TWI597958B - Remote control system - Google Patents
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Description
本發明係關於一種遠程式控制系統,尤其係關於一種微服務器的遠程式控制系統。The present invention relates to a remote control system, and more particularly to a remote control system for a microserver.
高密度微型服務器是新興的共用基礎架構服務器,專門針對獨特的資料中心作業而設計。在高密度微型服務器中,使用了多部低功耗密度服務器,在這樣的環境中,其工作效率可能比少量的高效能服務器更高。High-density microservers are emerging shared infrastructure servers designed for unique data center operations. In high-density microservers, multiple low-power density servers are used, and in such an environment, they may work more efficiently than a small number of high-performance servers.
但由於高密度服務器中服務器主板的數量眾多,除了佔用了許多空間外,更需要許多管理部件以及複雜的管理結構來進行管理。而隨著管理部件的增加,系統能耗以及總體成本也隨著上升。However, due to the large number of server boards in high-density servers, in addition to occupying a lot of space, many management components and complex management structures are needed for management. As management components increase, so does the system's energy consumption and overall cost.
鑑於上述,本發明旨在揭露一種遠程式控制系統,以解決微型伺服器需要許多管理部件及其衍生的問題。In view of the above, the present invention is directed to a remote control system that addresses the problems that many micro-servers require for many management components and their derivatives.
本發明提供了一種遠程式控制系統,適用於微伺服器。遠程式控制系統包含多個計算板、管理數據控制板。管理數據控制板包含第一網絡物理層協議轉換晶片、網絡訊號交換模組與網絡訊號處理模組。管理數據控制板電性連接計算板且通訊連接遠程管理端。第一網絡物理層協議轉換晶片電性連接遠程管理端。網絡訊號交換模組分別電性連接第一網絡物理層協議轉換晶片與計算板。網絡訊號處理模組電性連接網絡訊號交換模組。計算板用於微伺服器的資料處理。管理數據控制板轉換計算板與遠程管理端之間的網絡訊號。遠程管理端通過管理數據控制板遠程管理計算板。第一網絡物理層協議轉換晶片通過遠程管理端遠程傳輸第一網絡訊號,並將第一網絡訊號與內部訊號互相轉換。網絡訊號交換模組自第一網絡物理層協議轉換晶片接收內部訊號,以轉換第二網絡訊號與內部訊號。網絡訊號處理模組根據網絡訊號交換模組接收的內部訊號生成執行指令。網絡訊號交換模組依據執行指令對應計算板中的至少其一予以傳輸第二網絡訊號。The present invention provides a remote control system suitable for use with a microserver. The remote control system consists of multiple computing boards and management data control boards. The management data control board includes a first network physical layer protocol conversion chip, a network signal switching module, and a network signal processing module. The management data control board is electrically connected to the computing board and communicates with the remote management terminal. The first network physical layer protocol conversion chip is electrically connected to the remote management end. The network signal switching module is electrically connected to the first network physical layer protocol conversion chip and the computing board, respectively. The network signal processing module is electrically connected to the network signal exchange module. The computing board is used for data processing of the microserver. The management data control board converts the network signal between the computing board and the remote management terminal. The remote management side manages the computing board remotely through the management data dashboard. The first network physical layer protocol conversion chip remotely transmits the first network signal through the remote management end, and converts the first network signal and the internal signal to each other. The network signal switching module receives the internal signal from the first network physical layer protocol conversion chip to convert the second network signal and the internal signal. The network signal processing module generates an execution instruction according to the internal signal received by the network signal switching module. The network signal switching module transmits the second network signal according to at least one of the computing boards corresponding to the execution instruction.
綜上所述,本發明提供了一種遠程式控制系統,所述的遠程式控制系統用以管理微型服務器中的所有的服務器主板。由於所有的服務器主板共享同一個遠程式控制系統,此舉不但減少了管理部件,更對應減少管理部件所佔用的空間,並降低能耗從而減低總體成本。In summary, the present invention provides a remote control system for managing all server boards in a micro server. Since all server boards share the same remote control system, this not only reduces management components, but also reduces the space occupied by management components and reduces energy consumption to reduce overall costs.
以上關於本發明的內容及以下關於實施方式的說明係用以示範與闡明本發明的精神與原理,並提供對本發明的申請專利範圍更進一步的解釋。The above description of the present invention and the following description of the embodiments are intended to illustrate and clarify the spirit and principles of the invention, and to provide further explanation of the scope of the invention.
以下在實施方式中敘述本發明之詳細特徵,其內容足以使任何熟習相關技藝者瞭解本發明之技術內容並據以實施,且依據本說明書所揭露之內容、申請專利範圍及圖式,任何熟習相關技藝者可輕易地理解本發明相關之目的及優點。以下實施例係進一步說明本發明之諸面向,但非以任何面向限制本發明之範疇。The detailed features of the present invention are described in the following description, which is sufficient for any skilled person to understand the technical contents of the present invention and to implement it, and according to the contents disclosed in the specification, the patent application scope and the drawings, any familiarity The related objects and advantages of the present invention will be readily understood by those skilled in the art. The following examples are intended to further illustrate the invention, but are not intended to limit the scope of the invention.
請參照圖1,圖1係本發明一實施例中遠程式控制系統的功能方塊示意圖。遠程式控制系統1適用於微伺服器,且遠程式控制系統1包含計算板11a~11c、管理數據控制板13。管理數據控制板13更包含第一網絡物理層協議轉換晶片132、網絡訊號交換模組134與網絡訊號處理模組136。需注意的是,在此為求敘述簡明易懂僅舉計算板11a~11c為例進行說明,然實際上遠程式控制系統1所能包含的計算板數量並不以此為限制。Please refer to FIG. 1. FIG. 1 is a functional block diagram of a remote control system according to an embodiment of the present invention. The remote control system 1 is applied to a microserver, and the remote control system 1 includes computing boards 11a-11c and a management data control board 13. The management data control board 13 further includes a first network physical layer protocol conversion chip 132, a network signal switching module 134, and a network signal processing module 136. It should be noted that, for the sake of simplicity and ease of description, only the computing boards 11a-11c are taken as an example. However, the number of computing boards that the remote control system 1 can include is not limited thereto.
其中,管理數據控制板13電性連接計算板11a~11c且通訊連接遠程管理端7。第一網絡物理層協議轉換晶片132電性連接遠程管理端7。網絡訊號交換模組134分別電性連接第一網絡物理層協議轉換晶片132與計算板11a~11c。網絡訊號處理模組136電性連接網絡訊號交換模組134。在一實施例中,第一通訊裝置通過管理數據控制板13來遠程管理計算板11a~11c,第一通訊裝置與第二通訊裝置可以為個人計算機、平板電腦或者其他智能終端設備,此處不以此為限。The management data control board 13 is electrically connected to the computing boards 11a-11c and is connected to the remote management terminal 7. The first network physical layer protocol conversion chip 132 is electrically connected to the remote management terminal 7. The network signal switching module 134 is electrically connected to the first network physical layer protocol conversion chip 132 and the computing boards 11a-11c, respectively. The network signal processing module 136 is electrically connected to the network signal switching module 134. In an embodiment, the first communication device remotely manages the computing boards 11a-11c by managing the data control board 13. The first communication device and the second communication device may be personal computers, tablets, or other smart terminal devices. This is limited to this.
計算板11a~11c用於微型服務器的資料處理。在此實施例中,每一計算板11a~11c包含兩個系統晶片(System on Chip, SoC),每一系統晶片具有獨立的運算能力並運行有獨立的系統,以供微型服務器調度運算。前述係為舉例示範,所屬技術領域具有通常知識者經詳閱本說明書後當可自由設計計算板11a~11c的架構,在此並不加以限制。The computing boards 11a-11c are used for data processing of the mini server. In this embodiment, each of the computing boards 11a-11c includes two system on chip (SoC), each of which has independent computing power and runs a separate system for the micro server to schedule operations. The foregoing is an exemplary embodiment, and the architecture of the computing boards 11a-11c can be freely designed by those skilled in the art after reading the present specification, which is not limited herein.
管理數據控制板13用以轉換計算板11a~11c與遠程管理端7之間的網絡訊號。遠程管理端7與計算板11a~11c係藉由網絡訊號彼此溝通。更詳細地來說,遠程管理端7係產生第一網絡訊號以控制計算板11a~11c。計算板11a~11c係產生第二網絡訊號以回報資訊或者請求資源。而管理數據控制板13係居中轉換第一網絡訊號與第二網絡訊號的格式,使得管理數據控制板13與遠程管理端7不需要使用相同的資料格式也可以進行溝通。The management data control board 13 is used to convert the network signals between the computing boards 11a-11c and the remote management terminal 7. The remote management terminal 7 and the computing boards 11a-11c communicate with each other by network signals. In more detail, the remote management terminal 7 generates a first network signal to control the computing boards 11a-11c. The computing boards 11a-11c generate second network signals to report information or request resources. The management data control board 13 centrally converts the format of the first network signal and the second network signal, so that the management data control board 13 and the remote management terminal 7 can communicate without using the same data format.
在一實施例中,計算板11a~11c係透過串行千兆位元媒體獨立介面(Serial Gigabit Media Independent Interface, SGMII)來與管理數據控制板13傳輸前述的網絡訊號,遠程管理端7係透過第一連接埠來為遠程管理端7傳輸前述的網絡訊號。前述係為舉例示範,但均不以此為限。於實務上,每一計算板11a~11c也可透過不同的接口來傳輸網絡訊號,在此並不限制計算板11a~11c是否必須使用相同的方式來傳輸網絡訊號。In one embodiment, the computing boards 11a-11c transmit the aforementioned network signals to the management data control board 13 through a Serial Gigabit Media Independent Interface (SGMII), and the remote management terminal 7 transmits The first port transmits the aforementioned network signal to the remote management terminal 7. The foregoing is illustrative, but not limited thereto. In practice, each of the computing boards 11a-11c can also transmit network signals through different interfaces. Here, it is not limited whether the computing boards 11a-11c must use the same manner to transmit network signals.
第一網絡物理層協議轉換晶片132與遠程管理端7遠程傳輸第一網絡訊號,並將第一網絡訊號與內部訊號互相轉換。更詳細地來說,第一網絡物理層協議轉換晶片132係藉由第一連接埠以傳輸第一網絡訊號,第一連接埠可以採用SFP+接口。而第一網絡物理層協議轉換晶片132係藉由XFI介面傳輸前述的內部訊號。換句話說,第一網絡物理層協議轉換晶片132係用以轉換實體層訊號於SFI+介面與XFI介面之間。在此並不限制第一網絡物理層協議轉換晶片132所使用的介面與接口之類型。The first network physical layer protocol conversion chip 132 and the remote management terminal 7 remotely transmit the first network signal, and convert the first network signal and the internal signal to each other. In more detail, the first network physical layer protocol conversion chip 132 transmits the first network signal through the first port, and the first port can adopt the SFP+ interface. The first network physical layer protocol conversion chip 132 transmits the aforementioned internal signals through the XFI interface. In other words, the first network physical layer protocol conversion chip 132 is used to convert the physical layer signal between the SFI+ interface and the XFI interface. The type of interface and interface used by the first network physical layer protocol conversion chip 132 is not limited herein.
網絡訊號交換模組134與第一網絡物理層協議轉換晶片132傳輸內部訊號,且網絡訊號交換模組134更將內部訊號與第二網絡訊號互相轉換。此外,網絡訊號交換模組134更依據一執行指令的指示而與計算板11a~11c中的至少其中之一傳輸第二網絡訊號。更具體地來說,網絡訊號交換模組134將自第一網絡物理層協議轉換晶片132接收得的內部訊號轉換為第二網絡訊號,並將轉換後的第二網絡訊號轉送給遠程式控制系統1中的任一個計算板11a~11c。且網絡訊號交換模組134自任一個計算板11a~11c接收得內部訊號,並將接收得的內部訊號轉換為第一網絡訊號予第一網絡物理層協議轉換晶片132,以與遠程管理端7進行後續收發程序。The network signal switching module 134 and the first network physical layer protocol conversion chip 132 transmit internal signals, and the network signal switching module 134 further converts the internal signals and the second network signals. In addition, the network signal switching module 134 further transmits the second network signal to at least one of the computing boards 11a-11c according to an instruction of the execution instruction. More specifically, the network signal switching module 134 converts the internal signal received from the first network physical layer protocol conversion chip 132 into a second network signal, and forwards the converted second network signal to the remote control system. Any one of 1 calculates boards 11a to 11c. The network signal exchange module 134 receives the internal signal from any of the computing boards 11a-11c, and converts the received internal signal into the first network physical layer protocol conversion chip 132 for the remote management terminal 7. Subsequent transceivers.
簡要來說,當管理數據控制板13自遠程管理端7接收到第一網絡訊號時,管理數據控制板13將第一網絡訊號轉換成第二網絡訊號,並根據其內容選擇性地將第二網絡訊號傳送給計算板11a~11c的至少其中之一。而當管理數據控制板13自計算板11a~11c至少其中之一接收到第一網絡訊號時,管理數據控制板13將第二網絡訊號轉換成第一網絡訊號,並將第一網絡訊號傳送給遠程管理端7,以使遠程管理端7知悉計算板11a~11c的工作情況或計算板11a~11c所提出之要求。Briefly, when the management data control board 13 receives the first network signal from the remote management terminal 7, the management data control board 13 converts the first network signal into the second network signal, and selectively selects the second network according to the content thereof. The network signal is transmitted to at least one of the computing boards 11a-11c. When the management data control board 13 receives the first network signal from at least one of the computing boards 11a-11c, the management data control board 13 converts the second network signal into the first network signal, and transmits the first network signal to the first network signal. The remote management terminal 7 is configured to make the remote management terminal 7 aware of the operation of the computing boards 11a-11c or the requirements of the computing boards 11a-11c.
請接著參照圖2以對遠程式控制系統進行更詳細的說明,圖2係本發明另一實施例中遠程式控制系統的功能方塊示意圖。與圖1所對應實施例不同的是,在遠程式控制系統2中,計算板21a~21c更分別包含網絡控制器212a~212c,而網絡訊號處理模組236更包含基本輸入輸出單元2362、處理單元2364與記憶單元2366。處理單元2364,電性連接基本輸入輸出單元2362與網絡訊號交換模組234。記憶單元2366電性連接處理單元2364。Please refer to FIG. 2 for a more detailed description of the remote control system. FIG. 2 is a functional block diagram of a remote control system according to another embodiment of the present invention. Different from the embodiment corresponding to FIG. 1 , in the remote control system 2, the computing boards 21a-21c further include network controllers 212a-212c, and the network signal processing module 236 further includes a basic input/output unit 2362. Unit 2364 and memory unit 2366. The processing unit 2364 is electrically connected to the basic input/output unit 2362 and the network signal switching module 234. The memory unit 2366 is electrically connected to the processing unit 2364.
網絡控制器212a~212c用於傳輸至少一系統數據至計算板21a~21c以供計算板21a~21c處理。網絡控制器212a~212c具有多個接口,每一接口都分別連接至網絡訊號交換模組234。在一實施例中,在每一計算板21a~21c上會具有兩個系統晶片,而一個系統晶片會對應到網絡控制器212a~212c的兩個接口,因此每一個計算板21a~21c具有四個所述的接口。上述係為舉例示範,所屬技術領域具有通常知識者經詳閱本說明書後,當可自由設計系統晶片以及對應的數量,在此並不加以限制。The network controllers 212a-212c are configured to transmit at least one system data to the computing boards 21a-21c for processing by the computing boards 21a-21c. The network controllers 212a-212c have a plurality of interfaces, each of which is connected to the network signal switching module 234. In one embodiment, there will be two system wafers on each of the computing boards 21a-21c, and one system wafer will correspond to the two interfaces of the network controllers 212a-212c, so each of the computing boards 21a-21c has four The described interface. The above-mentioned embodiments are exemplified, and those skilled in the art will be able to freely design system wafers and corresponding quantities after reading this specification, which is not limited herein.
基本輸入輸出單元2362用以儲存遠程式控制系統2的組態設定。基本輸入輸出單元2362例如為基本輸入輸出系統(Basic Input Output System, BIOS)。處理單元2364係通過網絡訊號交換模組234與計算板21a~21c通訊以判斷計算板21a~21c的網絡狀態,且處理單元2364更根據前述的組態設定及內部訊號產生執行指令,並傳遞所述的執行指令至網絡訊號交換模組234,以指示網絡訊號交換模組234將由內部訊號轉換而成的第二網絡訊號對應傳輸至計算板21a~21c中的至少其中之一。記憶單元2366用以暫時儲存處理單元2364運作過程中所需的資料。記憶單元2366例如為DDR3,但不以此為限。The basic input and output unit 2362 is used to store the configuration settings of the remote control system 2. The basic input/output unit 2362 is, for example, a Basic Input Output System (BIOS). The processing unit 2364 communicates with the computing boards 21a-21c through the network signal exchange module 234 to determine the network status of the computing boards 21a-21c, and the processing unit 2364 generates an execution instruction according to the foregoing configuration settings and internal signals, and transmits the instructions. The execution command is sent to the network signal switching module 234 to instruct the network signal switching module 234 to transmit the second network signal converted by the internal signal to at least one of the computing boards 21a-21c. The memory unit 2366 is used to temporarily store the data required during the operation of the processing unit 2364. The memory unit 2366 is, for example, DDR3, but is not limited thereto.
請再參照圖3,圖3係本發明更一實施例中遠程式控制系統的功能方塊示意圖。與前二實施例不同的是,管理數據控制板還包括第二網絡物理層協議轉換晶片338及至少兩第一連接埠,這些第一連接埠分別電性連接第一網絡物理層協議轉換晶片332與第二網絡物理層協議轉換晶片338,第一網絡物理層協議轉換晶片332通過這些第一連接埠連接網絡線以與遠程管理端通訊。其中,第二網絡物理層協議轉換晶片338分別電性連接網絡訊號交換模組334與第一通訊裝置8,且第二網絡物理層協議轉換晶片338通過第一連接埠331a電性連接第一通訊裝置。第一網絡物理層協議轉換晶片332通過第一連接埠331b連接網絡線以與遠程管理端7通訊Please refer to FIG. 3 again. FIG. 3 is a functional block diagram of a remote control system according to a further embodiment of the present invention. Different from the first embodiment, the management data control board further includes a second network physical layer protocol conversion chip 338 and at least two first ports, which are electrically connected to the first network physical layer protocol conversion chip 332, respectively. The first network physical layer protocol conversion chip 332 is coupled to the network line through the first network physical layer protocol to communicate with the remote management terminal. The second network physical layer protocol conversion chip 338 is electrically connected to the network signal switching module 334 and the first communication device 8, respectively, and the second network physical layer protocol conversion chip 338 is electrically connected to the first communication through the first port 331a. Device. The first network physical layer protocol conversion chip 332 is connected to the network line through the first port 331b to communicate with the remote management terminal 7.
第二網絡物理層協議轉換晶片338與第一通訊裝置8傳輸第三網絡訊號,並轉換第三網絡訊號與內部設定訊號,以與網絡訊號交換模組334傳輸內部設定訊號,藉以調整網絡訊號交換模組334的基礎設定參數。換句話說,第三網絡訊號係包含網絡訊號交換模組334的基礎設定參數,藉以調整網絡訊號交換模組334,或者用來進行偵錯(deBug)。The second network physical layer protocol conversion chip 338 and the first communication device 8 transmit the third network signal, and convert the third network signal and the internal setting signal to transmit the internal setting signal with the network signal switching module 334 to adjust the network signal exchange. The basic setting parameters of the module 334. In other words, the third network signal includes the basic setting parameters of the network signal switching module 334, thereby adjusting the network signal switching module 334, or used for debugging (deBug).
網絡訊號網絡訊號處理模組336更包含至少一第二連接埠3368。第二連接埠3368電性連接處理單元3364與第二通訊裝置9。網絡訊號處理模組336藉由第二連接埠3368通訊連接第二通訊裝置9,並接收通過第二通訊裝置9所傳輸的分配設定參數以變更基本輸入輸出單元2362中的組態設定。其中,第二連接埠3368例如為通用序列串行總線(universal serial bus, USB)或COM介面,但實際上並不以此為限。The network signal network signal processing module 336 further includes at least one second port 3368. The second port 3368 is electrically connected to the processing unit 3364 and the second communication device 9. The network signal processing module 336 communicatively connects the second communication device 9 via the second port 368, and receives the distribution setting parameters transmitted by the second communication device 9 to change the configuration settings in the basic input/output unit 2362. The second port 3368 is, for example, a universal serial bus (USB) or a COM interface, but is not limited thereto.
在一實施例中,第二網絡物理層協議轉換晶片338以MDI介面電性連接第一連接埠,而第一連接埠可以採用RJ45接口,以傳輸第三網絡訊號。且第二網絡物理層協議轉換晶片338更以SerDes介面電性連接網絡訊號交換模組334,以與網絡訊號交換模組334傳輸內部設定訊號。換句話說,第二網絡物理層協議轉換晶片338係居中轉換符合MDI介面與SerDes介面格式的訊號。上述僅為舉例示範,實際上第二網絡物理層協議轉換晶片338的實施態樣以及第三網絡訊號的內容並不以此為限。In an embodiment, the second network physical layer protocol conversion chip 338 is electrically connected to the first port by using an MDI interface, and the first port is configured to use an RJ45 interface to transmit the third network signal. The second network physical layer protocol conversion chip 338 is further electrically connected to the network signal switching module 334 by the SerDes interface to transmit the internal setting signal with the network signal switching module 334. In other words, the second network physical layer protocol conversion chip 338 is internally converted to a signal conforming to the MDI interface and the SerDes interface format. The foregoing is merely exemplary. In fact, the implementation of the second network physical layer protocol conversion chip 338 and the content of the third network signal are not limited thereto.
於一實施例中,管理數據控制板3還包括第一基板與第二基板,第二基板係設置於第一基板上。更詳細地來說,第一網絡物理層協議轉換晶片332及網絡訊號交換模組334係設置於第一基板上,網絡訊號處理模組設置於一第二基板上。更詳細地來說,第二基板的一側係平行插接於該第一基板,另一側則電性連接第一網絡物理層協議轉換晶片332及網絡訊號交換模組334。在此並不限制第一基板與第二基板的相對大小以及材質。In one embodiment, the management data control board 3 further includes a first substrate and a second substrate, and the second substrate is disposed on the first substrate. In more detail, the first network physical layer protocol conversion chip 332 and the network signal switching module 334 are disposed on the first substrate, and the network signal processing module is disposed on a second substrate. In more detail, one side of the second substrate is parallelly inserted into the first substrate, and the other side is electrically connected to the first network physical layer protocol conversion chip 332 and the network signal switching module 334. The relative size and material of the first substrate and the second substrate are not limited herein.
而在另一實施例中,遠程式控制系統3還包括一中轉板。計算板31a~31c與管理數據控制板33分別插接於中轉板。換句話說,管理數據控制板33係通過中轉板電性連接計算板31a~31c,以進行前述的訊號傳輸交換。於實務上,管理數據控制板33、中轉板及計算板31a~31c位於同一殼體內,但實際上並不以此為限。In yet another embodiment, the remote control system 3 further includes a relay plate. The calculation boards 31a to 31c and the management data control board 33 are respectively inserted into the intermediate board. In other words, the management data control board 33 is electrically connected to the calculation boards 31a to 31c through the relay board to perform the aforementioned signal transmission exchange. In practice, the management data control board 33, the transfer board, and the calculation boards 31a to 31c are located in the same casing, but are not limited thereto.
綜上所述,本發明提供了一種遠程式控制系統,藉由第一網絡物理層協議轉換晶片來轉換訊號的資料格式,並藉由網絡訊號交換模組將轉換後的訊號轉送給系統內的任意一個計算板。藉此,所述的遠程式控制系統可用以管理微型服務器中的所有的服務器主板。由於所有的服務器主板共享同一個遠程式控制系統,此舉不但減少了管理部件,更對應減少管理部件所佔用的空間,並降低能耗從而減低總體成本,相當具有實用性。In summary, the present invention provides a remote control system for converting a data format of a signal by converting a chip by a first network physical layer protocol, and transferring the converted signal to the system through a network signal switching module. Any computing board. Thereby, the remote control system can be used to manage all server boards in the mini server. Since all server boards share the same remote control system, this not only reduces the management components, but also reduces the space occupied by the management components and reduces the energy consumption to reduce the overall cost, which is quite practical.
雖然本發明以前述之實施例揭露如上,然其並非用以限定本發明。在不脫離本發明之精神和範圍內,所為之更動與潤飾,均屬本發明之專利保護範圍。關於本發明所界定之保護範圍請參考所附之申請專利範圍。Although the present invention has been disclosed above in the foregoing embodiments, it is not intended to limit the invention. It is within the scope of the invention to be modified and modified without departing from the spirit and scope of the invention. Please refer to the attached patent application for the scope of protection defined by the present invention.
1、2、3 遠程式控制系統 11a、11b、11c、21a、21b、21c、31a、31b、31c計算板 13、23、33 管理數據控制板 132、232、332 第一網絡物理層協議轉換晶片 134、234、334 網絡訊號交換模組 136、236、336 網絡訊號處理模組 212a、212b、212c 網絡控制器 2362、3362 基本輸入輸出單元 2364、3364 處理單元 2366、3366 記憶單元 3368 第二連接埠 338 第二網絡物理層協議轉換晶片 7 遠程管理端 8 第一通訊裝置 9 第二通訊裝置1, 2, 3 remote control system 11a, 11b, 11c, 21a, 21b, 21c, 31a, 31b, 31c computing board 13, 23, 33 management data control board 132, 232, 332 first network physical layer protocol conversion chip 134, 234, 334 network signal exchange module 136, 236, 336 network signal processing module 212a, 212b, 212c network controller 2362, 3362 basic input and output unit 2364, 3364 processing unit 2366, 3366 memory unit 3368 second port 338 second network physical layer protocol conversion chip 7 remote management terminal 8 first communication device 9 second communication device
圖1係本發明一實施例中遠程式控制系統的功能方塊示意圖。 圖2係本發明另一實施例中遠程式控制系統的功能方塊示意圖。 圖3係本發明更一實施例中遠程式控制系統的功能方塊示意圖。1 is a functional block diagram of a remote control system in accordance with an embodiment of the present invention. 2 is a functional block diagram of a remote control system in another embodiment of the present invention. 3 is a functional block diagram of a remote control system in accordance with a further embodiment of the present invention.
1 遠程式控制系統 11a、11b、11c 計算板 13 管理數據控制板 132 第一網絡物理層協議轉換晶片 134 網絡訊號交換模組 136 網絡訊號處理模組 7 遠程管理端1 Remote control system 11a, 11b, 11c Computing board 13 Management data control board 132 First network physical layer protocol conversion chip 134 Network signal switching module 136 Network signal processing module 7 Remote management terminal
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