![]() Q1: Which motherboards support Flashback function? Query the Flashback position.Ī1: You can check the official website product specifications or user manual instructions. Wait until the light goes out, indicating that the BIOS updating process is completed. (Ex: ROG CROSSHAIR VII HERO model, Flashback indicator flashes)Ĩ. This will cause the update to be interrupted and the system will not boot. ![]() Please do not remove the USB flash drive, unplug the power supply, turn on the power or press the CLR_CMOS button during the execution. *The BIOS file size will affect the update time. Press the BIOS FlashBack™ button for three seconds until the FlashBack LED blinks three times, indicating that the BIOS FlashBack™ function is enabled. Please shut down before using the USB BIOS FlashBack™ tool, but do not remove the power.ħ. (Please refer to the FlashBack location of the model manual)Ħ. Connect the USB flash drive to the USB FlashBack™ port on the motherboard. Copy or move the renamed BIOS file (.CAP) to the root directory of the USB flash drive.ĥ. Double click on “BIOSRenamer” to automatically rename the BIOS file (.CAP).Īutomatically rename the BIOS file (.CAP) is completed -> press any key to end the naming window.Ĥ. Extract the compressed BIOS file, which contains a BIOS file (.CAP) and a BIOS rename tool (BIOSRenamer).ģ. Download the latest BIOS file corresponding to your motherboard model from the ASUS Download Center and save it to a USB flash drive.Įnter a model name -> click on the driver and utility.ġ-1 Click Driver and Utility -> BIOS and FIRMWARE, select the required BIOS version and download (the latest version is recommended).ġ-2 Put the downloaded compressed BIOS file into a USB flash drive.Ģ. How to search for the drivers, manuals and spec information on ASUS Support site? Please refer to this link. You can get the latest software, manuals, drivers and firmware at the ASUS Download Center. To provide you more detailed instruction, you can also click ASUS Youtube video link below to know more about How to use USB BIOS FlashBack™ *Requires a single sector USB flash drive in FAT16 / 32 MBR format. Requirements Tool: Prepare a USB flash drive with a capacity of 1GB or more. Use situation: If your Motherboard cannot be turned on or the power light is on but not displayed, you can use the USB BIOS FlashBack™ function. You do not need to enter the BIOS screen of the motherboard or use the EZFlash software in the operating system to use the hardware functions of the motherboard to update the BIOS. Note: The easiest way to update the BIOS is provided. See Response of Systems in Model Array (Control System Toolbox).How to use USB BIOS FlashBack™? Of all models in the array on the same axes. If sys is an array of models, the function plots the responses Lsim does not support frequency-response data models such as Linear time-varying ( ltvss (Control System Toolbox))Īnd linear parameter-varying ( lpvss (Control System Toolbox)) Initial conditions, and can simulate nonlinear identified models. Sim can also simulate all types of models with nonzero Standard deviation of the simulated response and state trajectories. For identified models, you can also use the Identified LTI models, such as idtf, idss, or Sparse state-space models such as sparss and Returns response data for the nominal model only. When you use output arguments, the function When you use lsim to plot the simulated response, lsim provides separate axes for each output, representing the system response in each output channel to the input u(t) applied at all inputs.Ĭonsider the two-input, three-output state-space model with the following state-space matrices.įor tunable control design blocks, the function evaluates the model at itsĬurrent value for both plotting and returning response data.įor uncertain control design blocks, the function plots the nominal valueĪnd random samples of the model. Similarly, the output y(t) computed by lsim is a matrix whose columns represent the signal at each system output. For instance, to simulate a system with four inputs for 201 time steps, provide u as a matrix of four columns and 201 rows, where each row u(i,:) is the vector of input values at the ith time step each column u(:,j) is the signal applied at the jth input. In other words, each column of u is the input signal applied to the corresponding system input. To use lsim, you specify u as a matrix with dimensions Nt-by- Nu, where Nu is the number of system inputs and Nt is the length of t. In a MIMO system, at each time step t, the input u(t) is a vector whose length is the number of inputs. Control System Toolbox Control System Toolbox.
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