Search Results for "overclock cpu intel"

XFreq provides a GUI to monitor the Processor frequencies (including Turbo Boost), the temperatures, C-States; and to alter the operational features of the Intel Core i7 processor. XFreq is also programmed for Core 2 and other Intel 64-bits architectures.

Abstracts the hassle of HW accelerated decoding in Intel's 2nd generation Core i3/i5/i7/Pentium/Celeron (SandyBridge) or newer Intel CPU/GPU using the Intel QuickSync technology. Started as an internal decoder within FFDShow. Can be easily ported to other DirectShow decoders. The Intel QuickSync decoder is now used within FFDShow, LAV video decoder and PotPlayer.

...Meant for beginner or advanced programmers on C or ASM, Nanux can help you understand the functions of the operating system, or create one by yourself. Minimal requirements: - x86 Arquitecture, PC - CPU Intel Pentium I, 200 MHz or newer, (maybe AMD, but is not recommended) - 4 MiB of RAM - CD/DVD ROM, USB or Floppy to run the ISO Image - keyboard /*Future updates are coming :) */ ==================================== For any questions or comments about the project you can write me at: - bojidar_bob@abv.bg - bozhidar1991@gmail.com - Facebook: Bozhidar Peychev Please rate and comment this nice OS :) Thanks for using Nanux Kernel ====================================

Project implementing simulator of virtual CPU with additional tools. Application written in C# 4, .Net Framework 4.0 , Visual Studio 2010 Features: - IDE- like environment with MDI interface - Customizable (plug- ins) architecture: instruction sets, directives, registers, additional MDI windows - Own assembler using Intel syntax producing binary programs - Simulation of i386- like CPU operating on multi- level cache and RAM - Simulation of debugger and memory view - Features of simple OS: scheduling, multi- tasking by context switching, memory management Currently available version considered "initial". ...

Softx86 is a library that provides software emulation of an Intel 80x86 CPU. The library takes care of executing opcodes and handling exceptions while the host application is responsible for providing simulated RAM, I/O devices, external signals.