CN203434312U - All-in-one SATA interface storage device - Google Patents
All-in-one SATA interface storage device Download PDFInfo
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- CN203434312U CN203434312U CN201320481289.4U CN201320481289U CN203434312U CN 203434312 U CN203434312 U CN 203434312U CN 201320481289 U CN201320481289 U CN 201320481289U CN 203434312 U CN203434312 U CN 203434312U
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Abstract
The utility model provides an all-in-one SATA interface storage device, which comprises an interface substrate arranged on a main board; a first memory insertion slot arranged on the interface substrate and in the form of a CFast type insertion slot used for the insertion of a CFast card; and a second memory insertion slot arranged on the interface substrate, compatible with both a CF-SATA card and a CFEX card and used for the insertion of the CF-SATA card/CFEX card. In this way, various types of storage devices can be accessed to a host system only by means of an SATA interface, the application range of the SATA interface is greatly expanded by adopting the all-in-one SATA interface storage device. Meanwhile, a new storage device can be used more conveniently by users. Therefore, the service efficiency value is improved at a lower cost.
Description
Technical field
The utility model relates to a kind of storage device, refers to that especially a kind of SATA of utilization interface is used as data storing or is used as the application of dish of starting shooting, and can reach the All-in-One SATA interface storage device that convenient information is transmitted mutually therebetween.
Background technology
Along with compact flash memory technology development is increasingly mature, so far widely as the storage device of every terms of information product, for example: digital camera, recording pen, music players etc. all adopt flash body as its main storing media, especially CF Card (Compact Flash Card) blocks, CFast card, CFEX card or CF-SATA card etc., the application that it utilizes SATA interface (or other operable interfaces) to be used as storage data or to work as start dish, and it is compatible high because itself possessing, access speed is fast, capacity is large, power consumption is extremely low, volume is little, dustproof, shatter-proof, the anti-various advantages such as fall, thereby apply to widely every terms of information product in, even can replace the system disk that conventional hard is used as main frame.
The formation of existing CF module (module card) and application technology are as shown in Figure 1, include a CF slot 94, this CF slot 94 is arranged on a mainboard 90, use the use that plugs for a CF card 95, on this mainboard 90 and be provided with related electronic components and the circuit such as CPU socket 91 (use for CPU and plug), expansion slot 92 (as pci bus etc.) and chip 93.Though this existing CF module can reach at a high speed, the coffret of high stable and as general data access, but because this existing CF slot 94 only provides the use of a kind of CF plug-in card (being CF module), it is single that function is slightly disliked, therefore, for wish on this mainboard 90 realizes the use of other incompatible storage interface (as CF-SATA card, CFast card or CFEX card etc.), be that the slot of described CF-SATA card, CFast card or CFEX card is separately set on this mainboard 90, make to use two or more memory cards.So, while carrying out the moving of mutual data on multiple memory card if want, according to prior art, the Storage Media that only can rely on other setting shifts just can reach this object, for example, when the data of storage device A want to copy to storage device B or storage device C, owing to cannot directly transmitting therebetween, therefore its processing mode is that the data of storage device A are first copied to the Storage Media in main frame, and then copy to storage device B or storage device C from this Storage Media of main frame, so more loaded down with trivial details mode of operation and cause the not good problem of timeliness, aobvious nonideal design.Moreover, if want to replace with new storage device in the old storage device of client, the cost that need cost a lot of money copies to new Storage Media by original data from old Storage Media, this action can cause client to reduce the wish that adopts new Storage Media, the development of unfavorable new Storage Media technology is used and is effectively promoted operating efficiency, also has necessity of being improved in the lump.Therefore, how to improve the disappearance problem that existing storage interface is used, the important directions that should be industry or have intelligence taxi should solve, overcome.
Edge this, in view of not attaining the desirable fact in the shortcoming in its use of existing storage interface, running and structural design thereof, this case inventor sets about researching and developing its solution, hope can develop that a kind of to have more the All-in-One SATA interface storage device that uses convenience, efficiency of transmission and economic benefit popular and promote the development of this industry with service society, the design when many then and have generation of the present utility model.
Summary of the invention
The purpose of this utility model is to provide a kind of All-in-One SATA interface storage device, its can be in a host computer system by SATA interface to use multiple storage device, and then All-in-One storage device can significantly be promoted in the application of SATA interface, and allow user adopt more easily new storage device, with lower cost, create higher value of services benefit person.
The utility model is that the adopted technological means that achieves the above object comprises: an interface support plate, on this interface support plate in order to be located on a mainboard; One first stores slot, and it is located on this interface support plate, and this first storage slot is a CFast slot, in order to the use that plugs of a CFast card to be provided; One second stores slot, and it is located on this interface support plate, and this second storage slot is a CF-SATA and the shared slot of CFEX, in order to the use that plugs of a CF-SATA card or CFEX card to be provided.
According to the All-in-One SATA interface storage device the utility model proposes, wherein this first outside that stores slot is provided with a plurality of the first circuit connecting terminals, arbitrary limit of this interface support plate is provided with one the one SATA signal joint chair and the first power supply joint chair, and a SATA signal joint chair and the first power supply joint chair are connected to the plurality of the first circuit connecting terminals by the circuit that connects of this interface support plate.
According to the All-in-One SATA interface storage device the utility model proposes, wherein this first SATA signal terminal under storing in the plurality of first circuit connecting terminals of slot is electrically conducted in a SATA signal joint chair by the circuit that connects of this interface support plate, and the power supply signal terminal under in the plurality of the first circuit connecting terminals is electrically conducted in this first power supply joint chair by the circuit that connects of this interface support plate.
According to the All-in-One SATA interface storage device the utility model proposes, wherein a SATA signal joint chair is plugged with one the one SATA holding wire, the one SATA holding wire has SATA signal support plate joint and the SATA signal mainboard joint at two ends, this SATA signal support plate joint is plugged in a SATA signal joint chair, and this SATA signal mainboard joint is plugged in the SATA signal joint chair on this mainboard.
According to the All-in-One SATA interface storage device the utility model proposes, this the first power supply joint chair one first power signal line of pegging graft wherein, this the first power signal line one end is a power supply signal support plate joint, this power supply signal support plate joint is plugged in this first power supply joint chair, and this first power signal line other end is connected to a power supply unit.
According to the All-in-One SATA interface storage device the utility model proposes, wherein this second outer side-line that stores slot is provided with a plurality of second circuit splicing ears, arbitrary limit of this interface support plate is provided with one the 2nd SATA signal joint chair and second source joint chair, and the 2nd SATA signal joint chair and this second source joint chair system are connected to the plurality of second circuit splicing ear by the circuit that connects of this interface support plate.
According to the All-in-One SATA interface storage device the utility model proposes, wherein this second SATA signal terminal under storing in the plurality of second circuit splicing ear of slot is electrically conducted in the 2nd SATA signal joint chair by the circuit that connects of this interface support plate, and power supply signal terminal under in the plurality of second circuit splicing ear circuit that connects by this interface support plate is electrically conducted in this second source joint chair.
According to the All-in-One SATA interface storage device the utility model proposes, the 2nd SATA signal joint chair one the 2nd SATA holding wire of pegging graft wherein, the 2nd SATA holding wire has SATA signal support plate joint and the SATA signal mainboard joint at two ends, this SATA signal support plate joint is plugged in the 2nd SATA signal joint chair, and this SATA signal mainboard joint is plugged in the SATA signal joint chair on this mainboard.
According to the All-in-One SATA interface storage device the utility model proposes, this second source joint chair second source holding wire of pegging graft wherein, this second source holding wire one end is a power supply signal support plate joint, this power supply signal support plate joint is plugged in this second source joint chair, and this second source holding wire other end is connected to a power supply unit.
According to the All-in-One SATA interface storage device the utility model proposes, wherein on this interface support plate, establish a wire jumper, to come use CF-SATA card or the CFEX card of this second storage slot of manual switchover by the mode of this wire jumper.
All-in-One SATA interface storage device according to the utility model proposes, wherein arranges a conversion chip on this interface support plate, automatically switches use CF-SATA card or the CFEX card of this second storage slot by this conversion chip.
Compared with prior art, the beneficial effects of the utility model are:
The utility model All-in-One SATA interface storage device is by aforementioned formation, its can be in a host computer system by SATA interface to use multiple storage device, and then All-in-One storage device can significantly be promoted in the application of SATA interface, and allow user adopt more easily new storage device, with lower cost, create higher value of services benefit.
Accompanying drawing explanation
Fig. 1 is the structural representation that existing CF Card card is applied to mainboard.
Fig. 2 is CFEX slot of the present utility model and CFEX card schematic diagram.
Fig. 3 is the terminal pin group pin configuration figure of CFEX slot of the present utility model.
Fig. 4 is structural representation of the present utility model.
Fig. 5 is signal link schematic diagram of the present utility model.
Description of reference numerals: 10-CFEX slot; 100-mainboard; 11-CFEX card holds end; 111-terminal pin group; 113-grounding pin; 114-working power pin; 115-functional pin; 12-circuit link; 20-CFEX card; 21-interface port; 30-interface support plate; 40-first stores slot; 400-slot space; 41-the one SATA signal joint chair; 42-the first power supply joint chair; 43-circuit connects end; 431-the first circuit connecting terminals; 44-card holds end; 45-the first plug-in card; 50-second stores slot; 500-slot space; 51-the 2nd SATA signal joint chair; 52-second source joint chair; 53-circuit connects end; 531-second circuit splicing ear; 54-card holds end; 55-the second plug-in card; 60-the one SATA holding wire; 61-SATA signal support plate joint; 62-SATA signal mainboard joint; 70-the first power signal line; 71-power supply signal support plate joint; 80-the 2nd SATA holding wire; 81-SATA signal support plate joint; 82-SATA signal mainboard joint; 85-second source holding wire; 86-power supply signal support plate joint.
Embodiment
The utility model provides a kind of All-in-One SATA, and (SATA original text is Serial Advanced Technology Attachment, Chinese is sequence advanced techniques interface, generally all with it, be abbreviated as SATA) interface storage device, this All-in-One SATA interface storage device is located on a mainboard, it comprises: one is located at the interface support plate on this mainboard, this interface support plate is provided with one first and stores slot and the second storage slot, this the first storage slot is a CFast slot, in order to the use that plugs of a CFast card to be provided; This second storage slot is a CF-SATA and the shared slot of CFEX, in order to the use that plugs of a CF-SATA card or CFEX card to be provided.
The formation of CFEX slot, CF-SATA slot and CFast slot philosophy and its plug-in card is sincerely first described below and is defined.Refer to Fig. 2, it is a CFEX slot 10 (CF Extension slot, CF extending slot, be called for short CFEX slot) be electrically connected with the circuit of a mainboard, and this mainboard set mainboard or circuit board (support plate) etc. while referring to CFEX slot 10 application are not limited to the aforesaid mainboard of the utility model, these CFEX slot 10 external forms are identical with general CF interface slot, and with this CFEX card 20 (CF Extension card, CF Extender Card, abbreviation CFEX card) be plugged to one, make this CFEX card 20 can stably be connected as signal with the circuit of this mainboard by CFEX slot 10, CFEX slot 10 described in the utility model comprises: the CFEX card that is divided into these slot 10 inner sides and outside holds end 11 and circuit link 12, this circuit link 12 is electrically connected with the circuit of this mainboard, this CFEX card holds end and is provided with terminal pin group 111 in 11, these terminal pin group 111 one end are connected with the circuit link 12 in CFEX slot 10 outsides respectively.
In more detail: this CFEX card 20 has an interface port 21 being connected with these terminal pin group 111 collocation, this interface port 21 defines its function according to the function of these CFEX card 20 reality, each pin defined function of this terminal pin group 111 is identical with the defined function of interface port 21 of CFEX card 20, when this CFEX card 20 output signal, via its interface port 21, export to after corresponding CFEX slot 10 terminal pin groups 111, by this terminal pin group 111, conducted to again the circuit link 12 in these CFEX slot 10 outsides, and then in input motherboard circuit, otherwise, when the circuit output signal of mainboard, circuit link 12 by CFEX slot 10 outsides conducts to its inner terminal pin group 111, by this terminal pin group 111, input to corresponding interface port 21 again, the input action of the circuit that completes mainboard to CFEX card 20 signals.
This CFEX card holds the number of pins of the terminal pin group 111 of establishing in end 11 and establishes according to actual needs, do not limited to, refer to Fig. 3, the present embodiment sincerely holds and holds the terminal pin group 111 of establishing in 11 for having 50 pins explanations with this CFEX card, and this terminal pin group 111 is divided into definition at least respectively according to actual functional capability: grounding pin 113, working power pin 114 and functional pin 115; When terminal pin is defined as grounding pin 113, the circuit link 12 that its rear end connects is connected with the ground path of circuit on this mainboard; When terminal pin is defined as functional pin 115, the circuit link 12 that its rear end connects is connected with the various functions circuit of circuit on this mainboard, to carry out various functions, when terminal pin is defined as working power pin 114, the circuit link 12 that its rear end connects is connected with the working power circuit of circuit on this mainboard.
Wherein, the circuit link 12 that terminal pin group 111 rear ends of CFEX slot 10 connect, can be connected with PCI circuit, PCI Express circuit, SATA circuit or other signal lines of this mainboard, to increase various function, uses.
Each pin shown in Fig. 3, as grounding pin 113, working power pin 114 and functional pin 115 etc., is only the character of giving an example, the connection line of its pin and function, and when adjusting with needing according to actual functional capability, the utility model is not limited with above-mentioned.
By above explanation definable CFEX card 20 of the present utility model and CFEX slot 10, via the terminal pin in this terminal pin group 111, can elasticity must define various functions, and this interface port 21 defines its function according to the function of these CFEX card 20 reality, make each pin defined function of this terminal pin group 111 identical with the defined function of interface port 21 of CFEX card 20, so allow these CFEX card 20 inside a kind of module can be installed separately or install simultaneously and carry out multiple module, for example: wireless communication module, remote control module, hardware debug module, hardware monitoring module etc., and then allow CFEX card 20 and CFEX slot 10 give play to have more flexible function.
In addition, this CFEX slot 10 also has another kind of execution mode, the circuit link 12 in these CFEX slot 10 outsides circuit not direct and this mainboard is electrically connected, but this circuit link 12 and a SATA signal joint chair, a SATA power supply joint chair are electrically connected, this SATA signal joint chair can be connected with a SATA holding wire, this SATA power supply joint chair can be connected with a SATA power line, allows the CFEX card 20 in this CFEX slot 10 can carry out the transmission of SATA signal.
Moreover, CF-SATA slot and CF-SATA card are for adopting the mechanism design of traditional C F card 50 pins to transmit SATA signal, utilize 4 pins in original CF card 50 pins to receive SATA signal, its external form of CF-SATA slot is identical with general CF interface slot, and its CF-SATA card external form is also identical with general CF card.
CFast standard criterion institute standard as for the specification YouCF association of CFast card and CFast slot, this its external form of CFast slot is identical with general CF interface slot, its CFast card external form is also identical with general CF card, this CFast standard criterion receives SATA signal with 7 pins in 50 pins, and with 17 pins as power supply function.
Refer to Fig. 4, the utility model provides a kind of All-in-One SATA interface storage device, this All-in-One SATA interface storage device is located on a mainboard 100, it comprises: one is located at the interface support plate 30 on this mainboard 100, this interface support plate 30 is provided with one first and stores slot 40 and the second storage slot 50, this the first storage slot 40 is a CFast slot, and in order to the use that plugs of one first plug-in card 45 (being illustrated in Fig. 5) to be provided, this first plug-in card 45 is a CFast card; This second storage slot 50 is a CF-SATA and the shared slot of CFEX, and in order to the use that plugs of one second plug-in card 55 to be provided, this second plug-in card 55 (being illustrated in Fig. 5) is a CF-SATA card or CFEX card.
This first inner side that stores slot 40 (CFast slot) is provided with a slot space 400 and card holds end 44, this card holds end 44 and is provided with a plurality of docking terminals (not shown), this first outside that stores slot 40 is provided with a circuit and connects end 43, this circuit connects end 43 and is provided with a plurality of the first circuit connecting terminals 431, the plurality of the first circuit connecting terminals 431 has a plurality of SATA signal terminals and a plurality of power supply signal terminal at least, and this card holds end 44 docking terminal and this first circuit connecting terminals 431 and is and is electrically conducted, wherein, this slot space 400 plugs for this first plug-in card 45, and in the present embodiment, this first plug-in card 45 is a CFast plug-in card, and this first docking terminal and this first plug-in card 45 that stores slot 40 (CFast slot) inner side is electrically connected, moreover, arbitrary limit of this interface support plate 30 is provided with one the one SATA signal joint chair 41 and the first power supply joint chair 42, the side that ties up in the present embodiment this interface support plate 30 is provided with one the one SATA signal joint chair 41 and the first power supply joint chair 42, the one SATA signal joint chair 41 and the first power supply joint chair 42 are connected to the plurality of the first circuit connecting terminals 431 by the circuit that connects of this interface support plate 30, the SATA signal terminal under in these its a plurality of first circuit connecting terminals 431 of the first storage slot 40 (CFast slot) is electrically conducted in a SATA signal joint chair 41 by the circuit that connects of this interface support plate 30, and power supply signal terminal under in the plurality of the first circuit connecting terminals 431 circuit that connects by this interface support plate 30 is electrically conducted in this first power supply joint chair 42.
Refer to Fig. 5, the one SATA signal joint chair 41 one the one SATA holding wire 60 of can pegging graft, the one SATA holding wire 60 has SATA signal support plate joint 61 and the SATA signal mainboard joint 62 at two ends, wherein, this SATA signal support plate joint 61 is to be plugged in a SATA signal joint chair 41, and this SATA signal mainboard joint 62 is the SATA signal joint chair (not icon) being plugged on this mainboard 100, in order to form inner SATA signal path.And this first power supply joint chair 42 is one first power signal line 70 of can pegging graft, these the first power signal line 70 one end are power supply signal support plate joint 71,
This power supply signal support plate joint 71 is plugged in this first power supply joint chair 42, the other end of this first power signal line 70 is connected to a power supply unit (not shown), this power supply unit provides power supply by this first power signal line 70, in order to form internal electric source signal path.
Refer to Fig. 4, Fig. 5, this second inner side that stores slot 50 is provided with a slot space 500 and card holds end 54, this card holds end 54 and is provided with a plurality of docking terminals (not shown), this second outside that stores slot 50 is provided with a circuit and connects end 53, this circuit connects end 53 and is provided with a plurality of second circuit splicing ears 531, the plurality of second circuit splicing ear 531 has a plurality of SATA signal terminals and a plurality of power supply signal terminal at least, and this second stores the docking terminal of slot 50 and this second circuit splicing ear 531 and be and be electrically conducted, wherein, this slot space 500 plugs for this second plug-in card 55, and in the present embodiment, this second plug-in card 55 is a CF-SATA card or CFEX card, and this second docking terminal and this second plug-in card 55 that stores slot 50 inner sides is electrically connected, moreover, arbitrary limit of this interface support plate 30 is provided with the 2nd SATA signal joint chair 51 and second source joint chair 52, side at this interface support plate 30 is provided with one the 2nd SATA signal joint chair 51 and second source joint chair 52 in the present embodiment, the 2nd SATA signal joint chair 51 and second source joint chair 52 are that the circuit that connects by this interface support plate 30 is connected to the plurality of second circuit splicing ear 531, the SATA signal terminal under in these the second storage slot 50 its a plurality of second circuit splicing ears 531 is electrically conducted in the 2nd SATA signal joint chair 51 by the circuit that connects of this interface support plate 30, and power supply signal terminal under in the plurality of second circuit splicing ear 531 circuit that connects by this interface support plate 30 is electrically conducted in this second source joint chair 52.
Aforementioned the 2nd SATA signal joint chair 51 one the 2nd SATA holding wire 80 of can pegging graft, the 2nd SATA holding wire 80 has SATA signal support plate joint 81 and the SATA signal mainboard joint 82 at two ends, wherein, this SATA signal support plate joint 81 is plugged in the 2nd SATA signal joint chair 51, and this SATA signal mainboard joint 82 is plugged in another SATA signal joint chair (not icon) on this mainboard 100, in order to form inner SATA signal path.A second source holding wire 85 and this second source joint chair 52 can be pegged graft, these second source holding wire 85 one end are power supply signal support plate joint 86, this power supply signal support plate joint 86 is plugged in this second source joint chair 52, the other end of this second source holding wire 85 is connected to a power supply unit (not shown), this power supply unit provides power supply by this second source holding wire 85, in order to form internal electric source signal path.
Due to this second plug-in card 55 shared slot (connector) that is CF-SATA card and CFEX card, therefore can establish a Jumper (not shown) on this interface support plate 30, to come use CF-SATA card or the CFEX card of this second storage slot 50 of manual switchover by the mode of Jumper; Also a Switch chip can be set on this interface support plate 30, by this Switch chip, automatically switching the method for using CF-SATA card or CFEX card, this Switch chip automatically to switch use CF-SATA card or CFEX card can implement for example as follows:
This Switch chip is set makes it can detect the leg signal of the card of inserting, and a certain special pin (as 27pin) in CFEX card is established a specific electrical resistance (or other assemblies), therefore when this CFEX card inserts slot, this special pin can produce an identification signal.
Make this Switch chip make the following judgment and automatically switch according to the leg signal of the card of inserting: (1) if. this special pin of the card of inserting has this identification signal of generation, this Switch chip judges that this card of inserting is CFEX card, and automatically switches to use CFEX card.(2). otherwise this Switch chip judges that this card of inserting is CF-SATA card, and automatically switch to use CF-SATA card.
Switch this second the storage use CF-SATA card of slot 50 or mode of CFEX card, also can other modes that can switch as signal reach, as operated with the good software of a pre-installation, control switching etc.; So, the utility model can the application at SATA device in conjunction with a plurality of storage interface, as long as this All-in-One SATA interface storage device is located on this mainboard 100, can allow client that the SATA device of three kinds of interfaces is carried out to information interchange interaction (as copy operation etc.) to each other, and not need other extra Storage Medias.Again, because this mainboard 100 is provided with the circuit of transmission SATA signal, and be provided with the periphery I/O equipment (as connector etc.) of transmission SATA signal, so the transmission that also available and interface equipment carry out SATA signal of this All-in-One SATA interface storage device is used.
Therefore, the utility model All-in-One SATA interface storage device is by aforementioned formation, its can be in a host computer system by SATA interface to use multiple storage device, and then All-in-One storage device can significantly be promoted in the application of SATA interface, and allow user adopt more easily new storage device, with lower cost, create higher value of services benefit.
To description of the present utility model, be illustrative above; and it is nonrestrictive; those skilled in the art is understood, and can carry out many modifications, variation or equivalence to it, but they all will fall in protection range of the present utility model in claim within the spirit limiting and scope.
Claims (11)
1. an All-in-One SATA interface storage device, is characterized in that, includes:
One interface support plate, this interface support plate is located on a mainboard;
One first stores slot, is located on this interface support plate, and this first storage slot is a CFast slot, in order to the use that plugs of a CFast card to be provided;
One second stores slot, is located on this interface support plate, and this second storage slot is a CF-SATA and the shared slot of CFEX, in order to the use that plugs of a CF-SATA card or CFEX card to be provided.
2. All-in-One SATA interface storage device as claimed in claim 1, it is characterized in that, this first outside that stores slot is provided with a plurality of the first circuit connecting terminals, arbitrary limit of this interface support plate is provided with one the one SATA signal joint chair and the first power supply joint chair, and a SATA signal joint chair and the first power supply joint chair are connected to the plurality of the first circuit connecting terminals by the circuit that connects of this interface support plate.
3. All-in-One SATA interface storage device as claimed in claim 2, it is characterized in that, this first SATA signal terminal under storing in the plurality of first circuit connecting terminals of slot is electrically conducted in a SATA signal joint chair by the circuit that connects of this interface support plate, and the power supply signal terminal under in the plurality of the first circuit connecting terminals is electrically conducted in this first power supply joint chair by the circuit that connects of this interface support plate.
4. All-in-One SATA interface storage device as claimed in claim 2, it is characterized in that, the one SATA signal joint chair is plugged with one the one SATA holding wire, the one SATA holding wire has SATA signal support plate joint and the SATA signal mainboard joint at two ends, this SATA signal support plate joint is plugged in a SATA signal joint chair, and this SATA signal mainboard joint is plugged in the SATA signal joint chair on this mainboard.
5. All-in-One SATA interface storage device as claimed in claim 2, it is characterized in that, this the first power supply joint chair grafting one first power signal line, this the first power signal line one end is a power supply signal support plate joint, this power supply signal support plate joint is plugged in this first power supply joint chair, and this first power signal line other end is connected to a power supply unit.
6. All-in-One SATA interface storage device as claimed in claim 1, it is characterized in that, this second outer side-line that stores slot is provided with a plurality of second circuit splicing ears, arbitrary limit of this interface support plate is provided with one the 2nd SATA signal joint chair and second source joint chair, and the 2nd SATA signal joint chair and this second source joint chair system are connected to the plurality of second circuit splicing ear by the circuit that connects of this interface support plate.
7. All-in-One SATA interface storage device as claimed in claim 6, it is characterized in that, this second SATA signal terminal under storing in the plurality of second circuit splicing ear of slot is electrically conducted in the 2nd SATA signal joint chair by the circuit that connects of this interface support plate, and power supply signal terminal under in the plurality of second circuit splicing ear circuit that connects by this interface support plate is electrically conducted in this second source joint chair.
8. All-in-One SATA interface storage device as claimed in claim 6, it is characterized in that, the 2nd SATA signal joint chair grafting one the 2nd SATA holding wire, the 2nd SATA holding wire has SATA signal support plate joint and the SATA signal mainboard joint at two ends, this SATA signal support plate joint is plugged in the 2nd SATA signal joint chair, and this SATA signal mainboard joint is plugged in the SATA signal joint chair on this mainboard.
9. All-in-One SATA interface storage device as claimed in claim 6, it is characterized in that, this second source joint chair second source holding wire of pegging graft, this second source holding wire one end is a power supply signal support plate joint, this power supply signal support plate joint is plugged in this second source joint chair, and this second source holding wire other end is connected to a power supply unit.
10. All-in-One SATA interface storage device as claimed in claim 1, is characterized in that, on this interface support plate, establishes a wire jumper, to come use CF-SATA card or the CFEX card of this second storage slot of manual switchover by the mode of this wire jumper.
11. All-in-One SATA interface storage devices as claimed in claim 1, is characterized in that, on this interface support plate, a conversion chip are set, by this conversion chip this second use CF-SATA card or CFEX card that stores slot that automatically switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320481289.4U CN203434312U (en) | 2013-08-07 | 2013-08-07 | All-in-one SATA interface storage device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320481289.4U CN203434312U (en) | 2013-08-07 | 2013-08-07 | All-in-one SATA interface storage device |
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| Publication Number | Publication Date |
|---|---|
| CN203434312U true CN203434312U (en) | 2014-02-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320481289.4U Expired - Fee Related CN203434312U (en) | 2013-08-07 | 2013-08-07 | All-in-one SATA interface storage device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109472174A (en) * | 2018-09-30 | 2019-03-15 | 天津市英贝特航天科技有限公司 | A kind of CFast Card card reader of standard SATA physical interface |
-
2013
- 2013-08-07 CN CN201320481289.4U patent/CN203434312U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109472174A (en) * | 2018-09-30 | 2019-03-15 | 天津市英贝特航天科技有限公司 | A kind of CFast Card card reader of standard SATA physical interface |
| CN109472174B (en) * | 2018-09-30 | 2022-02-22 | 天津市英贝特航天科技有限公司 | CFast Card reader of standard SATA physical interface |
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