World Tech

The Evolution of Video Cards

Video cards have evolved to become increasingly more powerful. This evolution is evident in the latest offerings from AMD and nVidia, which have already surpassed the performance of their predecessors. Each new generation pushes the hardware further, and the latest GPUs are able to render scenes in real-time with photorealistic imagery.

Video cards had their first major breakthrough in the mid to late 90’s, when nVidia started introducing 3D hardware acceleration and advanced rendering techniques. Since then, the number of video cards on the market has steadily grown and the performance of our PCs has soared. But as video cards are improving, so are our expectations. Do you want your computer to play Crysis at 1,920 x 1,080 on ultra? Are you willing to settle for the lowest settings for your Call of Duty: Modern Warfare 3 game?

After the intro, I will explain the entire article, and it will start from the beginning, how video cards have been developed throughout the years, and why current video cards are so powerful.

The computer technology of operating systems such as Windows is constantly evolving and has changed dramatically over the past 30 years: Components have become smaller and more powerful, moving from displaying text strings to creating photorealistic scenes in real time. The graphics card is an important part of computer hardware. The graphics card is a printed circuit board with a number of chips the size of an index card. It converts the video into electrical impulses and transmits them to the screen. This technology is fast enough to handle games, movies and other multimedia files. The appearance and design of the graphics cards have also changed significantly: Manufacturers have improved PCB components and experimented with cooling solutions. While many companies have tried to enter the GPU market, Nvidia and AMD have generally monopolized it.

1940: Departure

As for the history of video cards, in 1940 the US Army used the first video card of the computer system Saga as a flight simulator, and the graphic display showed only 256 colors.

1980: The rise of the video card



IBM introduces a monochrome display adapter. It was one of the first display adapters, although not really considered a graphics card. The main feature, however, was the display of 80 columns of text and symbol characters on 25 lines. The CT5 flight simulator was also built for the US Air Force at a cost of $20 million by Evans and Ivan Sutherland’s computer graphics company. The simulator, which ran on a DEC PDP-11 minicomputer and was equipped with three CRT monitors for realistic training, was state of the art.


In its seventh year, Intel released the iSBX 275 graphics card, a semi-revolutionary gadget that could display eight different color resolutions at 256 x 256 pixels, a milestone in the graphics revolution.


ATI, based in Canada, has made a name for itself in the global graphics processor industry with devices like the VGA Wonder. This card supported 16-bit colors and 2D rendering, and was the basis for many graphics cards released around the turn of the millennium. The VGA Wonder, with a mouse port built into the board, was the invention of this company, which maintained its innovative brand in the early days of the PC.

1990s: Periods of significant progress



OpenGL 1.0, a platform-independent application programming interface (API) for 2D and 3D graphics cards, was introduced by Silicon Graphics Inc (SGI). OpenGL was originally developed for UNIX-based professional businesses. However, it is supported by developers and has been quickly adopted for 3D games.


The 3dfx Voodoo1 was the first 3D game console with a 3D processor, 4 MB RAM and a central clock of 50 MHz. Voodoo1 did not support 2D graphics at all, forcing users to use a separate 2D card. But that didn’t matter, because the gaming community was waiting for technology that could match the 3D graphics of successful first-person shooters like Doom, Quake and Duke Nukem 3D.


With Nvidia’s Riva 128 graphics card, the company made its entry into the 3D graphics sector by competing with the Voodoo 1. The 1996 NV1 was the first Nvidia product to fail miserably. It was a collaboration with the new Sega company, used squares instead of triangles, had inadequate sound and was disappointed with the Sega controllers. Nvidia quickly learned from its mistakes and moved on to the Riva 128, which eliminated the quadcopter, sound, and Sega binding, but did not initially offer better performance. However, when Nvidia released updated drivers, the card moved up the lists. His 3D game didn’t come close to Voodoo, but many found it entertaining enough.


Then came the Voodoo2 graphics card from 3dfx with support for 1024 x 768 resolution. This was an innovative card with three processors, with two cards running in parallel in the same computer to enhance the high resolution support of the previous card. Together they delivered the best 3D graphics performance of the time. Unfortunately for them, this was the second and last absolutely amazing product from 3dfx.


The future came in the form of Nvidia’s GeForce 256 (DDR version) card, often called GPU. The GeForce could handle at least 10 million polygons per second and supported DirectX7. The Nvidia GeForce 256 features a CPU cooler and DirectX 7 capabilities.

21. Century: Virtual reality Direction



The ATI Radeon 9700 graphics card is built using 150 nm process technology and supports Direct3D 9.0 and OpenGL 2.0 for high performance.


The Nvidia GeForce 6 series 6600 and 6800 have been introduced by GeForce. The original 6800 is a very popular card among overclockers. RivaTuner is an application that allows you to overclock your computer. SLI lets you use PureVideo technology with multiple graphics cards. If a software change has caused artifacts on the graphics card, you can simply restore the default settings.


GeForce releases the GTX 8800, the best graphics card in history. With 129 stream processors, a 575MHz core clock and 768MB of DDR3 memory, this thing was Nvidia’s internal beast. The texture fill rate is 3.68 million per second. The Nvidia GeForce 8800 GTX was a powerful graphics card for its time, capable of consuming a lot of power and running the most demanding games for a long time.


Before AMD bought ATI, there was the Radeon HD 5970, one of ATI’s newest products. The dual GPU card has been called a monument to 3D redundancy and even a monster according to some. It weighs a whopping 3.5 kg, which is pretty heavy for a graphics card. It offered a dual GPU system with unmatched performance and was ATI’s best-selling flagship graphics card. He was so well built and so formidable that he is still available today.


2012 was the beginning of a rivalry that continues to this day. With the HD 7970, Radeon has created a powerful card based on the AMD Graphics Core Next (GCN 1.0) architecture and manufactured using 28nm process technology. The GPU is built with Nvidia’s Kepler architecture and 28nm manufacturing technology, which has been around for two generations.


The AMD Radeon R9 290 is here, a powerful high-end GPU that keeps pace with current GPUs and stands its ground in new games. The Nvidia GeForce Titan has a supercomputer-like architecture. The GeForce Titan was a colossus of ingenuity and design, with seven billion transistors, six gigabytes of RAM, a water cooling system, and supercomputer design in a surprisingly small package.


Geforce has released the Evga GeForce GTX 750 ti. Its low power consumption and capabilities surpass those of its predecessors, so you can enjoy games even at 1080P. It also has 2GB of GDDR5 RAM at 5400MHz and quad pump. Nvidia’s GeForce GTX 970 Maxwell graphics card is a big hit with gamers as an expensive 1080p GPU option.


word-image-1472 Nvidia has announced the GeForce GTX 1060, a mid-range graphics card with 3 and 6 GB of memory. Nvidia’s cooling system allows the card to be significantly overclocked, and the GTX 1060 is Nvidia’s lowest VR-compatible graphics card. The Pascal architecture on which the GeForce GTX 10 series is based was created using a 16nm manufacturing process. Nvidia’s best graphics card is probably still the GTX 1060. In addition, Nvidia also released the Nvidia GeForce GTX 1080 in 2016. The Pascal architecture on which the GeForce GTX 10 series is based was created using a 16nm manufacturing process. The flagship GeForce GTX 1080 features 8GB of GDDR5X VRAM and can compete with SLI or CrossFire sets as a standalone solution for 4K gaming. The Polaris-based AMD Radeon RX 480 is aimed at mid-range gamers who need high performance and is based on 14nm technology. Besides gaming, another amazing use of graphics cards these days is the fact that you can use them in design programs like Movavi or for video editing. Computer Hope and HiTech Wizz are two places you can trust to buy your next graphics card.Last week I was looking through eBay when I came across a listing for a PCI video card. Now, I’m no idiot, I know that PCI stands for “Peripheral Component Interconnect”, which is the name of the bus that connects everything in a PC except the CPU and the motherboard. However, since I purchased my first PC back in 2004, I’ve been plagued by the “PCI Express” standard. It took me a while to realise that PCI Express, when used to power graphics cards, is just a marketing term for an interface standard called “PCIe”.. Read more about gpu evolution and let us know what you think.

Frequently Asked Questions

How has the video card changed over time?

The standard PC video card has been a staple in gaming for years, but its evolution has been rather slow. First came the 3D graphics processor in the mid-1990s, which was later followed by the full-color VGA card in 2007. Much of the evolution has been due to the evolution of technology, as the graphics card has been used for everything from gaming to video editing. Video cards are changing at breakneck speed. New architectures and new features are appearing at a pace and quality that would have been unthinkable in the early days of Nvidia and ATI. After having had some hands-on time with the Titan X, we decided to develop this article to discuss the evolution of the video card.

What is the history of video card?

The history of video cards is an interesting one, and it is not as simple as one might believe. While there are a few key milestones that are often thought of in the industry, the real history of video cards goes back as far as the end of the 80’s. Getting a grasp on the timeline of video cards requires a short history lesson, and how they have evolved over the years. Video cards have gone through some major changes in the last few years. In the mid-1990s, the first 3D games were introduced, and that new type of games quickly pushed the older types out of the limelight. The advent of the 3D games and the explosion of 3D enabled TVs in the 2000s created a whole new interest in the video card market, with the manufacturers frantically working to get the specs up to the required standards in order to keep up with the new requirement of 3D.

What was the 1st graphics card?

The 500X up until the 1000 series were the first cards to use the new R500 chip, which was based on the PowerVR G6200 GPU. The 1000 series was the first to use the G6400 chip, and the G6400 is the basis of most of the GV100 GPUs for the Volta series. The GV100 series is the same chip as used in the Tesla V100, which is why its often referred to as the “Volta 10” chip. The first graphics cards were introduced almost 30 years ago. They were expensive and bulky, but they were the first cards that allowed computer games to display complex geometric shapes before ever being rendered with a video card. The graphics card market is the world’s largest consumer of silicon, and today more than 50 billion dollars of semiconductor products are sold each year. This is a whopping 4.4% of the total global market.

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