3 〇〇 the work of each component; can be the same as the components of the server monitoring device 200 of FIG. 2, here No longer. The difference is that the control input unit 220 of the server monitoring device 300 is, for example, a touch screen, which includes a server monitor screen first button 22, a second button 223 and a third button 225. In this embodiment, the second button 221, the second button 223, and the third button 2 are physical buttons disposed on the servo monitor screen 230. In other embodiments, the first button 221 and the second button 225 of the first button 221 can also be three virtual buttons in the control panel 230. ... Next, in order to express the above concept more clearly, the following steps are described in conjunction with the above system to describe the steps of the server monitoring method. 4 is a flow chart of a method for monitoring a server according to an embodiment of the present invention. Referring to FIG. 2 and FIG. 4 simultaneously, first, as shown in step S4〇5, the first button 221 of the control input unit 22 is triggered to trigger the substrate management module m, so that the substrate management module 1_11 transmits the management data to the server. The monitor screen 23 is displayed, and the management data is displayed on the feeding device monitor screen 230. The management data transmitted by the substrate management module 111 is, for example, a main menu material, which includes a sensor option, a Sensor Data Res (SDR) option, and a field replaceable unit (Field Replaceable).
Unit ’ FRU)選項、區域網路（L〇cal Area Network，LAN) 選項、基本輸入輪出系統（Basic Input Output System， • BIOS)資訊選項、致能/禁能基板管理控制器選項等多個 項目資料。 舉例來說’當第一按鍵223被按下時，會透過接腳213 9 1380167 TW96068GB 26221twf.d〇c/n ;·觸發基板管理模組⑴之第一模態。其中，第一模態例如 為顯不主選單。接著，基板管理模組211便會開始傳送主 . 選f的管理資料至词服器監控螢幕230。換言之，基板管 ，模組211將自儲存單元（例如，EEPROM)中取出主選 單的管理資料，並傳送到伺服器監控螢幕23〇中來顯示。 接著，在步驟S410中，使控制輸入單元22〇的第二 按鍵223觸發基板管理模組m，以切換並選定項目資料 1 • 舉例來說，在顯示主選單之後，可按下第二按鍵223以經 由接腳215，而觸發基板管理模組211的第二模態。上述 第二模態例如為切換並選定項目資料。之後，基板管理模 組211便可切換所選取的項目資料。 、 進一步地說，上述主選單包括多個項目資料，而在伺 服态監控螢幕230顯示主選單之後，伺服器監控螢幕23〇 例如會以反白方式而預先選取其中一個項目資料。之後， 再藉由按下第二按鍵223來切換所反白的項目資料，以切 換至欲選取的項目資料。在此，每當按下第二按鍵223時， 泰 基板管理模組211便會進行一次項目資料的切換。而伺服 器監控螢幕230中亦會隨著基板管理模組211的切換而相 對地切換所反白的項目資料。也就是說，基板管理模組2u 透過傳輸介面240來更新伺服器監控螢幕23〇中所反白的 項目資料，使得伺服器監控螢幕230中所反白的項目資料 與基板管理模組211切換的項目資料相對應。 之後，在步驟S415中，由控制輸入單元22〇的第三 按鍵225觸發基板管理模組211，以使基板管理模組211 1380167 TW96068GB 26221twf.doc/n 將選定的項目資料傳送至伺服器監 二第=時，將觸發基板管：二=者 上述第二㈣例如為傳送選定的項目資料。 、二 使用者決定所選擇的項目資料之後，可按二二虽 225’使得基板管理模組211將被選定 一鍵 容傳送至伺服器監控螢幕23〇而顯示之。、貝科的詳細内Unit ' FRU) option, local area network (L〇cal Area Network, LAN) option, Basic Input Output System (BIOS) information option, enable/disable baseboard management controller option, etc. Project Information. For example, when the first button 223 is pressed, the first mode of the substrate management module (1) is triggered through the pin 213 9 1380167 TW96068GB 26221twf.d〇c/n. The first mode is, for example, a main menu. Then, the substrate management module 211 starts to transfer the management information of the main selection to the word processor monitoring screen 230. In other words, the substrate tube and module 211 will take the management data of the main menu from the storage unit (for example, EEPROM) and transfer it to the server monitor screen 23 for display. Next, in step S410, the second button 223 of the control input unit 22 is caused to trigger the substrate management module m to switch and select the item data 1 • For example, after the main menu is displayed, the second button 223 can be pressed. The second mode of the substrate management module 211 is triggered via the pin 215. The second mode described above is, for example, switching and selecting project materials. Thereafter, the substrate management module 211 can switch the selected project data. Further, the above main menu includes a plurality of project materials, and after the servo state display screen 230 displays the main menu, the server monitor screen 23, for example, pre-selects one of the project materials in a reverse manner. Thereafter, the highlighted item data is switched by pressing the second button 223 to switch to the item data to be selected. Here, each time the second button 223 is pressed, the Thai baseboard management module 211 performs switching of the project data once. The server monitoring screen 230 also switches the highlighted project data in relation to the switching of the substrate management module 211. That is, the substrate management module 2u updates the highlighted project data in the server monitoring screen 23 through the transmission interface 240, so that the highlighted project data in the server monitoring screen 230 is switched with the substrate management module 211. The project materials correspond. Then, in step S415, the substrate management module 211 is triggered by the third button 225 of the control input unit 22, so that the substrate management module 211 1380167 TW96068GB 26221twf.doc/n transmits the selected project data to the server monitor 2 When the first =, the substrate tube will be triggered: two = the above second (four), for example, to transfer the selected item data. After the user determines the selected project data, the substrate management module 211 can display the selected key to the server monitor screen 23 by pressing 225'. , within the details of Becco
另^本實施例之伺服器監控方法更包括下 ，飼服器監控螢幕23〇顯示管理資料之後，偶若控二輪入 :兀220的第一按鍵221再次被按下時，則再次；: 管理模組211，以使基板管理模組211停 ^ = 23(3 °也就是說’當基好理模^ 被第-按鍵221透過接腳213觸發時，便會停止 3至rf監控螢幕挪據以關_服器監控螢幕现 尸/T顯不的畫面〇In addition, the server monitoring method of the embodiment further includes: after the display device monitors the screen 23 to display the management data, even if the second round is controlled: when the first button 221 of the button 220 is pressed again, then again; The module 211 is configured to stop the substrate management module 211 from being controlled by 23 = 3 (that is, when the base control module 221 is triggered by the pin 213, the 3 to rf monitoring screen is stopped. Monitor the screen corpse/T display with the _ server
。综上所述，在上述實施例中，在將控制輸入單元盥 服益基板㈣控制||連接後，使用者便可透過控制輸^單 ^來下達命令至伺服器基板管理控制器，使得伺服器美 s理控制器藉由伺服器監控螢幕來顯示管理資料。如此一 ^ ’利用_輸人單元便可在不執行任何的應用程式下來 監控伺服态基板管理控制器，據以縮短監控作業的前置 備時間，並且在使用上亦相當方便。 —雖然本發明已以較佳實施例揭露如上，然其並非用以 限定本發明’任何所屬技術領域中具有通常知識者，在不 脫離本發明之精神和範圍内，當可作些許之更動與潤飾， 11 1380167 TW96068GB 26221 twf.doc/n 因此本發明之保護範圍當視後附之申請專利範圍所界定者 ' 為準。 【圖式簡單說明】 圖1是依照本發明一實施例所繪示的伺服器監控裴置 的方塊圖。 圖2是依照本發明另一實施例所繪示的伺服器監控裝 置的方塊圖。 ~ 圖3疋依照本發明又一實施例所繪示的飼服器監控穿 ® 置的方塊圖。 ~ 圖4是依照本發明一實施例所繪示的伺服器監控方法 流程圖。 / 【主要元件符號說明】 100、200、300 :伺服器監控裝置 110、 210 :伺服器基板管理控制器 111、 211 .基板管理模組 113、115、117、213、215、217 :接腳 • 120、220 :控制輸入單元 130、213 :伺服器監控螢幕 140、240 :傳輸介面 221 :第一按鍵 223 :第二按鍵 • 225 :第三按鍵 S405〜S420 .本發明—實施例之 12. In summary, in the above embodiment, after the control input unit 盥 benefits substrate (4) control | | connection, the user can send a command to the server substrate management controller through the control input ^ ^, so that the servo The controller controls the screen to display management data. In this way, the servo-based baseboard management controller can be monitored without any application by using the _input unit, so that the pre-installation time of the monitoring operation can be shortened and it is also convenient to use. </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; Retouching, 11 1380167 TW96068GB 26221 twf.doc/n The scope of the invention is therefore defined by the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of a server monitoring device according to an embodiment of the invention. 2 is a block diagram of a server monitoring device in accordance with another embodiment of the present invention. FIG. 3 is a block diagram of a feeding device monitoring device according to still another embodiment of the present invention. 4 is a flow chart of a server monitoring method according to an embodiment of the invention. / [Main component symbol description] 100, 200, 300: Server monitoring device 110, 210: Server base management controller 111, 211. Baseboard management module 113, 115, 117, 213, 215, 217: Pins • 120, 220: control input unit 130, 213: server monitoring screen 140, 240: transmission interface 221: first button 223: second button • 225: third button S405 ~ S420. The present invention - 12 of the embodiment