Erin on DIY Eye Tracking For VR Headsets, From A To Z.Thinkerer on Rocket Stove Efficiently Heats Water.Rex on Break Free From Proprietary Digital Radio.Shannon on 3D Print Your Best Friend A Wheelchair.asentaja on Prepare To Brake: Quick Intro To Metal Bending.George on Clipper Windpower: Solutions In Search Of Problems.Ccecil on Hackaday Prize 2023: One-Handed Soldering With The Solder Sustainer.S O on Open-Source Cell Phone Based On ESP32.The Past, Present, And Future Of CircuitPython 33 Comments Of course if you don’t want to shell out for the fancy hardware you could always build your own paddle controller.Ĭontinue reading “Paddle Controller For GPU Overclocking” → Posted in Peripherals Hacks Tagged gpu, griffin, overclock, powermate IPod Loaded Horn Boosts Your Tunes See for yourself in the video after the break. Now better graphics are at the tips of his fingers. Since the clock on his ATi Radeon 5800 can be adjusted using the AMD GPU clock tool, it’s an easy choice for this application. uses an AutoHotKey script that he wrote to capture the input from the spinner, process that information, then adjust GPU clock speed in the background. It’s a USB peripheral which is meant to be used for anything you can imagine. The actuator seen above is a Griffin Powermate 3.0. He figured out a way to turn a knob to adjust the clock speed while your applications are still running. But sometimes pushing the clock speed too high causes corruption. likes to squeeze every cycle possible out of his graphics card. Posted in Android Hacks Tagged click farm, Compute Stick, griffin, OpenSTF, STF Paddle Controller For GPU Overclocking He apparently picked this up at a reasonable price, giving him a great looking phone farm that works just like he wanted. While this would have been a fantastic waste of money had bought this phone charging dock at full retail price, he didn’t. With new USB hubs, an Intel Compute Stick, and Sugru, got OpenSTF up and running. ADB simply doesn’t work with this setup, so had to completely replace the USB brains of this device. Inside, there are three four-port USB hubs providing ten ports. On the outside, there are ten USB ports for ten different devices. This charging station is not meant to be used this way. There really isn’t a lot going on inside this $500 phone charger, with a few modifications this enclosure can become an awesome phone farm. This device was the Griffin MultiDock 2, a charging station for smartphones and tablets ostensibly designed for classrooms. needed an OpenSTF device lab, and found the perfect product to repurpose into a great looking enclosure. You can build your own, but as with anything requiring a whole lot of cables and devices, if you don’t plan it well, it’s going to look like crap. This is OpenSTF, or a Smartphone Test Farm. By any name, it’s a whole bunch of smartphones, smart watches, tablets, and other Smart Things all controlled remotely. Deep in the heart of a Chinese click farm - and probably used by the company your company hired to build an ‘app’ - is a magical device.
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