TWI336453B - Method for adjusting working frequency of chip - Google Patents

Description

1336453 0950421 22919twf.doc/n IX. Description of the Invention: [Technical Field] The present invention relates to a method for adjusting the operating frequency of a wafer, and is not related to an application under the full screen. The method of working frequency. [Prior Art]

In addition to the pursuit of improved computing performance, the rapid performance of the computer system is also the goal of continuous efforts. With the advancement of technology, A-line graphics, etc., which require large amounts of data, have been used more and more widely. 'The 3D drawing software or 3D game software on the market is also quickly introduced (4), which is based on the ffi technology. ,

Therefore, on the same-set hardware device, it is easy for some 3D software to have a hard-working effect and a problem of poor fluency in the execution of the body or software. When the hardware performance is insufficient, in order to save the unlocking 'without replacing the hardware device', the makers adjust the hard working clock (dock), which is generally called overclocking (〇verd〇ck) to improve the hard Physical work efficiency. In addition to the central processing unit (cpu) for overclocking, the display chip can also be overclocked. In general, when the user is in a 3D game with a large amount of reduction, if the display processing speed is not touched, the situation will be poor in the _ the towel. Therefore, Xu Xiang is expected to improve the display crystal in the process of the 3D secret before the 3D secret, the sister will move over the frequency of the cake, so that the game can improve the display crystal in progress; If you want to enter the game again after entering the game 5 1336453 0950421 22919twf.doc / n line overclocking action, you must leave the game to perform the overclocking program and then set it again, and then enter the game after the setting is completed. After entering the game again, if the fluency is still not ideal and you want to overclock again, you must repeat the above steps. Such complicated actions are quite inconvenient to use. SUMMARY OF THE INVENTION The present invention provides a method for adjusting the operating frequency of a wafer, which can adjust the operating frequency of the display at any time according to the needs of the user in the application of the entire camp. The invention proposes a method for adjusting the working frequency of the wafer, and adjusts the working frequency of the display chip under the application of the full screen surface. The method for adjusting the wafer: η is the frequency firstly, the frequency of the wafer is measured by the system. Adjustment range. Then, execute the (4) program of the full face of the work: and control the test. Then, Wei controls the wheel of the hotkey to reveal the user interface. Finally, the rate of input by the maker interface is accepted, and the operating frequency of the whole chip is adjusted according to the rate of the input. (4) Internal adjustment is not shown in an embodiment of the present invention, the above-mentioned detection first starts from the second working frequency: Connect f to detect whether the display chip appears: Display: When the chip is abnormal, 'stop adjusting the display,' the adjusted display - the frequency is the step of the frequency adjustment. First of all: adjustment: whether the display wafer is out of date The operating frequency of the film operates 6 1336453 0950421 22919twf.doc/n without the chip' and detects the temperature at which the wafer is not operating. Next, it is judged whether or not the temperature at which the wafer is operated is higher than the preset temperature. Finally, when the temperature at which the display wafer operates is higher than the preset temperature, it indicates that the display wafer is abnormal. In an embodiment of the invention, the step of opening the application of the full screen includes loading the dynamic link library. After loading the dynamic link library, the call to the dynamic link library is further included, and the operating frequency of the display chip is adjusted according to the input frequency.

In one embodiment of the invention, the step of displaying the user interface is to embed the user interface in the next screen of the application that is to be displayed on the full screen. In the embodiment of the present invention, the above-mentioned debt measurement display chip after the frequency adjustment range further includes the tracking rate range from the basic input/output system (BK)S), and then includes the self-basic wheel-in and out system. Enter the frequency to adjust the dry circumference.

The present invention detects when the system is powered on, and displays the frequency adjustment of the wafer in the application of the full screen to adjust the operating frequency of the display wafer. Therefore, according to the user's needs, 曰 the adjustment of the working frequency, no matter when it is in any situation, it is quite convenient to enter the operating frequency of the whole wafer. The above-described features and advantages of the present invention are set forth in the accompanying drawings. Generally, when performing a full-screen application, if you find that the speed is too slow and the effect is good, you can adjust the working frequency of the chip at any time (for example, the game program). 7 1336453 0950421 22919twf. doc/n =, After the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ In order to make the present invention == the following special embodiment as a more practical implementation of the present invention, the display wafer, such as a graphics processor

=_cIwssUnit, GPU), for example, a game program, such as a game program, the general knowledge of the ship field can also be implemented in various types depending on the needs thereof.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a flow diagram of adjusting the operating frequency of a wafer in accordance with an embodiment of the present invention. Please refer to FIG. 1 first, step 811 () is to dynamically detect the frequency adjustment range of the display chip when the system is powered on, that is, to detect the maximum limit value of the overclocking (0 vercl0ck) of the display chip to avoid When the operating frequency of the wafer is adjusted, the operating frequency is adjusted too high and the display wafer is damaged. When the detection is completed, the system will record the detected frequency adjustment range to the basic input/output system (Basic Input/Output System, hereinafter referred to as Bios) in the memory. In addition, before the frequency adjustment range of the display chip is detected, it is also possible to determine whether the hardware device of the system and the external environmental factors have changed to determine whether to extend the frequency adjustment range detected by the last power-on. If there is no change, the frequency adjustment range detected by the last power-on can be extended to speed up the system startup speed, which can be determined by the user's situation. This embodiment is not limited. The frequency adjustment range of the detection display chip can be subdivided into a plurality of sub-steps. FIG. 2 is a diagram for detecting the frequency of the display chip according to an embodiment of the present invention.

S 0950421 22919twf.doc/n Flow chart of the adjustment range method. Lost y parameter, Fig. 2, step S210 is to automatically adjust the operating frequency of W from the work process. In other words, when the system is turned on, the display crystal is gradually adjusted from the beginning to the top, and the work frequency is used as the reference. The value is compared with the upper and lower ratios, or a fixed initial work material is slowly added. Example = is the state of the display of the secret time of the wafer, set the state of stability. Under the solution, the most important step is when the system is operating. Figure 2 t, to determine whether to continue the frequency adjustment range of W's 'crystallized' 1. For example, the operating temperature can be used to judge whether the display crystal K is abnormal. It operates with the adjusted operating frequency of the display chip, And detecting the temperature of the display wafer during operation to determine whether the temperature of the display is higher than the preset temperature. If the /JDL degree of the wafer operation is preset to a preset temperature, the display wafer appears In step S230, when an abnormality occurs in the display wafer, the operating frequency of the display wafer is stopped, and the operating frequency of the currently adjusted display chip is used as the limit value of the frequency adjustment range. The whole display of the chip's operating frequency' is the more unstable the operation of the system, such as voltage instability. Therefore, the operating frequency of the currently adjusted display chip is set to the maximum value of the frequency adjustment range. If the preset operating frequency of the display chip is 500MHz 500 megahertz, that is, the calculation rate per second is 500 million times, then when the frequency adjustment range is detected, the adjustment starts from 500MHz, each time 1364453 0950421 22919twf .doc/n adjusts a range above, for example, 5MHz once, and adjusts the operating frequency of the display chip to 505MHz, 510MHz, 515MHz... until the detection is abnormal. If it is detected at 600MHz When the temperature of the display wafer is too high, 600MHz is the limit value of the frequency adjustment range. In other words, the frequency adjustment range can be adjusted up to 600MHz. Then, please continue to refer to Figure 1 'Step S120 for the full-screen writing The application, and the hotkey (Hotkey) will be enabled by the system while it is being executed. After the full screen image application is executed, the system will adjust The dynamic operating link library (DLL) of the chip operating frequency is loaded into the memory for use in subsequent action calls. Then, in step S130, the input of the control hotkey is received in the application of the full screen. To display the user interface. In other words, when the system detects that the user presses the control hotkey, the user's face is displayed. The action of displaying the user interface is to embed the user interface into the full screen. The next application is to be displayed in the next page. For example, 'Figure 3 is a display of the user interface according to the embodiment of the present invention. Please refer to Figure 3, when the system receives the control hotkey When you type it, you will use some commands to display the user interface and add the user interface to the next page to be displayed. For example, the seat age is added to the next desired face as the position displayed by the maker interface in the full t-screen to display the user interface. Please continue to refer to Figure 1'. Step S13. The user interface displayed includes the frequency adjustment range. That is to say, if the (4) money is introduced (4), the system will 1364453 0950421 22919twf.doc/n load the frequency adjustment range of the display chip detected by step SU0 from BI〇s, and display the frequency adjustment range. In the user interface, the currently displayed "King's frequency is displayed in the maker interface. Therefore, the user can set the adjustment range to set the desire for the woman's health. In this case, for convenience only, This embodiment does not limit the type of information in the user interface. [beta] Next, step S140 is to adjust the operating frequency of the display chip within the φ frequency adjustment range according to the received input frequency, that is, the user can according to the demand. To set the input frequency (ie, the operating frequency to be adjusted), and the system adjusts the operating frequency of the display chip according to the input frequency. If the input frequency is not within the frequency adjustment range, the system is, for example, the maximum value of the frequency adjustment range. Adjust the operating frequency of the display chip without forcibly adjusting the operating frequency to the input frequency of the user input to ensure the stability of the system. After that, the system will automatically update the dynamic link library of the wafer to adjust the working frequency of the display chip according to the input frequency. _ «After adjusting the display chip, the work will be The user interface is closed. The method of closing the user interface, for example, pressing the control hotkey to close the user interface or using the cursor to select the close button on the user interface is worth mentioning. After the display of the operating frequency of the chip, if the operating frequency is adjusted too high in the application of the full screen, the system is overburdened, and the pattern may be broken. On the other hand, it is also the operating frequency. Inadequate adjustment, which makes the smoothness of the face is not good. Because 11 1336453 0950421 229I9twf.doc/n, you can press the control hotkey again to display the user interface to increase or decrease the operating frequency of the display chip. The number of times the operating frequency of the wafer ' can be adjusted by the user according to the operating conditions of the system. In order to clearly express the above concept, another embodiment will be given below. 4A-4C are schematic diagrams of adjusting a wafer operating frequency by using a user interface according to an embodiment of the present invention. Referring to FIG. 4A, when the full screen interface application 42 is executed in the operating system 410, Next, if the operating system

When the system 410 receives the user's input to the control hotkey 43〇, the control hotkey 430 will go to the call driver 44〇. Next, referring to FIG. 4B, the driver 440 will open the user interface 45 in the operating system 41 and embed the user interface 450 into the application 42 of the full screen (as shown in FIG. 3). ).

Thereafter, referring to FIG. 4C, after the user interface 45 is turned on, the user can set the input frequency on the user interface 45A. After the setting is completed, the user interface 45G will transfer the incoming (4) input to the dynamic link library 460. The dynamic link library _ adjusts the range according to the frequency of the input frequency in the BIOS 470 to adjust the display chip (that is, the overclocking action), and the dynamic connection of the display card = continue to display the picture. The display card dynamic link The library 48 example shows the driver of the Leica card, which is based on the dynamic link library weight adjustment = frequency to drive the display card to continue to display the full screen surface. The adjustment proposed by the present invention At least have the following advantages:

Method of working frequency of chip ί 12 1336453 0950421 22919twf.d〇c/n 1. When the system is turned on, the frequency of the chip is set to the whole range. The operating frequency of the chip is displayed in the whole range, so this frequency is damaged due to overclocking. The t-long display chip starts the user interface and selects the convenience of adjusting the hot key of the display W for use. Neck rate' improvement, although the invention has been disclosed above in the preferred embodiment,

</ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; W Feng's side

2 is a flow chart of a method for determining the frequency adjustment range of a debt display wafer in accordance with an embodiment of the present invention. Figure 3 is a diagram showing a user interface in accordance with an embodiment of the present invention. 4A-4C are schematic diagrams of adjusting the operating frequency of a wafer using a user's J surface in accordance with an embodiment of the present invention. [Description of main component symbols] S110~S150: steps of the method for adjusting the operating frequency of the wafer of the present invention S210 to S230: steps of detecting the frequency adjustment range of the display chip of the present invention

Claims (1)

1336453 0950421 22919twf.doc/n X. Patent Application Range: h—A method for adjusting the operating frequency of a wafer, which is suitable for adjusting the operating frequency of a display chip under the application of a full-surface application, which adjusts the operating frequency of the wafer. The method includes the following steps: Detecting a frequency adjustment range of the display chip when the system is powered on; executing the application of the full screen and enabling a control hotkey; = receiving the input of the control hotkey to display - the user interface And the recipient of the system-input-in-the-wheel input, the secret data is received here, the renewal rate, the method of displaying the wafer in the material axis, and the adjustment mentioned in the first item The steps of the chip operating frequency, the process of measuring the fresh adjustment range of the display chip include: frequency; starting with frequency, step by step to display the work of the wafer 丨 only flashes to show whether the wafer is present when the display wafer appears and the frequency is 'the current adjustment' = the limit value of the wafer's power adjustment range. The frequency of the working frequency of the child is the frequency method, wherein the step of adjusting the working frequency of the wafer as described in the item to adjust the usual steps includes: measuring the display wafer; and operating the display crystal at a frequency Whether the temperature of the test is higher than - the preset temperature of 1364453 0950421 22919twf.doc / n When the temperature of the display wafer is below the preset temperature, it indicates that the display wafer is abnormal. The method for adjusting a working frequency of a wafer according to claim 2, wherein the preset operating frequency is an initial operating frequency set when the display wafer is shipped from the factory. 5. Adjusting as described in claim 1 The method for operating the frequency of the chip, wherein the step of opening the application of the full screen image further comprises: loading a dynamic link library. 6. The method for adjusting the operating frequency of the chip according to claim 5 of the patent application, wherein After the step of entering the dynamic link library, the method further includes: a slice: Η: move, link private library 'Adjust the display frequency according to the rounding frequency according to the rounding frequency. The method of the range i is the step of displaying the user interface: the application of the slice operating frequency is embedded in the application of the full screen surface - Method US:: Adjusting the operating frequency of the wafer as described in Item 1 After the frequency adjustment range of the display chip is measured, the frequency adjustment range is further recorded. The frequency adjustment range of the base wheel is further included: the domain basic input wheeling system surrounds 15 1336453 0950421 22919twf.doc/n 10. The method of adjusting the operating frequency of the wafer as described in item 8 of the patent application' wherein the basic input/output system is stored in a memory. 11. As claimed in claim 1 The method for adjusting the operating frequency of the chip, wherein the frequency adjustment range is included in the user interface. 12. The method for adjusting the operating frequency of the wafer according to claim 1 of the patent application further includes: closing the user interface. The method of adjusting the operating frequency of a wafer as described in claim 1, wherein the display chip comprises a graphics processor. 14. Said method of adjusting the operating frequency of the wafer, wherein the full-screen application comprises a game program of the day surface. 16