turbo button pc download Download. We’re pleased you have decided to install MyTurboPC! Keeping your computer free of adware and spyware, and managing the organization and storage of your files, folders and system registry settings keeps your computer performing optimally and extends its life. MyTurboPC automates these processes and even provides a scheduler to make sure you run regular checks on your computer. Please follow the detailed instructions below to get started. If you wish, you may click on any screenshot for a slideshow that will take you through the entire setup process from end-to-end. And from the whole team at MyTurboPC.com, thank you for choosing MyTurboPC. You’ve made a great decision! Downloading and Installing MyTurboPC. When you first open this page, your download will begin. To start, click Save to save the file on your local computer. Next, you will choose a location on your local computer to which you wish to save the file. Typically, it is best to choose something easy, like your desktop, or your local drive (C:\). Once you have selected a location click the Open button or press the enter key to begin the download. When the download has completed you will see a dialog box that states Download Complete and shows a green progress bar indicating that the download has finished. The file is now stored in the location you selected on your local computer. Click the Run button to open the setup file. When you see the security warning dialog box, click the Run button to begin the installation process. This dialog is simply checking to ensure that you want to run a program which will install new software on your computer. You will be presented with the MyTurboPC software welcome window. This is the introductory page that appears at the start of your software installation. Click Next to begin the software installation and setup process. The MyTurboPC software license agreement will appear on the screen. Read through this agreement and click I Agree to accept the license terms and proceed with the installation. Typically, in a normal installation it is recommended that you select the default components to install the software. Advanced users may which to choose a custom configuration instead. Choose your installation from the drop down selection box and click Next to continue with the installation. If you’ve chosen to install custom components, you will have the opportunity to specify them. Choose the components you wish to select as part of your MyTurboPC setup and click Next to continue. Next, you will choose a location on your computer’s hard drive in which you wish to install MyTurboPC. To use the default location, simply click Install . Otherwise, you may click Browse to choose a different location. MyTurboPC will begin installing at the location you selected and a progress bar will indicate the status of the installation. Once the setup process has been completed and MyTurboPC has been installed on your computer you will receive a prompt indicating that you are done. Click Finish to close the setup dialog box and run MyTurboPC for the first time! Why Did the Turbo Button Slow Down Your PC in the ’90s? Benj Edwards is an Associate Editor for How-To Geek. For over 15 years, he has written about technology and tech history for sites such as The Atlantic, Fast Company, PCMag, PCWorld, Macworld, Ars Technica, and Wired. In 2005, he created Vintage Computing and Gaming, a blog devoted to tech history. He also created The Culture of Tech podcast and regularly contributes to the Retronauts retrogaming podcast. Read more. In the 1980s and ’90s, many IBM PC clones included a button on the case labeled “Turbo” that actually slowed down your PC when you pressed it. We explore why it was necessary, what it did, and who put it there in the first place. Attack of the Speedy Clones. The first IBM Personal Computer, released in August 1981, included an 8088 CPU that ran at 4.77 MHz. Competitors, like Compaq, soon reverse-engineered the machine, licensed Microsoft’s MS-DOS operating system, and created their own IBM PC-compatible computers. A marketing photo of the IBM PC 5150, circa 1981. IBM. These clone machines often added features that were missing from IBM’s PC series at a much lower price. Some included integrated peripheral ports, more RAM, and real-time clocks, while retaining software compatibility. Some of the early clone manufacturers took things even further and produced much faster machines. For example, several models used an 8 MHz Intel 8086 chip that was roughly two to three times as fast as the original IBM PC’s CPU. New PCs Were Too Fast for Existing Applications. This speed increase introduced a problem. Most application developers in the early ’80s didn’t anticipate that the IBM PC would become a backward-compatible platform, or that its performance would skyrocket. As a result, most software applications and games created for the IBM PC were tuned specifically to the 5150’s 4.77 MHz clock speed. If someone attempted to run them at faster speeds (like 8 MHz or beyond), some of these early programs became unstable. Many games became unplayably fast. Early IBM PC CPU accelerator cards solved this problem by including a physical switch on the back, allowing the machine to switch between the accelerator’s maximum speed and a 4.77 MHz compatibility mode. On some PC clones, you could even use BIOS-level keyboard shortcuts, such as Ctrl+Alt+Plus or Ctrl+Alt+Backslash, to toggle between CPU speed modes. These weren’t yet referred to as “turbo” modes, though; but that marketing innovation was just around the corner. Enter the Eagle PC Turbo (and the Turbo Button) Around July 1984, in Los Gatos, California, a PC clone manufacturer called Eagle Computer introduced a new product line called the Eagle PC Turbo. Each model included a speedy 8 MHz 8086 CPU, and a new feature: a Turbo button on the front panel. When pressed, it toggled the computer between 8 and 4.77 MHz clock speeds. The media noted how novel Eagle’s innovation was at the time. In its December 11, 1984 issue, PC Magazine gushed over the Eagle PC Turbo’s speed: “In fact, it is so fast that Eagle had to include a front-panel push-button to slow down operations by inserting extra wait states when required for PC-compatibility.” That article also features the only known photo of the Eagle PC Turbo and its seminal Turbo button available on the web. PC Tech Journal also noted the arrival of the Eagle PC Turbo line in its July 1984 issue: “The 8086-based machine has a ‘Turbo’ button on the front panel. Press it and the machine switches from the PC/XT compatible clock speed of 4.77 Mhz to 8 Mhz.” It’s possible that another manufacturer used the term “Turbo button” prior to Eagle computer. However, after an exhaustive search through early 1980’s computer periodicals, we think it unlikely. The word “turbo” is an abbreviation of “turbocharger,” a device that makes internal combustion engines run faster. In the ’80s, it was common for commercial marketing departments to apply the word “turbo” to products to denote extra speed or power. No manufacturer would ever include a large button labeled “Slow” on the front of its speedy new PC, so “Turbo” was a clever choice on Eagle’s part. A few years after the introduction of the Eagle Turbo PC (when accelerated PC clones became inexpensive enough to be mass-market items), “turbo” suddenly became the generic industry term for this CPU slowdown feature. This is likely because other PC manufacturers copied it, and put it in off-brand commodity PC cases and motherboards. By 1988, Turbo buttons were everywhere. Turbo Buttons Exploded in Popularity. In the early-to-mid 1990s, the average CPU clock speeds of IBM PC compatibles jumped into the stratosphere. They moved from about 16 MHz to around 100, with stops at 20, 33, 40, and 66 MHz along the way. This made Turbo buttons absolutely essential to play early PC games, many of which were still less than a decade old at the time. Some PC cases even included a two-digit, segmented LED display that switched between the turbo and non-turbo numeric clock speeds whenever you pushed the Turbo button. Interestingly, this feature was often configured on the LED module. So, these could be configured to show any number, proving this to be yet another marketing gimmick. Modern Software Left the Turbo Button Behind. At some point, most application developers began to write new software with CPU speed increases in mind. These programs would measure the system’s clock speed and introduce a delay, if necessary, to keep the program running at the designed pace. This worked even if you ran the program on a much faster CPU introduced after that particular software. As those programs became mainstream, and legacy 1980s software was less commonly used, fewer and fewer people used Turbo buttons. Around the Pentium era in the mid-to-late 1990s, many generic PCs and build-your-own PC cases stopped including Turbo buttons. In the low- margin world of commodity PCs at that time, any extraneous features usually bit the dust fairly quickly to save costs. By 2000, the Turbo button had basically become extinct on new machines. Around that time, if people wanted to slow down DOS programs, they often used software applications like Mo’Slo or CPUKILLER instead. The Age of Turbo had ended, but consumer-level CPU overclocking was just around the corner. It proved once and for all that a true “turbo mode” that actually sped up machines, instead of slowing them down was possible after all. Turbo Keyboard Button Software. Play 3D sound effect when a keyboard button or mouse key is pressed. Play 3D sound effect when a keyboard button or mouse key is pressed. Features: support to play animation when the button is pressed. File Name: kssetup1.33.exe Author: aldzsoft License: Shareware ($) File Size: 2.17 Mb Runs on: Windows. The Autosofted Auto Keyboard Presser and Recorder is a fully hotkey compatible tool, it is also very simple to use. This is a FREE auto keyboard button pressing program which enables you to control which specified keys you want to keep getting pressed repeatedly.. File Name: Autosofted_Auto_Keyboard_Pre sser_1.8.exe Author: Autosofted License: Freeware (Free) File Size: 1.02 Mb Runs on: Win2000, WinXP, Win7 x32, Win7 x64, Windows 8, Windows 10, WinServer, WinOther, WinVista, WinVista x64. Key Remapper is an utility to remap or disable individual keys on your keyboard .To create new key remapping the New button on toolbar - Key Remapping Wizard will appear. Using this wizard new mapping can be created: on the first page of the wizard. . File Name: KeyRemapperSetup.exe Author: Softarium.com License: Shareware ($17.00) File Size: 512 Kb Runs on: Win 2000, 2003, XP. PC Access Guard is free and easy-to-use software utility that allows you to keep others from accessing your computer. PC Access Guard is free and easy-to-use software utility that allows you to keep others from accessing your computer while you are. . File Name: PC Access Guard Author: ALTom Soft License: Freeware (Free) File Size: 683 Kb Runs on: Windows All. Screenshot Ultra is a free application that will help you to capture and save the content of your screen. Once you choose your image type and destination you are able to take screenshots manually or set it to automatic mode. File Name: ScreenshotUltraSetup.exe Author: VCL Examples License: Freeware (Free) File Size: 1.81 Mb Runs on: WinXP, WinVista, WinVista x64, Win7 x32, Win7 x64, Windows 8. Inputs scale and balance data directly into any Windows programs as if it was typed in using the keyboard . No programming or additional hardware required ! Features included: Debugger, See the weight in real-time on a virtual button . File Name: Bill_Scale_Balance.zip Author: Bill Production License: Shareware ($35.00) File Size: 3.6 Mb Runs on: Win98, WinME, WinNT 3.x, WinNT 4.x, Windows2000, WinXP, Windows2003. Touch Screen Keyboard was developed especially for touch screen devices: touch screen monitors, stationary e-kiosks, tablets and others. Touch Screen Keyboard has two main layouts that can be quickly switched using a special button . File Name: tsk_setup.exe Author: Comfort Software Group License: Shareware ($29.95) File Size: 3.99 Mb Runs on: WinXP, WinVista, WinVista x64, Win7 x32, Win7 x64, Win2000, Windows2000, Windows2003, Windows Vista, Windows Tablet PC Edition 2005, Windows Media Center Edition 2005. Media Keyboard 2 Media Player gives some media players multimedia keyboard ability, which previously did not have such support, such as the play/pause button , next and previous buttons on multimedia keyboards.Media Keyboard 2 Media Player intercepts. . File Name: Media Keyboard 2 Media Player Author: Garrett R. Hylltun License: Freeware (Free) File Size: Runs on: Win95, 98, ME, NT 4.x, 2000, XP, 2003, Vista, Win7. Push The Freakin' Button is a mouse auto-clicker and form filler for automatically handling confirmation screens and other windows that interrupt your workflow. PTFB Pro is a macro recorder and scheduler with unique auto-response capability. Packed full of all the powerful features that you'd expect from a fully-featured professonal macro recorder, PTFB Pro takes automation of repetative tasks to a new level with its capability to trigger a macro in response to a specific window appearing. File Name: ptfb2440.exe Author: Technology Lighthouse License: Shareware ($29.99) File Size: 2.22 Mb Runs on: Win98, WinME, WinXP, WinNT 4.x, Windows2000, Windows2003. Keyboard Monitor shows statistics on the use of the keyboard . This gadget is for fun only, but we like it :) It needs a small library installation. Save settings to file. (File will be created - Path: %APPDATA% File: gadgetname_Settings.ini). File Name: KeyboardMonitor__2348_i91402 535_il1108831.exe Author: Bushin SOFTWARE License: Freeware (Free) File Size: 83 Kb Runs on: Win7 x32, Win7 x64, WinVista, WinVista x64. A virtual piano that you can play with your computerdlDLs keyboard. There are over 200 songs of sheet music in the piano for you to play.The sheet music has been converted to letters that you type on your keyboard to play the song. File Name: piano.exe Author: buttonbeats.com License: Shareware ($) File Size: 4.27 Mb Runs on: WinXP, Win Vista, Windows 7. Disable Keyboard Features: Improve Form Content: No Lower case, and more. Disable Eight Keyboard Features: No Numbers, No Upper Case, No Lower Case, No Alphabet, No Backspace, No Spacebar, No Delete, and No Enter Key. The more keyboard options you disable, the more control is brought to your HTML form content. TurboXInput — Part 1: Making a software turbo button for my game controller with XInput and vJoy. This is a fun project I worked on a day only. In short, I use XInput, vJoy and C# .NET to make myself a game controller with turbo button. Demo of the app: Story. I was playing Mario & Luigi: Paper Jam with my Logitech F310 controller, and some particular moves require me to smash the buttons as fast as I can. After some times I grow bored of it and as an engineer, I believe I have to do something differently. I never tho u ght a $25 controller would not have the Turbo button, right /s? Turbo button is usually a hardware part, but I don’t feel like buying new game controller just for a button to play that game. And I thought about software intervention, never thought it would lead me on a long but interesting journey. Architecture. XInput. First here is how XInput comes in. I didn’t know where to start so I simply Google how my controller works. I believe there must be Windows API for it, and would be wonderful if there is .NET support. Turn out it’s called XInput, a replacement of DirectInput (which my controller also has a button to switch into). Basically you can get all game controllers state (button, axes, hat POV, etc) in current system. There is no .NET wrapper but no problem, the API is straightforward so I wrote some DllImport wrapper and put in some unit test to confirm. My plan at that time: Now if it was that simple, I didn’t need vJoy. The problem: XInput API has no “Set” method except for Vibration module. Basically there is no way from a software/app that you can tell “hey Windows, press A button”. It must comes directly from the hardware through system driver. Before considering driver, I searched through a lot of alternatives, including searching through AutoHotkey forum. I even tried the script, which only works for DirectInput, but my game is reading from XInput cannot recognize it. So driver it is. Luckily I didn’t have to write it. It’s where vJoy comes in: it is a virtual game controller driver. If you do not understand how it works, I hope this diagram helps: vJoy itself is a driver without a hardware, but with an “open” input instead of hardware: vJoy feeder. So vJoy in itself does not have any input and so cannot produce any real output. However, vJoy open the input for everyone to set (they them it feeders ). You feed the data/sequences/input however you want to the controller. Basically you can tell, “hey vJoy, tell Windows that I am holding A button” even when you have no game controller (or, well, an A button). TurboXInput. So we have two unconnected sides, and this is where my app comes in to fill in the gap. My plan: read data from my real controller, and feed it directly to vJoy, with some favorable modification (toggling on/off button if I am holding Back button). It should look like this now: Note the above flowchart is data flow, not how it is implemented. In reality, my app continuously pulls data from XInput and then feed (set) it to vJoy. In old PCs, what was the function of the "Turbo" button? A long time ago, personal computers used to have a Turbo button alongside Power and Reset. Oftentimes computer cases also had a small LED display showing the CPU’s clock frequency in MHz or showing "HI" or "LO” to indicate the mode the CPU was running at. This took place after the release of the original Intel 8086 processor that operated at 4.77 MHz. At the time, many software titles (and in particular games) were developed with a specific machine in mind and were tied to the specific clock frequency of the CPU to function. When faster processors came out, the software ran too fast, so the “Turbo” button was introduced to slow down the PC as a compatibility layer so these programs could run normally. Some computers supported keyboard combinations Ctrl-Alt-+ / Ctrl-Alt-- for switching turbo mode on and off. The “Turbo” button was very common in 286 and 386 PC clones, less common in 486 PCs and almost extinct by the time Pentium processors went mainstream in the late 90s.