Tip 1: How to include kernels in bios

Computers & Software

Tip 1: How to include kernels in bios

The process of including additional core in the BIOS is reduced to the checkbox on the boxEnabled the corresponding partition. The main difficulty is to determine the possibility of performing a processor unlocking operation and searching for the desired partition.

Instructions

Make sure that the computer's motherboardmeets all the requirements for including an additional kernel and remember that the selected procedure can lead to a malfunction of the system.

Do not forget to restart the computer system after performing the operation of unlocking the additional kernel and test it for functionality.

For Asus: - South bridges AMD SB750 and 710 - go to the Advanced tab and specify the CPU Configuration item, select the Enabled option in the Advanced Clock Calibration line and repeat the same action in the appeared Unleashing Mode field - the nVidia chipset - go to the Advanced tab and use the JumperFree Configurarion , check the box in the NVIDIA Core Callibration field for the desired action - motherboards that support the Asus Core Unlocker function - go to the Advanced tab and use the CPU Core Activation items along with the Asus Core Unlocker.

For MSI:- South bridges AMD SB750 and 710 - open the Cell Menu and apply the checkboxes to the Advanced Clock Calibration field, repeat the same action on the Unlock CPU Core line - the nVidia chipset - expand the Cell Menu and go to the NVIDIA Core Calibration section - motherboards that support function MSI's Unlock CPU Core - open the Cell Menu and use Unlock CPU Core.

For AsRock:- South bridges AMD SB750 and 710 - go to the Advanced tab and specify the command Advanced Clock Calibration (options are: open the OS Tweaker menu and select the same command), the L3 cache is managed in the L3 Cache Allocation section - the nVidia chipset that supports the NCC function - go to the Advanced tab and specify the NVIDIA Core Callibration item, enable additional poison in the Active Core Setup line, - motherboards that support the UCC function - open the OS Tweaker menu and go to the ASRock UCC section, enable the additional core in the CPU Active Core Control line.

Tip 2: How to enable two cores

Enabling the operation of two processor cores incomputer in several ways. Note that many of them can spoil your processor, so use only software methods.

You will need

- skills of a confident PC user.

Instructions

If your computer configuration includesyourself dual-core processor, activate Hyper-threading in the BIOS settings. To do this, restart it, at boot press the button responsible for entering this program. In most stationary computers this is Delete, in laptops - F1, F2, F8, F10, Fn + F1, Delete, Fn + Delete and other combinations depending on the model of the motherboard. If necessary, enter the password to log in.

Use the arrow keys to scroll through the menuprogram and see its interface. Find the Hyper-threading feature, it can be in the process settings, but it can also depend on the model of your motherboard. Set the flashing cursor to its position and change the position to On using the plus / minus buttons. Exit the program, saving the changes.

If your computer is more thantwo cores, and you need to include only 2 of them, use special programs. Note that they are often unreliable and roll back the changes to the factory settings only after the operating system is completely deleted with the formatting of the local disk. Especially this option is often found when using Windows Xp on multi-core computers. The configuration of this operating system simply does not include the function of changing the number of working cores, since it was made while the processors were normal, so rollback of the changes may not be possible even if you resort to third-party utilities. Here, only reinstalling on windows Seven will help.

If you need to change the number of cores forcompatibility of the software version with the hardware configuration of the computer, use the change of the attributes of the startup file of this program by right-clicking on it and selecting the compatibility mode with XP or Vista.

Tip 3: How to enable the second XP kernel

The second core of the processor usually happensIs enabled by default in the operating system Windows XP, but some programs require it to shutdown for proper operation. After this, it may be difficult to return to the original settings.

You will need

- optimization program.

Instructions

Make sure that the second core processor is disabled. To do this, open the Windows Task Manager by pressing Alt + Ctrl + Delete or Shift + Ctrl + Esc, and then click the System Speed tab. Note how many parts are divided in the CPU load window, if two, then both cores are turned on and functioning at the proper level.

In the case when you have only one core of the two in the Windows XP operating systemDownload and install the optimization program, which configures the processor. After installation, go to the hardware management of your computer and turn on the work of both cores of the processor. If necessary, reboot the computer, even if the optimization program does not require it, do not forget to save the changes made earlier.

To test the operation of both computer coresturn it on and run any game or program, the system requirements which assume that you have a dual-core processor. Start the task manager and on the system performance tab, view the workload of both items. It can be different for them, since the load is not always distributed evenly.

Turn on the second core processor using the parent driver's rollbackboard installed in your computer. Prepare the driver for future installation, it's best to update the driver. Reinstall the software, and then restart the computer.

Check the operation of both cores in the managerdevices. This sequence works in very rare cases. You can also try restoring the system from its earlier state, but in this case, the rest of the changes you make will be canceled for a period of time.

Tip 4: Why do kernel computers

The core of the processor is a silicon crystalabout 10 square millimeters, on which with the help of microscopic computational elements the processor circuit is realized - the so-called architecture.

CPU Core Device

The core is connected to the processor chip by technology,called flip-chip, which literally translates as an inverted core. Technology has such a name in connection with the method of attachment - the visible part of the core is its internal part. This provides direct contact of the core with the cooler heatsink to improve heat transfer and avoid overheating. On the back of the kernel is the solder bumps - the pins that connect the crystal to the rest of the chip. The core is located on a textolite base, along which there are contact tracks connecting with contact pads. The core itself is closed with a protective metal cover, under which is filled with a thermal interface.

What are multi-core processors for?

A multi-core processor is called a centrala microprocessor that contains two or more cores in one casing or on a single processor chip. The first microprocessor was developed by Intel in 1997 and was called Intel 4004. It worked at a clock speed of 108 kHz and consisted of 2300 transistors. Over time, the demands on the processing power of the processors began to grow. For a long time, its increase was due to an increase in the clock frequency. However, at a certain stage in the development of microtechnology, developers encountered a number of physical barriers associated with the approximation of manufacturing processes to the dimensions of the silicon atom from which the core is made. Thus, the developers came to the idea of creating a multi-core processor. Multi-core chips run two or more cores at the same time, thus allowing a lower clock speed to provide greater performance, by concurrently performing two or more independent task flows.

The main advantages of multi-core processors

The main advantage of multi-core processorsis the ability to distribute the work of programs across multiple cores. This, in turn, increases the speed of the programs and allows processes that require intensive calculations to proceed much faster. Multi-core processors allow more efficient use of computationally demanding applications, for example, video editors. In addition, computers with multi-core chips consume less power and make the user's work more comfortable.