Eres un profesional del hardware informático que quiere actualizar tu tarjeta gráfica. ¿Cuál es el mejor para ti?

A la hora de cambiar una tarjeta gráfica entran en juego otros componentes del ordenador, entre ellos la placa base. Utilizar CPUZ en estos casos te puede dar información como, el nombre de la placa base o el buffer de las ranuras PCI-E de tu placa base. Estos son algunos datos a tener en cuenta a la hora de comprar una gráfica nueva, debido a que, comprar una tarjeta gráfica potente podría no dar los resultados que esperas. Otros componentes podrían capar el funcionamiento óptimo de esta.

When looking at compatibility you have to consider the physical requirements such as adequate power to run the card, will it fit in the existing case and into the existing motherboard with the proper connectors / expansion slots. You also need to consider what you are using it for and factor that into your decision. Some applications run better with an Nvidia card and some with AMD based cards. Are the drivers for that card available and reliable? Does the card provide the performance you need for your specific application? Is the card within your budget and give you the best value combined with future proofing against performance issues becoming an issue within a reasonable amount of time?

Ensure that the chosen graphics card is compatible with your existing hardware and software. Check factors such as the motherboard's compatibility with the graphics card slot (e.g., PCIe), power supply capacity, physical space inside the computer case, and operating system / driver requirements.

My opinion is that the use case dictates what you need. If you just want to do some work and game casually, evaluate the rest of your component and buy a GPU that covers your needs and does not require you to upgrade anything else in your system. There are excellent resources on YouTube that you can use to guide yourself (Hardware Unboxed, Gamer's Nexus) It is also totally justifiable to build or upgrade a system around a GPU if you have the right use case and the budget. If you're going to profit from it the go ahead and buy the most powerful GPU and base system you can afford.

Performance is the largest factor when choosing a video card. What applications will it be used for & what are the minimum requirements. Start to consider the performance in your budget to make the optimal choice. Future proofing is key because you don't want to replace something short of the asset management lifecycle because it has become tediously slow or incompatible. Choosing higher numbers for memory amount, memory type, shaders, etc is often how people perceive value instead of looking at the actual performance of the card in the environment where it's used. Faster screen refresh verses running more monitors or multiple monitors at a higher resolution are things to consider which seriously impact performance and productivity.

Evaluate the performance of the graphics card based on your specific needs. Consider factors like the GPU's processing power, memory (VRAM) capacity, and the card's ability to handle the type of tasks you'll be performing, whether it's gaming, content creation, or other graphic-intensive applications.

Its one of the main parts of the machine that powers graphical performance and gets you that all-important frames per second (FPS) boost. Upgrading to the latest and greatest graphics card can make a big difference.

The feature set can actually have more weight than the raw computational performance of a GPU depending on the Use Case. You'll want an Nvidia GPU if you're planning on doing a lot of 3D modeling, video editing and rendering (and maybe an Intel CPU with an IGPU here), streaming, or work with AI. Or you can get a better deal on an AMD GPU with relatively better rasterization performance for the dollar if you're just gaming.

Specific features and abilities define some cards as the better choice for your specific application. The correct number and type of outputs ensures your users can run the number of monitors needed. Having enough memory and the best type will allow better performance and make sure it will be enough for future versions of the software that will often increase those requirements. Graphic intensive requirements for gaming is a different set of requirements than rendering and producing digital content.

Look for additional features that the graphics card offers. This could include support for ray tracing, advanced video encoding/decoding capabilities, multiple monitor support, or compatibility with specific software and technologies that align with your professional requirements.

Trying to not repeat myself here. For a general use case, gaming/rendering or any GP-GPU application get a GPU with a large memory buffer. If you need an Nvidia or Intel GPU for a specific feature then go for it, but in any other case get a powerful card with a huge memory buffer and wide memory bus.

Cooling systems for video cards can include heat sinks, fans, and liquid cooling etc. Does the hardware you're installing it into have the power and space for the cooling system for the video card without causing excess heat to remain in the desktop? Having a way to get the heat quickly from the video card to outside the case will help maintain the performance of the card and the PC. Choose the best option you can afford for best performance.

Efficient cooling is crucial for maintaining optimal performance and longevity of the graphics card. Consider the cooling solution employed by the card, whether it's air cooling or liquid cooling. Look for designs that effectively dissipate heat and keep the temperatures within acceptable ranges. It is also important to consider whether your computer has adequate airflow to meet the needs of your GPU.

La refrigeración en las tarjetas gráficas, para un usuario de oficina, debe ser a través de disipadores. Debido a que la instalación, comprobación y mantenimiento de la refrigeración líquida es un trabajo delicado. Realizar cualquiera de estos pasos mal, puede llevar a que otros componentes dejen de funcionar ya que estamos hablando de líquidos dentro de un equipo informático. Keep it simple.

If you're not going to be next to the computer for long periods of time, and it's sole work is to process jobs you send to it from another room or a desk a few meters away from it then just keep the case open, use the included coolers, and adjust the fan curve so they get enough cooling. That's the most cost effective solution. If it is something you're going to be working next to all day then you will want to invest in a custom water loop and some large radiators. That, or a decent pair of headsets. If it is mainly for gaming I prefer air cooling. There are plenty of PC Cases with lots of ventilation available for relatively cheap, and air cooling is a lot easier to maintain than water loops or even AIO water coolers.

All of this correct and even another person said whether you wanted to go with water cooling also mattered. I would say the biggest thing that needs to be factored in that isn’t mentioned which is probably the biggest one: Price. Usually with computer parts and mainly with the RAM and graphics card a good rule of thumb I try to use is if I buy this can I afford to buy it twice within a short period of time like a week or two. A terrible storm could happen and crash your pc one night and damage that card. Can you go out the next day or week and go get the same one?

When looking at noise the first question to me is if it will affect the user. Having multiple fans on one card often reduces noise but liquid cooling to a case mounted fan is often the quietest way to keep your card at it's best performance while maintaining a distraction free environment.

The noise generated by a graphics card can impact the overall user experience. Consider the noise levels produced by the cooling solution under different workloads. Some graphics cards come with advanced cooling technologies designed to minimize noise while maintaining effective heat dissipation. Often, end users will share their experiences with GPU noise on forums like Tom's Hardware and sites like User Benchmark.

Últimamente he podido ver que la refrigeración líquida esta en boca de todos. Aún así estamos perdiendo factores que son importantes tenerlos en cuenta, véase el mantenimiento de esta misma. Difícilmente el proceso de instalación, comprobación y mantenimiento de una refrigeración líquida podría llevar a cabo un usuario que trabaje en remoto.

Different graphics cards cater to various needs. Are you a gamer, content creator, or do you use GPU-intensive applications? If you're a gamer, consider the performance requirements of the games you play. Look at benchmarks for specific games to see how different cards perform. Ensure that the graphics card you choose is compatible with your computer in terms of physical size, power supply requirements, and connectivity. If you're gaming, consider the resolution and refresh rate of your monitor. Higher resolutions and refresh rates demand more graphical power. If you're into virtual reality (VR) or use multiple monitors, you might need a more powerful graphics card to handle the increased workload.

A mí me ha pasado de comprar una muy buena placa NVidia Hawk en el 2011 y durante 11 años me ha funcionado perfectamente y con excelente calidad. No resultó barata en su momento pero esa inversión inicial es muy importante para el rendimiento y vida útil de la placa.