CN101958145B - Memory module capable of improving operation speed and operation method thereof - Google Patents
Memory module capable of improving operation speed and operation method thereof Download PDFInfo
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- CN101958145B CN101958145B CN200910151746A CN200910151746A CN101958145B CN 101958145 B CN101958145 B CN 101958145B CN 200910151746 A CN200910151746 A CN 200910151746A CN 200910151746 A CN200910151746 A CN 200910151746A CN 101958145 B CN101958145 B CN 101958145B
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Abstract
The invention relates to a memory module capable of improving an operation speed, which is suitable for electronic devices. The memory module comprises a first memory device, a second memory device, a serial advanced technology attachment (SATA) multi-port controller and an SATA connection port, wherein the first memory device is provided with a first controller and at least one first memory unit; the SATA multi-port controller is connected with the first memory device and the second memory device; the SATA connection port is provided with a first input end and a second output end; the first input end is connected with the SATA multi-port controller; and the second output end is correspondingly connected with a first connection port of an electronic device. When the electronic device detects that the first connection port is under a connection state, an operation system is arranged in the first memory device through the SATA connection port and other data are stored in the second memory device, so that the operation speed and stability of the electronic device are improved.
Description
Technical field
The present invention relates to a kind of memory module, relate in particular to a kind of memory module and operational method thereof that promotes operating speed.
Background technology
Along with development of electronic technology and progress, the storage of electric room storage, transmission data and transmitting device also thereupon improvement progress greatly memory storage especially; More research and develop, and significantly promote the memory capacity of flash memory, therefore towards directions such as high capacity, microminiaturizations; More develop and the solid state hard disc (Solid State Disk) that piles up formation with a plurality of flash memories, because it replaces conventional wafer with silicon wafer, so also can be described as silicone disc; The silicone disc memory storage is compared to traditional magnetic hard disk device, has not only that capacity is big, speed is fast and volume is little, possesses more that low power consumption, antidetonation are strong, low noise and advantage such as low in calories; Therefore can more safely store data; Based on above-mentioned advantage, the silicone disc memory storage replaces traditional magnetic hard disk device gradually, and often is applied in mini-system or the embedded system.
Simultaneously, in response to the progressing greatly of various memory storage, the connecting bus of various transmission interface is research and development, evolution thereupon also; For example: integrating apparatus electrical interface (Integrated Drive Electronics; IDE), USB (Universal Series Bus, USB), motor electronic Engineering society 1394 (Institute ofElectrical and Electronics Engineers Association 1394, IEEE1394) standard interface etc.; Wherein, IDE bus be otherwise known as AT additional (AT Attachment, ATA) additional (Parallel AT Attachment, PATA) bus etc. of bus or parallel AT.
The transmission standard of popularizing the most on the market at present is that (nearly all transmitting device all possesses the connector of USB2.0 to second generation USB for UniversalSeries Bus 2.0, USB2.0) interface; Yet; Owing to the increase of volume of transmitted data and to the demand on the transmission speed, the transmission upper limit (480Mbps) of USB2.0 does not re-use gradually, therefore in order to cater to the transmission demand of various high capacity portable memories; Develop and a kind of external transmission standard more at a high speed; Be that additional (SerialATA, SATA) interface are loaded with the lower resource of IEEE1394 interface through extended interface speed and than USB for serial high-order technology; The SATA interface can significantly be promoted to 3Gbps with transmission speed; Higher level configuration and capacity extensions is provided, to break through the bottleneck of portable memory now, to be widely used in the data transmission of various mass storage devices.
Yet along with development of electronic technology in recent years; Such as operating system, computer program etc. are brought in constant renewal in, are researched and developed, and the also increase thereupon of the consumption of its capacity and resource, in this case; When the installation exercise system or need take the program than large resource the time; The speed of tradition magnetic hard disk does not re-use gradually, tends to cause that the operating system travelling speed is slack-off, overall efficiency variation etc., and especially its speed and usefulness are obviously low especially when start; And when through SATA transmission interface transferring large number of data, capacity, speed and the stability of traditional magnetic hard disk operation are also poor than solid state hard disc.
In addition, when general user's desire expands the capacity of the memory storage in the computer system used in everyday, can select and purchase a hard disk more usually; And connect on system host board corresponding connectivity port, yet, because the volume of traditional magnetic hard disk device is comparatively huge; And need be fixedly set in the framework of computer system, shake to reduce, thereby when the user desires to use two hard disk units simultaneously, need take the big space of twice; And need to connect through two groups of connectors respectively; Comparatively complicated in the feasible connection operation, not only lack conformability, and more have influence on its extendibility.
In view of this, how to develop a kind of memory module and operational method thereof of improving the promoted operating speed of above-mentioned known disadvantage, real in pressing for the problem of solution at present.
Summary of the invention
One of the object of the invention is to provide a kind of memory module and operational method thereof that promotes operating speed; To combine two memory storages; And the operating system of electronic installation is stored in this higher memory storage of rapid speed, degree of stability, with the slower disappearance of the operating speed that solves known electronic installation.
Another purpose of the present invention is to provide a kind of memory module and operational method thereof that promotes operating speed; So that two memory storages are arranged in the normalization module jointly, install the disappearance that two memory storages need take bigger space to solve known electronic installation.
For reaching above-mentioned purpose, of the present invention one is that a kind of memory module that promotes operating speed is provided than the broad sense embodiment, is applicable to electronic installation, and it comprises: first memory storage has first controller and at least the first storage unit; Second memory storage; SATA multiport controller, it is connected with first memory storage and second memory storage; And the SATA connectivity port, having the first input end and second output terminal, first input end is connected with SATA multiport controller, then corresponding first connectivity port that is connected in electronic installation of second output terminal; Wherein, When electronic installation detects first connectivity port and is in connection status; Through the SATA connectivity port operating system is installed on first memory storage, and other data are stored in second memory storage separately, to promote the operating speed and the stability of electronic installation.
According to conception of the present invention, wherein first memory storage is a solid state hard disc.
According to conception of the present invention, wherein first storage unit is a flash memory.
According to conception of the present invention, wherein second memory storage is a magnetic hard disk.
According to conception of the present invention, wherein SATA multiport controller has the first input end and second input end, in order to be connected with first memory storage and second memory storage respectively.
According to conception of the present invention, wherein SATA multiport controller also has the 3rd output terminal, is connected in order to the first input end with the SATA connectivity port.
According to conception of the present invention, wherein the SATA connectivity port also has the 3rd output terminal, in order to be connected with power supply device, to provide the memory module operation required voltage.
According to conception of the present invention, wherein first memory storage and second memory storage are arranged in the housing, and it is normalized housing.
For reaching above-mentioned purpose; Another is that a kind of operational method that promotes operating speed is provided than the broad sense embodiment for the present invention; It comprises the following step: memory module (a) is provided, and it has first memory storage, second memory storage, SATA multiport controller, and the SATA connectivity port; (b) with the SATA connectivity port and the corresponding connection in first connectivity port of electronic installation of memory module; (c) electronic installation detects memory module, and memory module is regarded as single memory storage; (d) electronic installation is installed on first memory storage through first connectivity port, SATA connectivity port and SATA multiport controller with operating system; And (e) with other data storage of electronic installation in second memory storage, make operating system not receive the influence of other data transmission, access, to promote the operating rate and the usefulness of operating system.
Description of drawings
Fig. 1: it is the device synoptic diagram of the memory module of preferred embodiment of the present invention.
Fig. 2: it is the process flow diagram of the operational method of the promoted operating speed of preferred embodiment of the present invention.
Fig. 3: it is the capacity and the LBA position view of memory module shown in Figure 1.
Fig. 4: it is the structural representation of memory module shown in Figure 1.
Wherein, description of reference numerals is following:
1 electronic installation
10 memory modules
101 first memory storages
101a first controller
101b first storage unit
102 second memory storages
103SATA multiport controller
103a, 104a first input end
103b second input end
103c, 104c the 3rd output terminal
The 104SAS connectivity port
104b second output terminal
105 housings
106 circuit boards
11 motherboards
111 first connectivity ports
12 cables
131,132 winding displacements
A, B capacity
A0, A1, B0LBA position
S20～S24 can promote the operational method step of operating speed
Embodiment
One of the object of the invention is to provide a kind of memory module and operational method thereof that promotes operating speed; To combine two memory storages; And the operating system of electronic installation is stored in this higher memory storage of rapid speed, degree of stability, with the slower disappearance of the operating speed that solves known electronic installation.
Another purpose of the present invention is to provide a kind of memory module and operational method thereof that promotes operating speed; So that two memory storages are arranged in the normalization module jointly, install the disappearance that two memory storages need take bigger space to solve known electronic installation.
For reaching above-mentioned purpose, of the present invention one is that a kind of memory module that promotes operating speed is provided than the broad sense embodiment, is applicable to electronic installation, and it comprises: first memory storage has first controller and at least the first storage unit; Second memory storage; SATA multiport controller, it is connected with first memory storage and second memory storage; And the SATA connectivity port, having the first input end and second output terminal, first input end is connected with SATA multiport controller, then corresponding first connectivity port that is connected in electronic installation of second output terminal; Wherein, When electronic installation detects first connectivity port and is in connection status; Through the SATA connectivity port operating system is installed on first memory storage, and other data are stored in second memory storage separately, to promote the operating speed and the stability of electronic installation.
According to conception of the present invention, wherein first memory storage is a solid state hard disc.
According to conception of the present invention, wherein first storage unit is a flash memory.
According to conception of the present invention, wherein second memory storage is a magnetic hard disk.
According to conception of the present invention, wherein SATA multiport controller has the first input end and second input end, in order to be connected with first memory storage and second memory storage respectively.
According to conception of the present invention, wherein SATA multiport controller also has the 3rd output terminal, is connected in order to the first input end with the SATA connecting portion.
According to conception of the present invention, wherein the SATA connectivity port also has the 3rd output terminal, in order to be connected with power supply device, to provide the memory module operation required voltage.
According to conception of the present invention, wherein first memory storage and second memory storage are arranged in the housing, and it is normalized housing.
For reaching above-mentioned purpose; Another is that a kind of operational method that promotes operating speed is provided than the broad sense embodiment for the present invention; It comprises the following step: memory module (a) is provided, and it has first memory storage, second memory storage, SATA multiport controller, and the SATA connectivity port; (b) with the SATA connectivity port and the corresponding connection in first connectivity port of electronic installation of memory module; (c) electronic installation detects memory module, and memory module is regarded as single memory storage; (d) electronic installation is installed on first memory storage through first connectivity port, SATA connectivity port and SATA multiport controller with operating system; And (e) with other data storage of electronic installation in second memory storage, make operating system not receive the influence of other data transmission, access, to promote the operating rate and the usefulness of operating system.
Some exemplary embodiments that embody characteristic of the present invention and advantage will be described in detail in the explanation of back segment.Be understood that the present invention can have various variations on different aspects, its neither departing from the scope of the present invention, and explanation wherein and to be shown in be the usefulness of being used as explanation in essence, but not in order to restriction the present invention.
See also Fig. 1; It is for the device synoptic diagram of the memory module of the present invention's first preferred embodiment, and is as shown in the figure, and memory module 10 mainly comprises first memory storage 101, second memory storage 102, SATA multiport controller 103 and SATA connectivity port 104; And first memory storage 101 is connected with the first input end 103a of SATA multiport controller 103; 102 of second memory storages are connected in the second input end 103b of SATA multiport controller 103, and through SATA multiport controller 103 first memory storage 101 and second memory storage 102 are integrated into single memory storage, are connected with the first input end 104a of SATA connectivity port 104 by the 3rd output terminal 103c again; In some embodiment; Memory module 10 can be arranged at electronic installation 1 inside, and is connected in cable 12 through the second output terminal 104b of SATA connectivity port 104, so as to first connectivity port 111 on the motherboard 11 that memory module 10 is connected in electronic installation 1; In other embodiment; Memory module 10 also can be the device of circumscribed, and equally the second output terminal 104b through being connected in SATA connectivity port 104 cable 12 and be connected with first connectivity port 111 of electronic installation 1, and then carry out the data transmission operation; Its set-up mode can be made situation and appoints and to execute variation according to actual executing, not as limit.
See also Fig. 2; It is the process flow diagram of the operational method of the promoted operating speed of preferred embodiment of the present invention; As shown in the figure; The operational method that promotes operating speed of the present invention is at first for providing memory module 10, and it has first memory storage 101, second memory storage 102, SATA multiport controller 103 and SATA connectivity port 104 (shown in step S20), wherein; First memory storage 101 and second memory storage 102 are connected in SATA multiport controller 103; Converging whole by SATA multiport controller 103 again is single output, and is connected with SATA connectivity port 104, thereafter; Again with the SATA connectivity port 104 of this memory module 10 and first connectivity port, the 111 corresponding connections (shown in step S21) of electronic installation 1; After connecting completion, electronic installation 1 can detect memory module 10, at this moment; Electronic installation 1 is regarded as single memory storage (shown in step S22) with memory module 10; Then, 1 of electronic installation is installed operating system through SATA transmission interfaces such as first connectivity port 111, SATA connectivity port 104 and SATA multiport controllers 103 and is arranged at (shown in step S23) in first memory storage 101, and other data of electronic installation 1 are stored in second memory storage 102 through SATA transmission interfaces such as first connectivity port 111, SATA connectivity port 104 and SATA multiport controllers 103; Make the operating system that is arranged at first memory storage 101 when operation, can not receive the influence of other data transmission, access, with the operating rate and the usefulness (shown in step S24) of the operating system that can promote electronic installation 1.
Please consult Fig. 1 and Fig. 3 simultaneously, Fig. 3 is the capacity and the LBA position view of memory module shown in Figure 1, is example with the present embodiment, and electronic installation 1 can be computing machine, and it can be desk-top computer or notebook, but not as limit.Wherein, First memory storage 101 is a silicone disc device; Be a solid state hard disc, it has the first controller 101a and at least one first storage unit 101b, and the first storage unit 101b is a flash memory; And it can increase the memory capacity of first memory storage 101 through a plurality of first storage unit 101b are set, and has that volume is little, access speed is fast and advantage such as security height.And second memory storage 102 is a traditional magnetic hard disk, and first memory storage 101 and second memory storage 102 are through additional independent disk redundant array (the SATA RedundantArray ofIndependent Disks of serial high-order technology; SATA RAID) setting; Make the memory capacity totalling of first memory storage 101 and second memory storage 102, and can be regarded as single memory storage (being so-called BIGMode), promptly as shown in Figure 2; When memory module 10 and electronic installation 1 are in connection status; First memory storage 101 and second memory storage 102 are shown as single memory module 10 on electronic installation 1, and its memory capacity is the capacity B that the capacity A of first memory storage 101 adds second memory storage 102, for instance; When the capacity A of first memory storage 101 is 8GB; The capacity B of second memory storage 102 is 80GB, and the memory module 10 that then on electronic installation 1, is shown shows with total volume 88GB, and is certain; The big I of its memory capacity is made situation and is appointed and to execute variation according to actual executing, not as limit.
And, when the user writes data in the memory module 10, can pass through blocks addressing (Logical Block Addressing; LBA) location of position, and operating system is installed in rapid speed and the more stable silicone disc device, be example with the present embodiment; The LBA position of first memory storage 101 is between A0 to A1, and the LBA position of second memory storage 102 is then between between the A1 to B0, then when the user desires the operating system of mounting electronic device 1; Then preferentially operating system is installed the position that is arranged at rapid speed, more stable first memory storage 101, i.e. the position of A0 to A1, and can be through the for example mode of switch; Whether control allows data to write first memory storage 101; And its embodiment can be made situation and appoints and to execute variation according to actual executing, not as limit, and; With other programs that do not need to require at a high speed, data storage in the position of A1 to the B0 magnetic region of second memory storage 102; Thus, then can be with the operating system of electronic installation 1 and other programs, data separate storage, promptly when the operation system moves, can not receive access and the transmission operation influence of other programs, data and drag jogging speed; In addition; Operating system is deposited in the magnetic region at fast and comparatively stable first memory storage, 101 places of speed, except can effectively promoting the operating speed of electronic installation 1, more can promote the stability of electronic installation 1 operation.
See also Fig. 4, it is the structural representation of memory module shown in Figure 1, and is as shown in the figure; First memory storage 101 and second memory storage 102 are arranged in the normalization hard disk housing 105; Make its outward appearance only take the space of a hard disk housing 105, in some embodiment, the mode that first memory storage 101 and second memory storage 102 are provided with is as shown in Figure 4; First memory storage 101 is arranged at the upper surface of circuit board 106; 102 lower surfaces that are arranged at circuit board 106 of second memory storage, and first memory storage 101 is connected with the first input end 103a and the second input end 103b (as shown in Figure 1) of SATA multiport controller 103 respectively with second memory storage 102, and; The 3rd output terminal 103c of SATA multiport controller 103 then is connected with the first input end 104a of SATA connector 104 through winding displacement 131 and 132; And in present embodiment, be signal transmission terminal, in order to be connected with first connectivity port 111 of electronic installation 1 through cable 12 (as shown in Figure 1) with 7pin at the second output terminal 104b of SATA connector 104; So that data communicated with each other, transmitted to memory module 10 can with electronic installation 1; And SATA connector 104 also has the 3rd output terminal 104c, and the 3rd output terminal 104c system is for having the electric power transfer terminal of 15pin; Be electrically connected in order to produce, in order to provide memory module 10 operations required voltage through another cable (not shown) and with electronic installation 1.
Because traditional magnetic hard disk has certain volume, need be arranged in the housing 105 (as shown in Figure 4), to keep the stability of operation; Therefore first memory storage, 101 integration that memory module 10 of the present invention can be little with volume are arranged in traditional magnetic hard disk housing 105 of second memory storage 102, for example can be applicable to 2.5 inches universal hard disk housings of existing market or 3.5 inches hard disk housings etc., and not as limit; Thus, the outward appearance of memory module 10 is identical with general magnetic hard disk, yet inside but has two memory storages 101 and 102; Thereby can need not change under the prerequisite of design; Effectively extended storage capacity more can reduce its shared volumetric spaces simultaneously, and has advantage such as the element of saving cost; Significantly increase economic benefit, and more be applicable to the operating system of miniaturization.
In addition; In other embodiment; Memory module 10 also can comprise the 3rd memory storage or the 4th memory storage (not shown), and the 3rd memory storage and the 4th memory storage be the silicone disc device, thus; Then can be through the SATA multiport controller corresponding to integrate a plurality of memory storages with memory storage quantity; And the silicone disc device that a plurality of volumes are less and the bigger traditional magnetic hard disk of a volume be integrated into same memory module, so as to the memory capacity of extendible memory module not only, but and amenable to process require and distinguish, set different storage magnetic regions; With program, the data partition storage of operating system and different system requirement, so that the operation of electronic installation 1 is more quick, smooth and easy and efficient.
In sum, fundamental purpose of the present invention is to provide a kind of memory module, and its first memory storage and second memory storage that will be arranged in the same housing through SATA multiport controller is integrated into one; And, when electronic installation detection of stored module, this memory module is regarded as single memory storage through SATA connectivity port and being connected with first connectivity port of electronic installation; And operating system is installed on first memory storage, and with in other data storage to the second memory storages, thus through first connectivity port, SATA multiport controller; When the operating system of electronic installation is moved; Then can not receive the access of other programs, data and the influence of transmission operation, can promoting the operating speed of operating system, and; Because operating system is arranged at rapid speed, the first higher memory storage of stability; Therefore also can make electronic installation 1 more quick, smooth and easy and stable when system moves, in addition, also can be provided with under the situation in space in not extra increase; The quantity of expanded storage and capacity; With the slower disappearance of traditional magnetic hard disk operating speed in the solution known technology, and the problem that the space is set that when electronic installation is extended for two memory storages, all must take twice in the known technology, in addition; Because hard disc module is shared same housing and normalized SATA connectivity port, therefore also can save the production cost of integral module.
The present invention executes that the craftsman thinks and serves as to modify right neither taking off as all even if can be appointed by one of ordinary skill in the art to be described in detail by the above embodiments as attaching the claimed scope of claim.
Claims (12)
1. the memory module that can promote operating speed is applicable to an electronic installation, and it comprises:
One first memory storage has one first controller and at least one first storage unit;
One second memory storage;
One SATA multiport controller, it is connected with this first memory storage and this second memory storage, and this first memory storage and this second memory storage are integrated into single memory storage through this SATA multiport controller; And
One SATA connectivity port has a first input end and one second output terminal, and this first input end is connected with this SATA multiport controller, then corresponding one first connectivity port that is connected in this electronic installation of this second output terminal;
Wherein, When this electronic installation detects this first connectivity port and is in connection status; This memory module is regarded as the single memory storage of memory capacity for the capacity sum of this first memory storage and second memory storage by this electronic installation; Through this SATA connectivity port operating system is installed on this first memory storage, and other data are stored in this second memory storage separately, with operating speed and the stability that promotes this electronic installation.
2. memory module as claimed in claim 1, wherein this first memory storage is a solid state hard disc.
3. memory module as claimed in claim 1, wherein this first storage unit is a flash memory.
4. memory module as claimed in claim 1, wherein this second memory storage is a magnetic hard disk.
5. memory module as claimed in claim 1, wherein this SATA multiport controller has a first input end and one second input end, in order to be connected with this first memory storage and this second memory storage respectively.
6. memory module as claimed in claim 5, wherein this SATA multiport controller also has one the 3rd output terminal, in order to be connected with this first input end of this SATA connectivity port.
7. memory module as claimed in claim 1, wherein this SATA connectivity port also has one the 3rd output terminal, in order to be connected with a power supply device, to provide this memory module operation required voltage.
8. memory module as claimed in claim 1, wherein this first memory storage and this second memory storage are arranged in the housing, and it is normalized housing.
9. operational method that can promote operating speed, it comprises the following step:
One memory module is provided; It has one first memory storage, one second memory storage, a SATA multiport controller and a SATA connectivity port, and this first memory storage and this second memory storage are integrated into single memory storage through this SATA multiport controller;
With this SATA connectivity port of this memory module and the corresponding connection in one first connectivity port of an electronic installation;
This electronic installation detects this memory module, and this memory module is regarded as the single memory storage of memory capacity for the capacity sum of this first memory storage and second memory storage;
This electronic installation is installed on this first memory storage through this first connectivity port, this SATA connectivity port and this SATA multiport controller with operating system; And
In this second memory storage, make operating system not receive the influence of other data transmission, access, other data storage of this electronic installation to promote the operating rate and the usefulness of operating system.
10. operational method as claimed in claim 9, wherein this first memory storage is a solid state hard disc.
11. operational method as claimed in claim 9, wherein this first storage unit is a flash memory.
12. operational method as claimed in claim 9, wherein this second memory storage is a magnetic hard disk.
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| CN200910151746A CN101958145B (en) | 2009-07-13 | 2009-07-13 | Memory module capable of improving operation speed and operation method thereof |
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| CN200910151746A CN101958145B (en) | 2009-07-13 | 2009-07-13 | Memory module capable of improving operation speed and operation method thereof |
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