GeForce GTX 470/PCIe/SSE2 - Technical Information.The NVIDIA GeForce GTX 470 is a dedicated graphics card for desktop computers that is optimized for mid-range games and multimedia applications. Here are some technical details: - Architecture: The GeForce GTX 470 is based on the NVIDIA Fermi architecture, optimized for improved performance and efficiency. - CUDA Cores: The GTX 470 features 448 CUDA cores optimized for parallel data processing tasks. - Memory: The card is available with GDDR5 memory and offers a storage capacity of 1280 MB. - Memory Bandwidth: The memory bandwidth is 133.9 GB/s, which is important for quickly processing large amounts of data. - Interface: The GeForce GTX 470 uses the PCIe (Peripheral Component Interconnect Express) standard to connect to the motherboard. - DirectX Support: The card supports DirectX 11, ensuring good compatibility with current games and applications. - NVIDIA SLI Technology: The GTX 470 supports NVIDIA SLI technology, which allows multiple graphics cards to be connected together to increase graphics performance. - Video outputs: The card offers various video outputs such as HDMI, DisplayPort and DVI for connecting monitors and other display devices. The GeForce GTX 470 is designed for users who need improved graphics performance on their desktop computers for mid-range gaming, multimedia applications and creative tasks such as image and video editing. It offers solid performance for games with medium graphics settings and is well suited for Full HD gaming. GeForce GTX 470/PCIe/SSE2, known issues and bugs.The NVIDIA GeForce GTX 470 was a powerful graphics card of its time, but it also had some known problems and bugs: 1. Overheating: The GeForce GTX 470 was prone to overheating due to its high power consumption and the associated heat generation. This resulted in thermal issues that could impact performance and potentially lead to crashes. Some users had to install additional cooling solutions such as case fans or GPU coolers to resolve this issue. 2. Volume: The card was often described as being quite loud, especially when operating under heavy load. The GTX 470's fans often had to run at high speeds to keep the temperature within an acceptable range, which resulted in a loud operating noise. 3. Power Consumption: The GTX 470 had comparatively high power consumption, which resulted in higher electricity bills and a greater load on the PSU. This was particularly important when multiple graphics cards were operated in an SLI network, as the total power consumption was correspondingly higher. 4. Driver Instability: Some users reported driver incompatibilities or issues that could result in crashes, image errors, or other performance issues. New driver versions were often released to address these issues, but some users may have had difficulty finding a reliable configuration. 5. Performance Loss Over Time: Like many graphics cards, the GeForce GTX 470 can lose performance over time, especially when operating in high temperatures. This may result in a gradual degradation in performance and image quality. In order to minimize these problems, it was advisable to cool the graphics card well, carry out regular driver updates and ensure a sufficiently large power supply. In some cases, software solutions such as adjusting fan curves or overclocking the graphics card could help improve performance and stability. | |||||||||||||||||||||||||||||||||||||
