TWI225589B - Power source managing method of chassis - Google Patents
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1225589 五、發明說明(1) 發明所屬之技術領域:. 本發明係關於電源管理方法’尤指一 組可評估其總供電量,是否足豹έ # 、相内之控制模 耗之開機耗電量,令該护:制禮知叮> ^ 進仃開機所消 行後續開機動作之依據,以$ & _ _ 乍為其進 避免孩祙相發生糸統不穩定 先前技術: 刀鋒伺服器係一種超薄型伺服器, 器(_與系統控制器,可非常有效地整合到大中央處理 :環境中。小型機箱式機箱[即可以直 貝容料中 幾片或更多片之刀鋒伺服器,該機箱設:j:: 相關資訊之智慧系、统,該智慧系統能夠將網路::二;庫 η、特ί工作或刀鋒伺服器上執行的應用程式: 離,使得該機箱内之刀鋒伺服器,都能有極大二 每片刀鋒伺服器都可藉由通用轉接板互相連沾,二 通用元件(如:整合式交換器),且刀鋒伺服^機伙ς = :控制模組,瞻掌控所有可用的系統資;,:;;:: 才曰派給特定之刀鋒伺服态。雖然利用數台傳統伺服器, 可達到這個目❸,但是,採用刀鋒伺服器可擁有整二 路架構、支援熱插拔的元件、以及管理架構所w 1 ·:,這些條件構成了彈性化的運算平台,$易:充且:有 南可用性,並可降低添購飼服機之成本。 今天,許多企業與網路服務供應商,大都利用十幾部1225589 V. Description of the invention (1) The technical field to which the invention belongs: The present invention relates to a power management method, especially a group that can evaluate its total power supply, whether it is sufficient to control the power consumption of the power supply during start-up #, phase control Measure to make the protection: make a rule of knowledge > ^ The basis of the subsequent boot action to eliminate the start-up action, with $ & _ _ as the first step to avoid the instability of children and children. Prior technology: Blade server It is a kind of ultra-thin server, controller (_ and system controller, which can be very effectively integrated into the large central processing: environment. Small chassis-type chassis [that can directly hold a few or more pieces of blade servo The intelligent system and system of the case: j :: related information, the intelligent system can connect the network :: two; library η, special work or applications running on the blade server: off, so that the inside of the case The blade server can have a great deal. Each blade server can be connected to each other by a universal adapter board. There are two general-purpose components (such as an integrated switch), and the blade servo ^ machine partner = = control mode Team to take control of all available system resources :: ;; :: I was assigned to a specific blade servo state. Although this can be achieved using several traditional servers, blade servers can have a full two-way architecture, support hot-swappable components, As well as the management framework w 1 ·: These conditions constitute a flexible computing platform. Easy: Replenishing: There is availability and can reduce the cost of purchasing feeding machines. Today, many enterprises and network service providers , Mostly using a dozen
$ 5頁 五、發明說明(2) 或數百部成本較低的刀鋒飼 鋒飼服器可能只佔用資料中心:個路流量需求,刀 1. 75英吋高)之空間,—械相早位(業界標準為 器可像書架上的書本般堆疊又在該伺月艮器-。刀鋒伺服 置更多中央處理單元,_以衾目中’在單一機箱中配 f因刀鋒伺服器之中央“:::的運算環境,此 ,力系統,所以在此種小型運算構:可共用散熱與 效率,且每個機箱都有一組 =構中,也能達到高 管理之困擾,此外,每— 、” /、電源線,可減少纜線 可自行更㉟,整個平台的唯π:器與所有機箱元件都 σ曰0維修,也就更衮 6 土又’该刀鋒伺服器最引人注目之; 罪性與擴充性,其主因,係每乃在於其南度可 為該機箱支援刀鋒;乂ΐ備援功能,此外,因 另-片之=!:鋒祠服器無法運作,可立即* 刀鋒伺服器可形成群組, f β亥械相中之 刀鋒饲服器即;?: =體處理能力,只要再插入更多 並將^些資源配置於最高需求。 的風險卻是最:的刀::服器可帶來極大的利益,而潛在 性: —、換S之,刀鋒伺服器有以下幾點特 i ·擴充性與可靠性,因為該機箱支援刀鋒祠服器與元 第6頁 1225589 五、發明說明(3) 件之熱插拔; 2 ·低耗電與共用的散熱裝置; 3 ·超精簡外型; 4 ·將系統資源與專用應用程式與工作分離; 5 ·降低成本。 惟’隨著刀鋒祠服器功能的增強,刀鋒词服哭 式架構,不僅能機動地提供各應用程式所須之強大 力’若能提供更先進的簡易管理功能,以因應無法 工作負荷,應付尖峰工作負荷、提高系統管理者的 率、減少人為錯誤的可能性、有效運用設備、以及 電量’甚至在不同型式之刀鋒伺服器之組合下,可 源供應器是否足以負荷整個系統,而對各個刀鋒伺 進行開關控制,使得電源供應達到最大效益,並可 源供應器之使用壽命,相信是在此一技術領域 一項突破。 發明内容: 有鑑於傳統機箱其功能之缺點,發明人經過 研究與貫驗,終於開發設計出本發明之一種機箱 理方法, 本發明之一目的,係在一機箱内設有至少一個 源組,,機箱所設之一控制模組内,設有一開機管 及電里5平估程序,俾該機箱被啟動時,該控制模 用該開機官理軟體’指定各刀鋒伺服器之開機模式 的分散 運算能 預測的 工作效 降低用 判斷電 服器, 延長電 極大的 久努力 電源管 主要電 理軟體 組可利 ’並可 1225589 五、發明說明(4) 偵測出該主要電源組所提供之绳根 依該開機管理軟體指定開機掇:,、電量,及各刀鋒伺服器 利用該電量評估程序評估魄徂消耗之開機耗電量,再 耗電量,以將該電量坪估^ ^ “夏,是否足夠負荷該開機 組進行後續開機動作^依據評估結果,作為該控制模 本發明之另一目的,告兮如 序評估出該總供電量小於ϋ ^模組利用該電量評估程 再判斷該機箱内是否有備 、、^毛電$時,該控制模組可 源組,則再利用該電量評^浐庠、組,若該機箱内有備援電 援電源組所提供之複合供電^序j評估該主要電源組與備 量,以將該電量評估程序:二估^否足夠負荷該開機耗電 行後續開機動作之依據。° 結果,作為該控制模組進 本發明之又另一目的,告 控制模組仍偵測到有刀鋒伺& = ^相完成開機程序後,該 在該機箱内之刀鋒伺服器、啟^,入該機箱内、抽取安裝 服器等隨機狀況,而產^總耗電f關閉該機箱内之刀鋒伺 估程序,比較該總供電量是否足T 則可再利用該電量評 該電量評估程序之評估結果,、句負荷该總耗電量,再將 處理之依據。 " 為該控制模繼續進行後續 為便貴審查委員能對本發 置特徵及其功效,做更進一步目的、形狀、構造裝 配合圖式,詳細說明如下·· / 5忍識與瞭解,茲舉實施例 實施方式: 第8頁 1225589$ 5Page Five. Description of the invention (2) or hundreds of lower cost blade feeders may only occupy the space of the data center: the flow demand of each road, 1.75 inches high knife), mechanical phase early (The industry standard is that the devices can be stacked like books on a bookshelf and then be placed on the server.-Blades are equipped with more central processing units. The central ":::" computing environment, this is a force system, so in this small computing architecture: heat dissipation and efficiency can be shared, and each chassis has a set of = architectures, which can also achieve high management problems. In addition, each —, ”/, Power cables, can reduce the cables and can be upgraded by themselves. The only platform of the entire platform: all the components of the chassis and σ are repaired at 0, which is even more difficult. 6 This is the most attractive blade server The main reason of sinfulness and expansion is that its south can support the blade for the chassis; 乂 ΐ backup function, in addition, because the other-film = !: Fengci server can not operate, it can be immediately * The blade server can form a group. : = Body processing capacity, as long as you insert more and allocate some resources to the highest demand. The risk is the most: knife :: server can bring great benefits, and the potential:-, S, The blade server has the following features: • Expansibility and reliability, because the chassis supports the blade server and the server on page 6 1225589 V. Description of the invention (3) Hot plugging of parts; 2 · Low power consumption and sharing Cooling device; 3 · Ultra-simplified appearance; 4 · Separate system resources from dedicated applications and work; 5 · Reduce costs. However, with the enhancement of the blade server's server function, the blade can not only cry out, it can not only Provide the powerful power required by various applications flexibly. 'If it can provide more advanced and simple management functions to cope with unworkable workloads, cope with peak workloads, increase the rate of system administrators, reduce the possibility of human error, and effectively use equipment , And the power 'even under the combination of different types of blade servers, can the source supplier be sufficient to load the entire system, and each blade server is controlled by switching to make the power supply reach The biggest benefit and the life span of the source supplier are believed to be a breakthrough in this technical field. Summary of content: In view of the shortcomings of the traditional case and its functions, the inventor finally developed the design of the present invention after research and implementation. A case management method. One object of the present invention is to provide at least one source group in a case. A control module provided in the case is provided with a startup tube and a power leveling program. The case is When starting up, the control module uses the startup management software to specify the distributed operation of the blade server's startup mode. Predicted work efficiency can be reduced. Judging the server. Extending the electrode length. Benefits and can be 1225589 V. Description of the invention (4) It is detected that the rope provided by the main power pack is turned on in accordance with the boot management software, and the power, and each blade server uses the power evaluation program to evaluate the power The consumed power consumption of the boot, and then the power consumption, to estimate the power level ^ ^ "Summer, is the load sufficient for the boot group to perform subsequent boot actions ^ Based on the evaluation As a result, as another object of the present invention, the control module sequentially evaluates that the total power supply is less than ϋ ^ When the module uses the power evaluation process to determine whether there is a spare battery in the case The control module can source the group, and then use the power evaluation unit and the unit. If there is a compound power supply provided by the redundant power supply unit in the chassis, evaluate the main power unit and the reserve to Electricity evaluation procedure: Secondly, estimate whether the load is sufficient for the subsequent power-on actions of the startup power bank. ° As a result, as another purpose of the control module in the present invention, the control module still detects that there is a blade service & = ^ After completing the boot process, the blade server in the case, , Enter the case, extract the installation server and other random conditions, and the total power consumption f close the blade evaluation procedure in the case, and compare the total power supply to T, then you can use the power to evaluate the power evaluation program Based on the evaluation results, the total power consumption of the sentence will be based on the processing. " To continue the follow-up of the control mode, the review committee can set the features and effects of the hair, further the purpose, shape, structure and assembly of the pattern, as explained in detail below. Example Implementation: Page 8 1225589
五、發明說明(5) -— 本發明係一種機箱之電源管理方法,請參閱第丨及2圖 =不,該方法係—機箱1内設有至少一個主要電源組12及 一控制模組1 0,其中該控制模組丨〇設有—開機管理軟體 1 00及—電量評估程序1 02,俾該機箱1被啟動時,嗜控制 模組10可利用該開機管理軟體100,指定該機箱丄内/所二安裝 各料伺服器11之開機模式’並可偵測出各刀鋒伺服器^ f該開機管理軟體丨00指定開機模式所消耗之開機耗電 量,及該主要電源組丨2所提供之總供電量,嗣, ,可:]用該電量評估程序1〇2 ’評估該主要電源組%之、 ί ϊ Ϊ :旦是否足夠負荷該開機耗電量,該控制模組10再 根f该電1評估程序102之評估結果,判斷是否繼續進行 =作’或停止進行後讀開機動作,並發出該總供 電1不足應付開機耗電量之警示訊息,通去口該機扪之管 理者,如此,該機箱丨將不會發生因總供 成系統不穩定之情形。 疋而k 在本發明中,該機箱!内尚設有至少一個備援電源组 13,,該控制模組1〇利用該電量評估程序ι〇2評估出該總 供電量小於該開機耗電量時,嗲_ 〜 才这控制核組1 〇可再判斷該機 相1内疋否有備挺電曰源組13,若該機箱1内有備援電源組 與備援電源組1 3所提供之複人_ Φ旦/ 要電源、、且1 2 機耗電量,若足夠負荷該】;j:,是否足夠負荷該開 息,否則,停止進行後=付;機耗電量之警示訊 月閉機動作,並發出該複合供電量V. Description of the invention (5)-The present invention is a power management method for a chassis, please refer to Figures 丨 and 2 = No, the method is-the chassis 1 is provided with at least one main power group 12 and a control module 1 0, where the control module 丨 〇 is provided with-boot management software 1 00 and-power evaluation program 1 02, when the chassis 1 is started, the control module 10 can use the boot management software 100 to specify the chassis 丄The boot mode of each server 11 is installed inside / in the second place, and each blade server can be detected ^ f The boot management software 丨 00 The boot power consumption consumed by the specified boot mode, and the main power pack 丨 2 The total amount of power provided, 嗣, 可, can be used:] Use the power evaluation program 102 'to evaluate the percentage of the main power group, ί Ϊ Ϊ: Once the load is sufficient to power the startup power, the control module 10 then fThe evaluation result of the electricity 1 evaluation program 102, to determine whether to continue = to do or read the boot action after stopping, and issue a warning message that the total power supply 1 is insufficient to cope with the power consumption of the startup, and go to the management of the machine. Or, so, the case will not be issued The total supply situation due to the instability of the system.疋 k In the present invention, the case! There is still at least one redundant power supply group 13, and the control module 10 uses the power evaluation program ι〇2 to evaluate that the total power supply is less than the power consumption when the power is turned on. 〇 You can then determine whether there is a backup power source group 13 in the machine phase 1. If there is a backup power supply provided by the backup power supply group and the backup power supply group 1 3 in the chassis 1 And 1 2 machine power consumption, if the load is sufficient]; j :, whether the load is enough to open the interest rate, otherwise, stop after the operation = pay; the warning message of the machine power consumption shuts down and issues the composite power supply
1225589 五、發明說明(6) '〜 不足應付開機耗電量之警示訊息,通知該機箱1之管理 者,如此,該機箱1不會發生系統不穩定之情形,且該管 理者可了解該機箱1的供電狀態。 在本發明之一較佳實施例中,俾該機箱1開機後,若 該開機耗電量超過該總供電量,則在不啟動備援電源組i 3 I,利用該電量評估程序102,估算出可一最佳啟動狀 悲,該最佳啟動狀態係可指定被啟動之刀鋒伺服器丨丨種類 及最佳開機數目,然後再依該最佳啟動狀態,開啟指定的 刀鋒伺服器11,並通知該管理者,該主要電源組12所提供 之電源不足之警示訊息,w免該機igl按該開機管 t00所指定各刀鋒伺服器11之開機模式,啟動各刀鋒飼服 為11,而導致供電量不足,造·成系統不穩。 …在明之另一較佳實施例中,若該開機耗電量超過 β t 电/愿組1 3 ’再利用該電量評估 程序102,评估出以複合供電量 類及最佳開機數目之最佳啟動里狀τ能啟動上, 狀態,開啟指定的刀鋒伺服^ 依該最佳啟動 不足之警示訊息,此時機箱i已|、n s理者電源供應 由於’該機箱!可隨時插上::2源可供使用。 服器11、啟動該機箱1内待機模式^同型,之刀鋒伺 增加該機箱1之整體運算能力,^ 、丰伺服器11,用來 之刀鋒伺服器11,進行維修,都"合 '已安裝在該機箱1内 境組態之隨機狀況,因此,為能二y變該機箱1之整體環 機狀況,該控制模組1 〇通常係,—f地、立即地反應該隨 係在元成開機程序後,將常駐1225589 V. Description of the invention (6) '~ Insufficient warning message to cope with the power consumption of booting, notify the manager of the case 1, so that the case 1 will not have system instability, and the manager can understand the case 1 power supply status. In a preferred embodiment of the present invention, after the chassis 1 is turned on, if the power consumption of the boot exceeds the total power supply amount, the standby power supply group i 3 I is not started, and the power evaluation program 102 is used to estimate The best startup state can be specified. The optimal startup state can specify the type of blade server to be started and the optimal number of startups. Then, based on the optimal startup state, open the designated blade server 11 and Notify the manager that the main power supply group 12 provides a warning message of insufficient power supply, to avoid the machine's igl following the boot mode of each blade server 11 specified by the boot tube t00, and starting each blade feed to 11, resulting in Insufficient power supply makes the system unstable. … In another preferred embodiment of the invention, if the power consumption of the power-on exceeds β t power / wish group 1 3 ′, the power-evaluation program 102 is used to evaluate the best combination power supply type and the best power-on number. In the startup mode, τ can be started, and the designated blade servo is turned on. ^ According to the warning message of insufficient optimal startup, at this time, the chassis i has been replaced. The source is available for use. Server 11. Start the standby mode in the chassis 1. The same type, the blade will increase the overall computing capacity of the chassis 1. ^, Feng server 11, is used for blade server 11, for maintenance, all are combined. The random status of the internal configuration of the chassis 1 is installed. Therefore, in order to change the overall environmental status of the chassis 1, the control module 10 is usually a -f immediately and immediately reflects the following system. After completing the boot process, it will be resident
第10頁 五、發明說明(7) 在》亥機相1内’藉以隨時該機箱!是否發生 但’由於當該隨機狀況發生時 ,户狀況。 量也隨之改變成總耗電 二栈相1之開機耗電 不會發生突然因總供電!:不;,==在動作中, 器11正在w之資料被毀損等疑慮之虞亥在vr' 另一較佳貫施例中’該控制模組丨0在該機 ,之。 :,1乃"j用5亥電置坪估程序102 曰 俾該總耗電量超過該總供^ ;Γ =Γ 新加入之硬體,進行後續動作,並 產生-電源供應不足之警示訊息輸出 ,丄如此,當該管理者觀察到該警示訊“,可; 適^反應’令該機箱!可繼續作動,例如:該機箱= 主要電源組1 2或備援電源組丨3之數目,使得該總供二 大,或藉由關閉該機箱1内相同或不同型號之刀鋒伺服里器曰 11 ’避免該總耗電量超過該總供電量。 為能更瞭解本發明,茲舉一實施例說明,請參閱第1 及2圖所示,該機箱1開啟電源後,該控制模組丨〇係依下列 步驟,判斷該機箱1之開機耗電量或總耗電量是否超過亨 總供電量: ~ (2 0 1)首先,啟動該控制模組1 〇 ; (2 0 2)嗣,該控制模組1 0利用該開機管理軟體1 0 〇及電 量評估程序1 0 2,偵測該機箱1内,所安裝之刀鋒伺服哭$ 11,用以估算各刀鋒伺服器11依該開機管理軟體1 〇 〇指定Page 10 V. Description of the invention (7) In "Haiji Phase 1", so that the case is available at any time! Is it happening? But because of the situation of the household when this random situation occurs. The amount will also change to the total power consumption. The power consumption of the second stack phase 1 will not suddenly occur due to the total power supply !: No ;, == In the operation, the device 11 is worries about the data being damaged, etc. 'In another preferred embodiment,' the control module is in the machine, and it is. :, 1 is " j uses the 5 Haidian electric floor estimation program 102, said that the total power consumption exceeds the total supply ^; Γ = Γ newly added hardware to perform subsequent actions, and generate a warning of-insufficient power supply The message is output, so when the manager observes the warning message, "Yes; suitable response" to make the chassis! You can continue to operate, for example: the chassis = the number of the main power group 12 or the backup power group 丨 3 , So that the total supply of the two, or by closing the same or different models of the blade server in the chassis 1 to avoid the total power consumption exceeds the total power supply. In order to better understand the present invention, here is one For the description of the embodiment, please refer to Figures 1 and 2. After the chassis 1 is powered on, the control module 丨 〇 is to determine whether the power consumption or the total power consumption of the chassis 1 exceeds the total power according to the following steps. Power supply: ~ (2 0 1) First, start the control module 1 〇; (2 0 2) 嗣, the control module 10 uses the boot management software 1 0 〇 and the power evaluation program 102 to detect In this case 1, the installed blade servos cry $ 11, which is used to estimate that each blade server 11 is managed according to the startup 1 billion billion designated
第11頁 1225589 五、發明說明(8) 開機模式所消耗之開機耗電量,及該主要電源組丨2可提供 夕少總供電置’與主要電源組1 2加上備援電源組1 3之複合 供電量; ° (2 0 3 )再利用該電量評估程序1 〇 2,比較該總供電量是 否足夠負荷該開機耗電量,若是則進行步驟(2 〇 5 ),否則 進行步驟(2 0 4 ); ' (2 0 4 )嗣’該電量評估程序丨〇 2利用該總供電量估算出 最佳啟動狀態,然後再依該最佳啟動狀態,開啟指定二刀 鋒伺服器,並通知管理者電源供應不足之提示訊息。Page 11 1225589 V. Description of the invention (8) The power consumption of the power-on mode and the main power pack 丨 2 can provide the total power supply of the evening power supply and the main power pack 1 2 plus the redundant power pack 1 3 ° (2 0 3) and then use the power evaluation program 1 02 to compare whether the total power supply is sufficient to load the power consumption of the startup, if it is, go to step (2 05), otherwise go to step (2 0 4); '(2 0 4) 嗣' This power evaluation program 丨 〇2 uses the total power supply to estimate the optimal starting state, and then starts the designated two-blade server based on the optimal starting state, and informs the management Warning message of insufficient power supply.
( 2 0 5 )繼績執行該控制模組1〇,並將該控 駐在該管理器中,用以監控該機箱; 、吊 (=06)碉,該控制模組1〇再偵測是否有插入 11,或抽拔已安事機箱1内其他刀鋒伺服器 步驟(2 0 6 ) ; 丁 v驟(2 〇 7 ),否則進行 (2 0 7 )再利用該估 足夠負荷該總耗電量, 步驟(2 0 9 ); 用#電9里私序,比較該總供電量是否 右是則進行步驟( 2 08 ),否則進行(2 0 5) Following the performance, execute the control module 10, and place the control in the manager to monitor the chassis; 吊 (= 06) 碉, the control module 10 then detects whether there is Insert 11 or pull out the other blade server in Step 1 (206); D v (207), otherwise (2 07) Re-use the estimated sufficient load and the total power consumption Step (2 0 9); Use # 电 9 里 private sequence to compare whether the total power supply is right, then proceed to step (2 08), otherwise proceed
(2 0 8 )繼續依照一般處理 (2〇9)該控制模組1〇即 序,繼續完成後續動作·, 一電源供應不良之警示訊息。"進行後續動作,並產生 如此,該機 該總供電量時, 箱1在該開機趣 可即時停止後綠^與該總耗電量,超Η i,動作,避免發生該機箱(2 0 8) Continue to follow the general processing (2 0 9) the control module 10 sequence, and continue to complete the subsequent actions, a warning message of poor power supply. " Carry out follow-up actions and produce this, when the total power supply of the machine, Box 1 can stop immediately after the start-up fun ^ and the total power consumption, exceeding Η i, action to avoid the case
1225589 五、發明說明(9) 犬然因總供電量不足,而無法繼續作業,或該等刀鋒伺服 為11正在運算中之資料毁壞。 為能更了解該電量評估程序1 〇 2之運用,茲舉一種假 口又之貫施狀態,進行說明如下: 热投市丨」模 序1 〇 2係取得下列資訊 1 ·該機箱1係可安裝A及B兩種型式之刀鋒伺服器11 ; 2. 該A、B型式之刀鋒伺服器丨丨都可被設定成全速模 或待機模式; .疋佚八 3. 該A型式之刀鋒伺服器丨丨在全速模式下,苴耗 為兮丨’若在待機模式下,其耗 . 里 型式之刀鋒伺服器模式下 為4,右在待機模式下,其耗電量為ν 電里 5.該機箱型式之刀鋒伺 中被設定成全速模式之儿型式 <、.心數里為4,其 叫,則被設定成待機模式之之半n ,其數量為 為乂-叫; 孓式之刀鋒伺服器11,其數量 6·該機箱1 型式之刀鋒伺服哭n夕地杏 機箱1内被設定成全速模式 -之:數量為M2 ’該 量為叫,則待機模式d型式之司服器U,其數 M212 ; 鋒习服杰11 ,其數量為 U要電源組12之電源供 8·该備挺電源組13之電 為4 , 9.該電源供應器所能提供二為C2; 1225589 五、發明說明(ίο) 1 0 ·該機箱1糸宕+日日, 電量為E ; 马兀成開機動作,而啟動控制模組1 〇之耗 則該電量評估程序係依照下列方程式: , PXrw(Cl + ^2) ~(Sl x mi) X (Μ,-πΐ!)) +(s2 X m2) + (S2 x (M212)) + E 2 旦?斷„共電量是否足夠負荷該開機耗電量,以將該電 里坪估私1 02之評估結果,作為該控制模組1 〇進行後續 開機動作之依據。 史们·伋戶、 甚至於忒機箱1内設有N個型式的刀鋒伺服器1 1,且該 主要電源組12之電源供應器之供電量 U之電源供應器之供電量為P2,該方程式可改成如 示: (Pi X C! +p2 X C2) >(S1 x mi) +(S/ x +(S x m2) +(S2’ x (M2i2)) +(S3X 叫)+(v ).1225589 V. Description of the invention (9) The dog is unable to continue operations due to insufficient total power supply, or the data in operation of these blade servos for 11 are destroyed. In order to better understand the application of the electric power evaluation program 1 〇2, here is a fake and consistent implementation state, and the description is as follows: Hot investment market 丨 "model sequence 〇2 is to obtain the following information 1 Install A and B type blade server 11; 2. The A and B type blade server 丨 丨 can be set to full speed mode or standby mode; 疋 佚 八 3. The A type of blade server丨 丨 In full-speed mode, the power consumption is very high. 丨 If it is in standby mode, its power consumption is 4. In the blade type of the blade server mode, it is 4, and when it is in the standby mode, its power consumption is ν electricity 5. This The blade type of the chassis type is set to the full-speed mode, and the number of hearts is 4, which is called the half of n in the standby mode, and the number is 乂 -call; The number of servers 11 · 6. The blade of the case 1 type of servo blade is set to full speed mode in the apricot case 1-of: the number is M2 'the amount is called, the standby mode d type of server U , The number M212; Feng Xifu Jie 11, the number is U to the power supply group 12 for 8 · the backup power supply The power of 13 is 4, 9. The power supply can provide two as C2; 1225589 V. Description of the invention (ίο) 1 0 · The case 1 downtime + day, the power is E; Ma Wucheng starts the action and starts the control Consumption of module 1 〇 The power evaluation procedure is based on the following equation:, PXrw (Cl + ^ 2) ~ (Sl x mi) X (Μ, -πΐ!)) + (S2 X m2) + (S2 x ( M212)) + E 2 Once? Determine whether the total power consumption is sufficient to load the startup power consumption, so as to evaluate the evaluation result of the electric power bank 102 as the basis for the subsequent startup operation of the control module 10. Shi · jihu, even 忒There are N types of blade servers 11 in the chassis 1, and the power supply of the main power supply group 12 and the power supply of the power supply U are P2. The equation can be changed as shown: (Pi XC ! + p2 X C2) > (S1 x mi) + (S / x + (S x m2) + (S2 'x (M2i2)) + (S3X is called) + (v).
mn) +(Sn,x (Mnin)) +E 由上式可知,無論該機箱丨内各種類刀鋒伺服器丨丨被啟動 用上式判斷該總供電量是否足夠負荷該開機 耗電里或t耗電量,使得該機箱丨可在較稃定之狀能 完成開機動作。 " & .按,以上所述,僅為本發明最佳之一具體實施例,惟 本發明之構造特徵並不侷限於此,任何熟悉該項技藝者在 本發明領域内,可輕易思及之變化或修飾,皆可涵罢 下本案之專利範圍。 1mn) + (Sn, x (Mnin)) + E As can be seen from the above formula, regardless of the various types of blade servers in the case 丨 is activated, use the above formula to determine whether the total power supply is sufficient to load the power consumption or t Power consumption enables the chassis to complete the boot action in a more stable state. " &. According to the above, it is only one of the best specific embodiments of the present invention, but the structural features of the present invention are not limited to this. Anyone skilled in the art can easily think in the field of the present invention. Any changes or modifications may be covered by the patent scope of this case. 1
第14頁 1225589 圖式簡單說明 圖式說明: 第1圖係刀鋒伺服器、機箱與電腦之架構示意圖 第2圖係該控制模組之流程圖。 主要部分之代表符號 機箱............... 開機管理軟體 刀鋒伺服器… 備援電源組… 1 控制模組.......... "•10 100 電量評估程序…' .••102 11 主要電源組....... …12 13Page 14 1225589 Brief description of the drawings Description of the drawings: Figure 1 is a schematic diagram of the blade server, chassis and computer. Figure 2 is a flowchart of the control module. The main part of the symbol chassis ............... Boot management software blade server ... Redundant power pack ... 1 Control module ......... " • 10 100 Electricity evaluation program ... '. •• 102 11 Main power pack ..... 12 13
第15頁Page 15
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Cited By (4)
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CN103577208A (en) * | 2012-08-03 | 2014-02-12 | 纬创资通股份有限公司 | Method and system for executing startup and shutdown of servers |
US10275160B2 (en) | 2015-12-21 | 2019-04-30 | Intel Corporation | Method and apparatus to enable individual non volatile memory express (NVME) input/output (IO) Queues on differing network addresses of an NVME controller |
US10893050B2 (en) | 2016-08-24 | 2021-01-12 | Intel Corporation | Computer product, method, and system to dynamically provide discovery services for host nodes of target systems and storage resources in a network |
US10970231B2 (en) | 2016-09-28 | 2021-04-06 | Intel Corporation | Management of virtual target storage resources by use of an access control list and input/output queues |
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TWI608337B (en) * | 2015-03-02 | 2017-12-11 | 緯創資通股份有限公司 | Method of performing power management in rack-mount system |
TWI564728B (en) * | 2015-12-25 | 2017-01-01 | 英業達股份有限公司 | Microserver |
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CN103577208A (en) * | 2012-08-03 | 2014-02-12 | 纬创资通股份有限公司 | Method and system for executing startup and shutdown of servers |
TWI457766B (en) * | 2012-08-03 | 2014-10-21 | Wistron Corp | Method and system for controlling power of servers |
CN103577208B (en) * | 2012-08-03 | 2016-09-07 | 纬创资通股份有限公司 | Perform the method for server switching on and shutting down and perform the system of server switching on and shutting down |
US10275160B2 (en) | 2015-12-21 | 2019-04-30 | Intel Corporation | Method and apparatus to enable individual non volatile memory express (NVME) input/output (IO) Queues on differing network addresses of an NVME controller |
US11385795B2 (en) | 2015-12-21 | 2022-07-12 | Intel Corporation | Method and apparatus to enable individual non volatile memory express (NVMe) input/output (IO) queues on differing network addresses of an NVMe controller |
US10893050B2 (en) | 2016-08-24 | 2021-01-12 | Intel Corporation | Computer product, method, and system to dynamically provide discovery services for host nodes of target systems and storage resources in a network |
US10970231B2 (en) | 2016-09-28 | 2021-04-06 | Intel Corporation | Management of virtual target storage resources by use of an access control list and input/output queues |
US11630783B2 (en) | 2016-09-28 | 2023-04-18 | Intel Corporation | Management of accesses to target storage resources |
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