CN207051826U - A kind of server that half high card can be expanded to overall height card - Google Patents
A kind of server that half high card can be expanded to overall height card Download PDFInfo
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Abstract
本实用新型公开了一种可将半高卡扩展为全高卡的服务器，属于服务器技术领域，服务器主板包括插槽一、插槽二和插槽三，插槽一和插槽三分别通过转接卡一和转接卡三安插有全高卡，插槽二竖插有半高卡；插槽二上连接有转接卡二，转接卡二上设置有cable连接器，转接卡二通过传输线连接转接卡一或转接卡三，所述转接卡一或转接卡三设置有cable连接器、且设置有至少两个全高卡槽位。本实用新型通过使用传输线将半高卡的PCIe资源转换到全高卡的转接卡上，可以更多的支持全高卡的数量满足客户的需求，灵活配置。
The utility model discloses a server capable of expanding a half-height card into a full-height card, which belongs to the technical field of servers. Card 1 and riser card 3 are installed with a full-height card, slot 2 is vertically inserted with a half-height card; slot 2 is connected to a riser card 2, and a cable connector is installed on the riser card 2, and the riser card 2 passes through the transmission line Connect the riser card 1 or the riser card 3, the riser card 1 or the riser card 3 is provided with a cable connector, and is provided with at least two full-height card slots. The utility model converts the PCIe resources of the half-height card to the adapter card of the full-height card by using the transmission line, and can support more full-height cards to meet the needs of customers and configure flexibly.
Description
技术领域technical field
本实用新型涉及服务器技术领域，具体涉及一种可将半高卡扩展为全高卡的服务器。The utility model relates to the technical field of servers, in particular to a server capable of expanding a half-height card into a full-height card.
背景技术Background technique
在2U服务器机箱的空间内，竖插只能是半高卡，如果想插全高卡，就需要通过riser转接卡进行转换。半高卡往往只用于超薄机箱或小机箱，在受到空间限制时使用，由于其尺寸的限制，半高卡的成本也就较高。全高卡可以通过转接卡安插在主板上而代替竖插的半高卡，根据需要进行设计。现有的服务器主板插槽只包括竖插半高卡插槽和通过转接卡安插全高卡插槽，2U机箱内只能安插一个半高卡和两个全高卡。In the space of a 2U server chassis, only half-height cards can be inserted vertically. If you want to insert a full-height card, you need to use a riser to convert it. Half-height cards are often only used in ultra-thin chassis or small chassis, and are used when space is limited. Due to their size limitations, the cost of half-height cards is also relatively high. The full-height card can be installed on the motherboard through the riser card instead of the half-height card inserted vertically, and can be designed according to the needs. Existing server motherboard slots only include vertical half-height card slots and full-height card slots through adapter cards. Only one half-height card and two full-height cards can be inserted in a 2U chassis.
发明内容Contents of the invention
本实用新型的技术任务是提供一种可将半高卡扩展为全高卡的服务器，通过cable将半高卡扩展为全高卡，灵活配置，满足半高卡与全高卡的数量要求。The technical task of the utility model is to provide a server that can expand half-height cards to full-height cards, expand half-height cards to full-height cards through cables, and flexibly configure to meet the quantity requirements of half-height cards and full-height cards.
本实用新型解决其技术问题所采用的技术方案是：The technical scheme that the utility model solves its technical problem adopts is:
一种可将半高卡扩展为全高卡的服务器，服务器主板包括插槽一、插槽二和插槽三，插槽一和插槽三分别通过转接卡一和转接卡三安插有全高卡，插槽二竖插有半高卡；插槽二上连接有转接卡二，转接卡二设置有cable连接器，转接卡二通过传输线连接转接卡一或转接卡三，所述转接卡一或转接卡三设置有cable连接器、且设置有至少两个全高卡槽位。插槽二支持竖插的半高卡，插槽一和插槽三通过转接卡支持全高卡，这样在2U服务器的空间内直接竖插有一个半高卡，通过转接卡安插有两个全高卡，而2U的空间可以通过转接卡支持3个全高卡，故在PCIe的长度够长的情况下，通过在插槽二上设置转接卡二，转接卡二通过传输线连接到插槽一或插槽三的转接卡上，这样插槽一或插槽三就可以利用插槽二的资源多支持一张全高卡，以满足客户的需要，灵活配置。使用传输线cable将半高卡的PCIe的信号资源转换到全高卡的转接卡riser card上，可以更多的支持全高卡的数量。A server that can expand a half-height card to a full-height card. The main board of the server includes slot one, slot two, and slot three. Card, the second slot is vertically inserted with a half-height card; the second slot is connected to the second riser card, the second riser card is provided with a cable connector, the second riser card is connected to the first riser card or the third riser card through a transmission line, The first riser card or the third riser card is provided with a cable connector and at least two full-height card slots. Slot 2 supports half-height cards inserted vertically. Slots 1 and 3 support full-height cards through adapter cards. In this way, one half-height card is directly inserted vertically in the space of the 2U server, and two are inserted through adapter cards. A full-height card, and a 2U space can support 3 full-height cards through a riser card, so when the length of PCIe is long enough, set up a riser card 2 on slot 2, and connect the riser card 2 to the plug-in slot 1 or slot 3, so that slot 1 or slot 3 can use the resources of slot 2 to support an additional full-height card to meet customer needs and provide flexible configuration. Use the transmission cable to convert the PCIe signal resources of the half-height card to the riser card of the full-height card, which can support more full-height cards.
进一步的，所述服务器为2U服务器。Further, the server is a 2U server.
进一步的，通过传输线连接转接卡二的转接卡一或转接卡三上设置有两个全高卡槽位。Further, two full-height card slots are provided on the riser card 1 or the riser card 3 connected to the riser card 2 through the transmission line.
进一步的，所述服务器主板的PCIe插槽长度大于一个半高卡加一个转接卡的长度。Further, the length of the PCIe slot of the server motherboard is greater than the length of one half-height card plus one riser card.
进一步的，所述转接卡三支持两个全高卡，转接卡三的前端设置有cable连接器，转接卡二的前端设置有cable连接器，传输线分别连接转接卡二和转接卡三的cable连接器。Further, the riser card 3 supports two full-height cards, the front end of the riser card 3 is provided with a cable connector, the front end of the riser card 2 is provided with a cable connector, and the transmission lines are respectively connected to the riser card 2 and the riser card Three cable connectors.
进一步的，所述插槽一与插槽二、插槽三与机箱之间的距离尺寸均大于一个全高卡的高度尺寸。Further, the distances between the first slot and the second slot, and between the third slot and the chassis are all greater than the height of a full-height card.
本实用新型的一种可将半高卡扩展为全高卡的服务器与现有技术相比，具有以下有益效果：Compared with the prior art, a server capable of expanding half-height cards into full-height cards of the utility model has the following beneficial effects:
通过在半高卡插槽增加一个转接卡，增加的转接卡通过线缆连接全高卡插槽上的转接卡，对全高卡插槽上转接卡重新设计使其支持两张全高卡，这样就可以在一个半高卡插槽和两个全高卡插槽的情况下多支持一张全高卡，在机器出货时，可以根据客户的需要灵活配置，看客户是要多一张的全高卡还是一定数量的全高卡和一定数量的半高卡。By adding a riser card to the half-height card slot, the added riser card is connected to the riser card on the full-height card slot through cables, and the riser card on the full-height card slot is redesigned to support two full-height cards , so that one more full-height card can be supported in the case of one half-height card slot and two full-height card slots. When the machine is shipped, it can be flexibly configured according to the needs of customers. It depends on the customer's need for one more card. Full-height cards are still a certain number of full-height cards and a certain number of half-height cards.
通过riser card的重新设计，使用cable将半高卡的PCIe资源转换到全高卡的riser card上，更多的支持全高卡的数量，根据客户的需要灵活配置。Through the redesign of the riser card, use the cable to convert the PCIe resources of the half-height card to the riser card of the full-height card, support more numbers of full-height cards, and flexibly configure according to customer needs.
附图说明Description of drawings
图1是本实用新型半高卡扩展为全高卡的结构原理图。Fig. 1 is a schematic diagram of the structure of the half-height card expanded to a full-height card of the present invention.
图中：1、插槽一，2、插槽二，3、插槽三，4、全高显卡，5、连接器，6、传输线。In the figure: 1. Slot 1, 2. Slot 2, 3. Slot 3, 4. Full-height graphics card, 5. Connector, 6. Transmission line.
具体实施方式detailed description
下面结合具体实施例对本实用新型作进一步说明。Below in conjunction with specific embodiment the utility model is further described.
参考图1所示，一种可将半高显卡扩展为全高显卡的服务器，该服务器为2U服务器。2U服务器主板包括插槽一1、插槽二2和插槽三3，插槽一1和插槽三1分别通过RiserCard安插有全高显卡4，插槽二2竖插有半高显卡；插槽二2上连接有Riser Card，插槽二2上的Riser Card设置有Connector连接器5，插槽二2上的Riser Card通过Cable传输线6连接插槽三3上的Riser Card，插槽三3上的Riser Card设置有Connector连接器5，且插槽三3上设置有两个全高卡slot槽位。在服务器主板的PCIe的lane够的情况下，即PCIe插槽长度大于一个半高显卡加一个Riser Card的长度，对插槽三3上的Riser Card进行上述设计，使插槽三3上的Riser Card利用插槽二2的PCIe资源支持两个全高显卡4。Referring to FIG. 1, a server that can expand a half-height graphics card to a full-height graphics card is a 2U server. The 2U server motherboard includes slot one 1, slot two 2 and slot three 3, slot one 1 and slot three 1 are respectively installed with a full-height graphics card 4 through RiserCard, and slot two 2 is vertically inserted with a half-height graphics card; The riser card on slot two 2 is connected with a riser card, the riser card on slot two 2 is provided with a Connector connector 5, the riser card on slot two 2 is connected to the riser card on slot three 3 through Cable transmission line 6, and the riser card on slot three 3 The Riser Card is provided with a Connector connector 5, and the slot 3 3 is provided with two full-height card slot slots. When the PCIe lanes of the server motherboard are sufficient, that is, the length of the PCIe slot is greater than the length of a half-height graphics card plus a riser card, the above-mentioned design is performed on the riser card on slot three 3 so that the riser card on slot three 3 Card utilizes the PCIe resources of slot 2 to support two full-height graphics cards 4 .
插槽一1与插槽二2、插槽三3与机箱之间的距离尺寸均大于一个全高显卡4的高度尺寸。The distances between the first slot 1 and the second slot 2 , the third slot 3 and the chassis are all greater than the height of a full-height graphics card 4 .
插槽二2支持竖插的半高显卡，插槽一1和插槽三3通过Riser Card支持全高显卡4，这样在2U服务器的空间内直接竖插有一个半高显卡，通过Riser Card安插有两个全高显卡4，而2U的空间可以通过转接卡Riser Card支持3个全高显卡4，故在PCIe插槽的长度够长的情况下，通过在插槽二2上设置Riser Card，通过Cable连接到插槽一1或插槽三3的RiserCard上，这样插槽一1或插槽三3就可以多支持一张全高显卡4，以满足客户的需要，灵活配置。使用Cable将半高显卡的PCIe资源转换到全高显卡的Riser Card上，可以更多的支持全高显卡的数量。Slot 2 and 2 support vertically inserted half-height graphics cards. Slots 1 and 3 support full-height graphics cards 4 through riser cards. In this way, a half-height graphics card is directly inserted vertically in the space of the 2U server. Two full-height graphics cards 4, and the 2U space can support three full-height graphics cards 4 through the riser card. Therefore, when the length of the PCIe slot is long enough, set the riser card on slot 2 2 and pass the Cable Connect to the RiserCard of slot 1 or slot 3 3, so that slot 1 or slot 3 3 can support one more full-height graphics card 4 to meet the needs of customers and provide flexible configuration. Use Cable to convert the PCIe resources of the half-height graphics card to the riser card of the full-height graphics card, which can support more full-height graphics cards.
在插槽二2上的X16的信号通过插槽二2上的Riser Card接到其上的Connector即连接器5上，再通过传输线6连接到插槽三3上的连接器5上。因为PCIE信号的限制，插槽三3仅能支持一张全高显卡4，这样通过cable过来的X16，就可以多加一张全高显卡4了。插槽三3的Riser Card设置有连接器5，且设置有两个支持全高卡的slot槽位，这样就把本来只是支持半高卡的插槽二2通过这样的转换支持到插槽三3上的全高显卡4了。The signal of X16 on the slot two 2 is connected to the connector 5 on it through the Riser Card on the slot two 2, and then connected to the connector 5 on the slot three 3 through the transmission line 6. Due to the limitation of the PCIE signal, the slot three 3 can only support one full-height graphics card 4, so the X16 coming over the cable can add another full-height graphics card 4. The riser card of slot 3 3 is equipped with connector 5, and is equipped with two slot slots supporting full-height cards, so that slot 2 2, which originally only supports half-height cards, is supported to slot 3 3 through such a conversion 4 on the full height graphics card.
通过上面具体实施方式，所述技术领域的技术人员可容易的实现本实用新型。但是应当理解，本实用新型并不限于上述的具体实施方式。在公开的实施方式的基础上，所述技术领域的技术人员可任意组合不同的技术特征，从而实现不同的技术方案。Through the above specific implementation methods, those skilled in the art can easily realize the utility model. However, it should be understood that the present utility model is not limited to the specific implementation manners described above. On the basis of the disclosed embodiments, those skilled in the art can arbitrarily combine different technical features, so as to realize different technical solutions.
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| CN113778929A (en) * | 2021-10-14 | 2021-12-10 | 西安易朴通讯技术有限公司 | An extension component of PCIe signal |
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