Discover best Directx softwares, apps and websites.
Action! is a powerful screen recording and gameplay capture software designed for Windows. It allows users to record their desktop activity, gameplay, and create tutorials with high performance and quality. Featuring live streaming capabilities, benchmarking tools, and flexible recording options, Action! is a versatile solution for creators and gamers alike.
Fraps is a Windows utility application used for real-time video capture and frame rate monitoring of DirectX and OpenGL 3D applications and games. It allows users to benchmark game performance, record gameplay footage, and capture screenshots.
MilkDrop is a dynamic, hardware-accelerated music visualization plugin primarily for Winamp. It transforms audio into captivating visual experiences, reacting in real-time to the music's nuances. Users can enjoy pre-set visualizations or customize their own, offering an immersive auditory-visual experience.
D3DGear is a high-performance video game capture and screen recording software. It is designed to capture video games and desktop activity with minimal impact on system performance, offering features like game benchmarking, live broadcasting, and flexible recording options.
Ultimate++ is a C++ cross-platform rapid application development framework designed to maximize programmer productivity. It includes a feature-rich IDE and a tightly integrated set of libraries, enabling efficient development of sophisticated desktop applications across multiple operating systems.
PerformanceTest is a comprehensive Windows-based benchmarking tool designed by PassMark Software to assess the speed of your computer's hardware components including CPU, GPU, RAM, disk drives, and optical drives. It provides both summarized and detailed results, allowing users to compare their system's performance against a vast online database of other systems.
UNIGINE Benchmarks provide powerful tools for evaluating the performance and stability of your PC hardware, particularly focusing on graphics cards (GPUs) and CPUs. They simulate demanding workloads to push your components to their limits, making them ideal for stress testing, hardware monitoring, and comparing performance against other systems.