CN101114214A - Pattern card switching module and host board device with same - Google Patents
Pattern card switching module and host board device with same Download PDFInfo
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- CN101114214A CN101114214A CNA2006101036504A CN200610103650A CN101114214A CN 101114214 A CN101114214 A CN 101114214A CN A2006101036504 A CNA2006101036504 A CN A2006101036504A CN 200610103650 A CN200610103650 A CN 200610103650A CN 101114214 A CN101114214 A CN 101114214A
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Abstract
A switching module of a graphics card is connected with interconnect slots of a fast peripheral component of a main-board and is electrically connected with a graphics card in an inserting and drawing way to transfer a signal from the interconnect slots of the fast peripheral component to the graphics card and output the signal processed by the graphics card to a display device. The switching module of the graphics card comprises a substrate, a first matching part, an electrical connector and a second matching part. The first matching part is arranged at one side of the substrate used for electrically connecting the interconnect slots of the fast peripheral component; the electrical connector is arranged at the substrate and is electrically connected with the first matching part used for electrically connecting the graphics card in an inserting and drawing way; and the second matching part is arranged at the substrate used for electrically connecting the electrical connector and the display device respectively.
Description
Technical field
The present invention is about a kind of graphics card interconnecting module and have the motherboard device of this graphics card interconnecting module, is meant a kind of motherboard device of supporting the graphics card interconnecting module of single plug-in card or many plug-in cards and having this graphics card interconnecting module especially.
Background technology
(1), quick peripheral assembly interconnecting (PCI express) interface
No matter be desktop PC or portable computer, PCI (Peripheral ComponentInterconnect; Periphery component interconnection) interface is the standard outfit of motherboard always, and in order to satisfy arithmetic speed and the higher frequency range requirement that computer microprocessor continues to increase, Intel (Intel) company has proposed PCI express (quick peripheral assembly interconnecting faster; Be called for short PCIe) interface, its frequency range of on average uploading or passing down almost is two times of conventional P CI interface, the number of channel of PCIe interface support has x2, x4, x8, x16, x32 etc., PCIex16 interface wherein promptly are in order to the bus input interface as graphics card (Graphic card).
(2), support extendible input interface (SLI) standard of two graphics cards
The motherboard device is for supporting multiple graphs processing unit (multi-GPU at present; ) treatment technology, for example the nVIDIA company of the U.S. proposes a kind of SLI (Scalable Link Interface; Extendible input interface) standard, this standard are at the PCIex16 slot two graphics cards to be installed, and make the motherboard device enter two card tupes, then single picture level can be divided into two parts and distinctly do computing, promote integral operation usefulness whereby.
As shown in Figure 1, support pair PCIe slot (PCIe Slot) 911,912 that the motherboard 9 of graphics cards processing functions has accord with PCI ex16 specification at present, and motherboard 9 have a processing unit 92 and a switch unit 93 in order to switching single deck tape-recorder tupe or two card tupes that meets the SLI specification of supporting two graphics cards to handle function.
Wherein, processing unit 92 electrically connects two PCIe slots 911,912, and is to interconnect with switch unit 93 between the two PCIe slots 911,912, and PCIe slot 911,912 provides two graphics cards 81,82 to electrically connect respectively; According to the difference of these switch unit 93 switching states, can be used as single deck tape-recorder tupe and two switchings that block tupes.
BIOS by motherboard 9 sets, in case during computer starting, processing unit 92 just can be judged the state of this switch unit 93 and enter corresponding tupe, when if processing unit 92 detection switch units 93 are the single deck tape-recorder tupe, then open single slot (for example: 16 passages PCIe slot 911), be responsible for handling signal of video signal by the graphics card 81 that electrically connects this PCIe slot 911, and export to display device 7; If when detecting to two card tupe, then with each open half passage (x8) of each PCIe slot 911,912, by two graphics cards, 81,82 associated treatment signal of video signal, and respectively by separately passage, as: graphics card 81 is responsible for the signal of processing channel 0～7, graphics card 82 is responsible for the signal of processing channel 8～15, and the signal of integrating again after output is handled shows for display device 7.
Select the processing of two card tupes, be by processing unit 92 controls two graphics cards 81,82 carry out associated treatment, its principle is that the picture level that display device 7 is presented is divided into, following picture 71,72, the image data that exports picture 71 to is responsible for calculation process by a graphics card 81 wherein, and the image data that exports down picture 72 to is responsible for calculation process by another graphics card 82, owing to have the PCIe slot 911 of the PCIex16 that supports high frequency range, 912, and image data distributed to two graphics cards 81,82 difference calculation process make on the image calculation process of handling 3D image or other high operand more quick and smooth.
(3), the open specification of the unified graphic interface of portable computer " MXM "
Because portable computer was with Graphics Processing Unit (Graphic Process Unit in the past; GPU) be welded on the motherboard, and design to still need and come customization at different vendor's demand, time-consuming taking a lot of work, therefore, nVIDIA is together with the man portable computer of number manufacturer, and co-present is at the open specification of the designed unified graphic interface of portable computer " MXM " (Mobile PCI-express Module; MXM) interface.
As shown in Figure 2, be a kind of portable computer 6 of supporting the MXM interface, its motherboard 61 is provided with an electric connector 611 that meets the MXM interface, this electric connector 611 can be pegged graft for a small-sized graphics card 63 that meets the MXM interface, when manufacturer or user desire the graphics card 63 of conversion different size, as long as it is directly substitute graphics card 63, very time saving and energy saving from electric connector 611.
Electric connector 611 has three kinds of specifications, comprise MXM-I, MXM-II and MXM-III, the stitch position homogeneous phase of three kinds of specifications together, high gauge can be held itself and hang down the graphics card 63 of specification, as: MXM-III can hold MXM-III, MXM-I, and MXM-II can hold MXM-II, MXM-I, therefore, suppose that portable computer 6 has the electric connector 611 of MXM-II, and what install is the graphics card 63 of MXM-I specification, following will scalable graphics card 63 for installation MXM-II specification.
By common MXM interface, the manufacturer of portable computer 6 can be with unified framework, select the portable computer of the graphics card 63 of different size, except can quickening portable computer listing time-histories, and have the advantage of easy upgrading with the exploitation plurality of specifications.
(4), the problem of desire solution
It is designed that the graphics card 63 of MXM specification mainly is aimed at portable computer 6, do not see to be useful on desktop PC.
The graphics card 63 of MXM specification can't be applicable to the motherboard 9 (Fig. 1) of the SLI specification of existing desktop PC because there is not suitable translation interface.
About the solution of two graphics cards, not seeing has multi-disc graphics card 81, the 82 common hardware structures that use single PCIe slot (911 or 912).
Summary of the invention
Therefore, how the graphics card with the MXM specification is applied to desktop PC, and provide a suitable interconnecting module (adapter) to come or the multi-disc graphics card is common uses single PCIe slot to carry out the function that single or two graphics cards are handled in conjunction with one, be the problem that institute of the present invention desire solves.
First purpose of the present invention is to provide a kind of and at least one plug-in graphics card is installed on interconnecting module, and graphics card interconnecting module that desktop PC or portable computer use and the motherboard device with this graphics card interconnecting module can be provided.
So, graphics card interconnecting module of the present invention is connected with a quick peripheral assembly interconnecting slot of a motherboard, and supply a graphics card to electrically connect with plugging, will transferring to this graphics card, and export the signal that this graphics card was handled to a display device from the signal of this quick peripheral assembly interconnecting slot.
This graphics card interconnecting module comprises a substrate, one first mating part, an electric connector and one second mating part; First mating part is arranged on this substrate one side, in order to electrically connect with this quick peripheral assembly interconnecting slot; This electric connector is arranged on this substrate, and electrically connects with this first mating part, uses for this graphics card and can electrically connect with plugging; Second mating part is arranged on this substrate, in order to electrically connect this electric connector and this display device respectively.
Motherboard device of the present invention is exported to a display device in order to the signal after will handling, and this motherboard device comprises a motherboard and this graphics card interconnecting module.
This motherboard has a processing unit and a quick peripheral assembly interconnecting slot, and this processing unit can detect the user mode of this quick peripheral assembly interconnecting slot; This graphics card interconnecting module is plugged on the quick peripheral assembly interconnecting slot of this motherboard, when this first mating part and this quick peripheral assembly interconnecting slot electrically connect and this electric connector when electrically connecting this graphics card, this processing unit will record this graphics card and enter the tupe of a graphics card, and export the signal after this graphics card processing to this display device by this second mating part.
Second purpose of the present invention is to provide a kind of multi-disc plug-in figure of installing to be stuck on the interconnecting module, and graphics card interconnecting module that desktop PC or portable computer use and the motherboard device with this graphics card interconnecting module can be provided.
Graphics card interconnecting module of the present invention is connected with a quick peripheral assembly interconnecting slot of a motherboard, and supply at least one graphics card to electrically connect with plugging, will transfer to this graphics card from the signal of this quick peripheral assembly interconnecting slot, and export the signal that this graphics card was handled to a display device, this graphics card interconnecting module comprises a substrate, a plurality of first mating part, a plurality of electric connector and one second mating part.
Described first mating part is arranged on this substrate one side, in order to electrically connect with this quick peripheral assembly interconnecting slot; Described electric connector is arranged on this substrate, and respectively this electric connector and corresponding electrically connect with this first mating part is respectively used for this graphics card and can be electrically connected with plugging; Second mating part is arranged on this substrate, in order to electrically connect described electric connector and this display device respectively.
Motherboard device of the present invention is exported at least one display device in order to the signal after will handling, and this motherboard device comprises a motherboard and at least one graphics card interconnecting module.
This motherboard has a processing unit and at least one quick peripheral assembly interconnecting slot, and this processing unit can detect the user mode of this quick peripheral assembly interconnecting slot; This graphics card interconnecting module is plugged on the quick peripheral assembly interconnecting slot of this motherboard, when this first mating part and this quick peripheral assembly interconnecting slot electrically connect and this electric connector when electrically connecting this graphics card, this processing unit will record this graphics card and enter the tupe of a graphics card, and export the signal after this graphics card processing to this display device by this second mating part.
Because notion of the present invention be the spendable graphics card interconnecting module of desktop PC that exploitation has the quick peripheral assembly interconnecting slot, and this graphics card interconnecting module is supported the installation of single or the small-sized graphics card of multi-disc (as the MXM specification); Thus, as long as this graphics card interconnecting module is installed on the quick peripheral assembly interconnecting slot, and be equipped with single on this graphics card interconnecting module or the multi-disc graphics card,, can also support the tupe of single deck tape-recorder or two cards except graphics card can being replaced in the mode of plug or upgraded.
Description of drawings
Fig. 1 is a synoptic diagram, illustrates to support two graphics cards to handle the hardware structure of function;
Fig. 2 is a synoptic diagram, illustrates that portable computer has the electric connector that meets the MXM interface and can peg graft for corresponding small-sized graphics card;
Fig. 3 is a synoptic diagram, and the first embodiment of the present invention is described, supports the graphics card interconnecting module of single plug-in card and has the motherboard device of this graphics card interconnecting module; And
Fig. 4 is a synoptic diagram, and the second embodiment of the present invention is described, supports the graphics card interconnecting module of many plug-in cards and has the motherboard device of this graphics card interconnecting module.
The primary clustering symbol description
100,100 ' motherboard device
1,1 ' graphics card interconnecting module
10,10 ' substrate
11,11 ', 11 " first mating part
111,111 ', 111 " passage pin
12 second mating parts
121 output connections
122 output interfaces
13,13 ', 13 " electric connector
131,131 ', 131 " connect line
14,14 ', 14 " graphics card
2,2 ' motherboard
20,20 ' control chip group
21,21 ' PCIe slot
3 display device
Embodiment
About aforementioned and other technology contents, characteristics and effect of the present invention, in following cooperation two DETAILED DESCRIPTION OF THE PREFERRED with reference to the accompanying drawings, can clearly present.Before the present invention is described in detail, be noted that in the following description content similarly assembly is to represent with identical numbering.
(1), supports the graphics card interconnecting module of single plug-in card and have the motherboard device of this graphics card interconnecting module
Consult Fig. 3, the graphics card interconnecting module 1 of first preferred embodiment, be mounted in the motherboard device 100 of a desktop PC or portable computer, motherboard device 100 has a motherboard 2 and at least one quick peripheral assembly interconnecting slot (hereinafter to be referred as the PCIe slot) 21, and this graphics card interconnecting module 1 can electrically connect a graphics card 14 with plugging, and this graphics card 14 is MXM (the Mobile PCI-express Module) specifications that adopt existing small-sized graphics card.
Graphics card interconnecting module 1 is plugged on the PCIe slot 21 of motherboard 2, PCIe slot 21 has a plurality of passages (as: x2, x4, x8, x16 or x32), and motherboard 2 has the user mode (as: this graphics card interconnecting module 1 of whether having pegged graft) that a processing unit 20 can detect this PCIe slot 21.
The effect of graphics card interconnecting module 1, it is signal with PCIe slot 21 each channel transfer, be forwarded to the graphics card 14 of MXM interface by the PCIe slot 21 of PCIe interface, for graphics card 14 in addition after the calculation process, signal after will handling again exports display device 3 to, the image frame after being handled by these display device 3 responsible display graphics cards 14.
Graphics card interconnecting module 1 comprises a substrate (circuit board) 10, an electric connector 13, one first mating part 11 and one second mating part 12, and the effect of each assembly is respectively described below:
In the present embodiment, second mating part 12 has three kinds of output connections 121 altogether, it is respectively the signal output connection 121 of a video and graphic (VGA) signal, a TV (TV) signal and a digital video (DVI), terminal output in order to the D-SUB, the TV out that the signal of graphics card 14 processed video figure signals, TV signal or digital video are received output interface 122 and DVI, exporting display device 3 to, demonstrate image frame after the processing by display device 3.
(2), support the graphics card interconnecting module of many plug-in cards and have the motherboard device of this graphics card interconnecting module
Consult Fig. 4, for convenience of description for the purpose of, the second embodiment of the present invention is so that two graphics cards 14 ', 14 can be installed " a graphics card interconnecting module 1 ' be that example illustrates, yet in other embodiments, the quantity of graphics card is not restriction with two.
In the present embodiment, graphics card interconnecting module 1 ' is to be applicable to the motherboard 2 ' that is installed in the multiple graphs card treatment technology of supporting SLI, this motherboard 2 has a control chip group 20 ' and the PCIe slot 21 ' in order to the multiple graphs card treatment technology of supporting SLI, and this PCIe slot 21 ' has a plurality of passages (as: x16).
Graphics card interconnecting module 1 ' comprises a substrate 10 ', a plurality of first mating part 11 ', 11 ", one second mating part 12, and corresponding first mating part 11 ', 11 " a plurality of electric connectors 13 ', 13 of being provided with "; Wherein, electric connector 13 ' is with output connection 121 and second mating part, 12 ways of connecting output image signal, electric connector 13 " also be to be connected with output image signal with the output connection 121 of second mating part 12, output connection 12 is the terminal output of the D-SUB, the TV out that receive output interface 122 and DVI.
Mandatory declaration be, the use-pattern of graphics card interconnecting module 1 ', be by the user voluntarily behind computer booting, set up on their own in software is to enter single deck tape-recorder operator scheme or two card operator scheme, give control chip group 20 ' to assign instruction, being responsible for coordinating by control chip group 20 ' is that single graphics card (14 ' or 14 ") is handled; or control biplate graphics card 14 '; 14 " collaborative calculation process, because the correlation technique of this control chip group 20 ' is not an emphasis of the present invention, and belong to conventional art, can not repeat them here with reference to solution about the SLI standard.
Graphics card interconnecting module 1 ' can be with graphics card 14 ', 14 " signal after handling alone or synergistically, be forwarded to display device 3 through second mating part 12, by the image frame after display device 3 display process.
The characteristics of present embodiment are: each electric connector 13 ', 13 " use for each sheet graphics card 14 ', 14 " can electrically connect with plugging, and each first mating part 11 ', 11 " corresponding electric connector 13 ', 13 " the pairing setting, that is, first mating part 11 ' is one group with electric connector 13 ', first mating part 11 " and electric connector 13 " be another group, by that analogy.
Each first mating part 11 ', 11 " respectively have a plurality of passage pins 111 ', 111 ", each passage pin 111 ', 111 " an end and the PCIe slot 21 ' of motherboard 2 electrically connect, the other end is by a plurality of lines 131 ', 131 that connect " with each electric connector 13 ', 13 " electrically connect.
Mandatory declaration be, each first mating part 11 ', 11 " described passage pin 111 ', 111 " respectively be 8 pins, two passage pins 111 ', 111 " sum equal the number of channels (x16) that PCIe slot 21 ' has, that is, the number of channels that PCIe slot 21 ' has (x16; Channel 0～15), mean allocation is two groups (passage 0～7, passages 8～15), and passage 0～7th is wherein given the described channel pin 111 ' of first mating part 11 ', and channel 8～15th is given first mating part 11 " described passage pin 111 ".
The hardware structure that this preferred embodiment derives out, also can install two electric connector (not shown) respectively at the another side of substrate 10 ', suppose that PCIe slot 21 ' has 32 channels, then but mean allocation is four groups, each electric connector distributes 8 passages, the design concept of other quantity also together, is given unnecessary details no longer one by one.
The hardware structure that this preferred embodiment is derived in addition, the PCIe slot 21 ' that is motherboard 2 ' also can be a plurality of (not shown), and described PCIe slot 21 ' also can be pegged graft for a plurality of graphics card interconnecting modules 1 ' respectively, thus, respectively this graphics card interconnecting module 21 ' can output signal to different display device 3 respectively and shows.
Conclude above-mentioned, because it is designed that the graphics card of existing MXM specification is aimed at portable computer, do not see to be useful on desktop PC, and the graphics card of MXM specification can't be applicable to the motherboard with SLI specification and PCIe slot because there is not suitable translation interface; In view of this, the invention provides graphics card interconnecting module 1,1 ' in order to the graphics card of supporting single or multi-disc MXM specification, applicable to having SLI specification and PCIe slot 21,21 ' motherboard 2,2 ', make the user of general desktop PC or notebook, all can utilize graphics card interconnecting module 1,1 ' of the present invention, use the graphics card 14,14 ', 14 of single or multi-disc MXM specification " plugged characteristic upgrade voluntarily or install.
The above only is the preferred embodiments of the present invention, and when not limiting scope of the invention process with this, promptly the simple equivalent of doing according to content of the present invention generally changes and modifies, and all still belongs in the scope that the present invention contains.
Claims (26)
1. graphics card interconnecting module, be connected with a quick peripheral assembly interconnecting slot of a motherboard, and supply a graphics card to electrically connect with plugging, will transfer to this graphics card from the signal of this quick peripheral assembly interconnecting slot, and export the signal that this graphics card was handled to a display device, this graphics card interconnecting module comprises:
One substrate;
One first mating part is arranged on this substrate one side, in order to electrically connect with this quick peripheral assembly interconnecting slot;
One electric connector is arranged on this substrate, and electrically connects with this first mating part, uses for this graphics card and can electrically connect with plugging; And
One second mating part is arranged on this substrate, in order to electrically connect this electric connector and this display device respectively.
2. graphics card interconnecting module according to claim 1, it is characterized in that, first mating part has a plurality of passage pins, respectively this passage pin is electrically connected at this quick peripheral assembly interconnecting slot, and described passage pin count is equal to or less than the number of channels of this quick peripheral assembly interconnecting slot.
3. graphics card interconnecting module according to claim 1 is characterized in that, this electric connector is supported the graphics card of MXM specification.
4. graphics card interconnecting module according to claim 1 is characterized in that second mating part has at least one output connection, and two ends of this output connection are electrically connected at this electric connector and this display device respectively.
5. graphics card interconnecting module according to claim 4 is characterized in that, the output connection of second mating part can be for output one video and graphic (VGA) signal, a TV (TV) signal or the wherein arbitrary signal of a digital video (DVI) signal.
6. a motherboard device is exported to a display device in order to the signal after will handling, and this motherboard device comprises:
One motherboard has a processing unit and a quick peripheral assembly interconnecting slot, and this processing unit can detect the user mode of this quick peripheral assembly interconnecting slot; And
One graphics card interconnecting module is plugged on the quick peripheral assembly interconnecting slot of this motherboard, and this graphics card interconnecting module comprises:
One substrate;
One first mating part is arranged on this substrate one side, in order to electrically connect with this quick peripheral assembly interconnecting slot;
One electric connector is arranged on this substrate, and electrically connects with this first mating part, uses for this graphics card and can electrically connect with plugging, and transfer to this graphics card for the signal of this quick peripheral assembly interconnecting slot; And
One second mating part is arranged on this substrate, in order to electrically connect this electric connector and this display device respectively;
When this first mating part and this quick peripheral assembly interconnecting slot electrically connect and this electric connector when electrically connecting this graphics card, this processing unit will record this graphics card and enter the tupe of a graphics card, and export the signal after this graphics card processing to this display device by this second mating part.
7. motherboard device according to claim 6 is characterized in that, the number of channels that the quick peripheral assembly interconnecting slot of this motherboard is supported is 2,4,8,16 or 32 passages.
8. motherboard device according to claim 6, it is characterized in that, first mating part has a plurality of passage pins, and respectively this passage pin is electrically connected at this quick peripheral assembly interconnecting slot, and described passage pin count is equal to or less than the number of channels of this quick peripheral assembly interconnecting slot.
9. motherboard device according to claim 6 is characterized in that, this electric connector is supported the graphics card of MXM specification.
10. graphics card interconnecting module according to claim 6 is characterized in that second mating part has at least one output connection, and two ends of this output connection are electrically connected at this electric connector and this display device respectively.
11. motherboard device according to claim 10 is characterized in that, the output connection of second mating part can be for exporting wherein any signal of a video and graphic (VGA) signal, a TV (TV) signal or a digital video (DVI) signal.
12. graphics card interconnecting module, be connected with a quick peripheral assembly interconnecting slot of a motherboard, and supply at least one graphics card to electrically connect with plugging, will transfer to this graphics card from the signal of this quick peripheral assembly interconnecting slot, and export the signal that this graphics card was handled to a display device, this graphics card interconnecting module comprises:
One substrate;
A plurality of first mating parts are arranged on this substrate one side, in order to electrically connect with this quick peripheral assembly interconnecting slot;
A plurality of electric connectors are arranged on this substrate, and respectively this electric connector and corresponding electrically connect with this first mating part is respectively used for this graphics card and can be electrically connected with plugging; And
One second mating part is arranged on this substrate, in order to electrically connect described electric connector and this display device respectively.
13. graphics card interconnecting module according to claim 12 is characterized in that, the described passage pin sum of described first mating part equals the number of channels that this quick peripheral assembly interconnecting slot has.
14. graphics card interconnecting module according to claim 13 is characterized in that, the channel quantity that this quick peripheral assembly interconnecting slot has is that mean allocation is given the respectively described passage pin of this first mating part.
15. graphics card interconnecting module according to claim 12 is characterized in that, respectively this electric connector system supports the graphics card of MXM specification.
16. graphics card interconnecting module according to claim 12 is characterized in that second mating part has at least one output connection, two ends of this output connection are electrically connected at this electric connector and this display device respectively.
17. graphics card interconnecting module according to claim 16 is characterized in that, the output connection of second mating part is a video and graphic (VGA) signal, a TV (TV) signal or wherein any output of a digital video (DVI) signal.
18. a motherboard device is exported at least one display device in order to the signal after will handling, this motherboard device comprises:
One motherboard has a processing unit and at least one quick peripheral assembly interconnecting slot, and this processing unit can detect the user mode of this quick peripheral assembly interconnecting slot; And
At least one graphics card interconnecting module is plugged on the quick peripheral assembly interconnecting slot of this motherboard, and this graphics card interconnecting module comprises:
One substrate;
A plurality of first mating parts are arranged on this substrate one side, in order to electrically connect with this quick peripheral assembly interconnecting slot;
A plurality of electric connectors are arranged on this substrate, and respectively this electric connector and corresponding electrically connect with this first mating part is respectively used for this graphics card and can be electrically connected with plugging; And
One second mating part is arranged on this substrate, in order to electrically connect described electric connector and this display device respectively;
When this first mating part and this quick peripheral assembly interconnecting slot electrically connect and this electric connector when electrically connecting this graphics card, this processing unit will record this graphics card and enter the tupe of a graphics card, and export the signal after this graphics card processing to this display device by this second mating part.
19. motherboard device according to claim 18 is characterized in that, the number of channels that the quick peripheral assembly interconnecting slot of this motherboard is supported is 2,4,8,16, or 32 passages.
20. motherboard device according to claim 18, it is characterized in that, first mating part has a plurality of passage pins, and respectively this passage pin is electrically connected at this quick peripheral assembly interconnecting slot, and described passage pin count is equal to or less than the number of channels of this quick peripheral assembly interconnecting slot.
21. motherboard device according to claim 20 is characterized in that, the described passage pin sum of described first mating part equals the number of channels that this quick peripheral assembly interconnecting slot has.
22. motherboard device according to claim 20 is characterized in that, the channel quantity that this quick peripheral assembly interconnecting slot has is that mean allocation is given the described passage pin of respectively organizing first mating part.
23. motherboard device according to claim 18 is characterized in that, this electric connector is supported the graphics card of MXM specification.
24. motherboard device according to claim 18 is characterized in that second mating part has at least one output connection, two ends of this output connection are electrically connected at this electric connector and this display device respectively.
25. motherboard device according to claim 24 is characterized in that, the output connection of second mating part is a video and graphic (VGA) signal, a TV (TV) signal or wherein any output of a digital video (DVI) signal.
26. motherboard device according to claim 18, it is characterized in that, the quick peripheral assembly interconnecting slot of this motherboard is a plurality of, and when the installation quantity of graphics card interconnecting module was a plurality of, then this processing unit can be respectively shows for different display device by the second mating part transmission signals of this graphics card interconnecting module respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2006101036504A CN101114214A (en) | 2006-07-26 | 2006-07-26 | Pattern card switching module and host board device with same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2006101036504A CN101114214A (en) | 2006-07-26 | 2006-07-26 | Pattern card switching module and host board device with same |
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| Publication Number | Publication Date |
|---|---|
| CN101114214A true CN101114214A (en) | 2008-01-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2006101036504A Pending CN101114214A (en) | 2006-07-26 | 2006-07-26 | Pattern card switching module and host board device with same |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102931546A (en) * | 2011-08-10 | 2013-02-13 | 鸿富锦精密工业（深圳）有限公司 | Connector assembly |
| CN103983864A (en) * | 2013-02-07 | 2014-08-13 | 辉达公司 | Device used for graphic-card testing |
| WO2017203360A3 (en) * | 2016-05-23 | 2018-01-04 | Advoli Limited | System for implementing mxm on pci card |
| CN112041780A (en) * | 2018-10-23 | 2020-12-04 | 惠普发展公司，有限责任合伙企业 | Adapter card for discrete graphics card slot |
| CN113806273A (en) * | 2020-06-16 | 2021-12-17 | 英业达科技有限公司 | PCI express data transfer control system |
-
2006
- 2006-07-26 CN CNA2006101036504A patent/CN101114214A/en active Pending
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102931546A (en) * | 2011-08-10 | 2013-02-13 | 鸿富锦精密工业（深圳）有限公司 | Connector assembly |
| CN103983864A (en) * | 2013-02-07 | 2014-08-13 | 辉达公司 | Device used for graphic-card testing |
| WO2017203360A3 (en) * | 2016-05-23 | 2018-01-04 | Advoli Limited | System for implementing mxm on pci card |
| US10339090B2 (en) | 2016-05-23 | 2019-07-02 | Advoli Limited | System for implementing MXM on a PCI card |
| CN112041780A (en) * | 2018-10-23 | 2020-12-04 | 惠普发展公司，有限责任合伙企业 | Adapter card for discrete graphics card slot |
| CN113806273A (en) * | 2020-06-16 | 2021-12-17 | 英业达科技有限公司 | PCI express data transfer control system |
| CN113806273B (en) * | 2020-06-16 | 2024-04-09 | 英业达科技有限公司 | Fast peripheral component interconnect data transfer control system |
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