Wed. Jun 12th, 2024

Unveiling the Enigma of 1 Pixel: A Thorough Exploration of Pixel Art

Ever wondered what lies within the tiny realm of a single pixel? Unravel the mysteries of pixel graphics with this captivating guide that delves deep into the world of 1 pixel. Discover the fascinating science behind the smallest unit of digital images and its impact on the world of technology. Get ready to be captivated by the magic of pixel art as we unveil the secrets of this enigmatic component.

What is a Pixel?

Understanding the Fundamentals of Pixel Graphics

A pixel, short for picture element, is the smallest unit of digital image that can be displayed on a screen. It is the basic building block of digital images and is responsible for creating the vibrant colors and intricate details that we see on our screens. In order to understand the fundamentals of pixel graphics, it is important to have a solid understanding of what a pixel is and how it works.

In simple terms, a pixel is a tiny dot of color that is placed in a grid on a screen. The grid is made up of rows and columns, and each pixel is located at the intersection of a row and a column. The color of each pixel is determined by the amount of red, green, and blue light that is emitted by the screen. By varying the amount of each color that is emitted, the screen can create a wide range of colors and shades.

One of the key aspects of pixel graphics is the resolution, which refers to the number of pixels that are used to create an image. The higher the resolution, the more pixels that are used, and the more detailed and high-quality the image will be. This is why screens with higher resolutions, such as 4K or 8K, are able to produce such sharp and detailed images.

Another important aspect of pixel graphics is the pixel density, which refers to the number of pixels that are packed into a given area of the screen. The higher the pixel density, the more pixels that are packed into a small area, and the sharper and more detailed the image will be. This is why screens with higher pixel densities, such as those found on smartphones and tablets, are able to produce such crisp and clear images.

In conclusion, understanding the fundamentals of pixel graphics is essential for anyone who wants to create high-quality digital images. By understanding how pixels work and how they are arranged on a screen, you can create images that are sharp, detailed, and full of color. Whether you are a professional graphic designer or just someone who likes to create digital art, having a solid understanding of pixel graphics is crucial for producing the best possible results.

The Relationship Between Pixels and Image Resolution

In the world of digital imaging, the concept of pixels, or picture elements, plays a crucial role in determining the quality and appearance of visual content. At its core, a pixel is a tiny dot of color that makes up an image on a digital screen. It is these pixels that combine to form the complex patterns and shapes that make up the images we see on our devices.

Understanding the relationship between pixels and image resolution is key to comprehending how digital images are created and displayed. Image resolution refers to the number of pixels used to create an image, typically expressed in terms of the number of pixels in each dimension, such as width and height. A higher resolution image will have more pixels in both dimensions, resulting in a clearer and more detailed image.

For example, an image with a resolution of 1024×768 pixels will have a much higher level of detail than an image with a resolution of 640×480 pixels, despite both images having the same number of total pixels. This is because the former image has more pixels in each dimension, allowing for a greater degree of detail and clarity.

Furthermore, the size of a single pixel is also an important factor in determining the overall quality of an image. The smaller the size of a pixel, the more detailed and clear an image will appear. However, the physical size of a pixel is not the only factor that determines its size. The density of pixels, or the number of pixels per inch (PPI), also plays a crucial role in determining the size of a single pixel.

Overall, understanding the relationship between pixels and image resolution is crucial for anyone looking to create or display high-quality digital images. Whether you are a graphic designer, photographer, or simply a curious observer, this guide will provide you with a comprehensive understanding of the mysterious world of pixels and how they contribute to the quality of the images we see on our screens.

Measuring the Size of 1 Pixel

Key takeaway: The size of a single pixel is significantly influenced by the display technology used, with different display technologies having unique methods for creating pixels, leading to variations in pixel size. Pixel density, which refers to the number of pixels per inch (PPI), is a crucial component of modern display technology, and its importance cannot be overstated. A higher pixel density results in a clearer and sharper image, making it easier to read text and view images on small screens. Additionally, understanding the fundamentals of pixel graphics is essential for anyone who wants to create high-quality digital images.

The History of Pixel Sizes and Their Evolution

Since the advent of digital images, the size of a single pixel has been a topic of great interest and debate. It is essential to understand the evolution of pixel sizes to appreciate the technology’s development and its impact on various industries.

In the early days of digital imaging, pixels were quite large, measuring anywhere from 0.1 to 10 micrometers. The larger size was due to the limitations of the technology available at the time, which included low-resolution cameras and monitors. The early pixels were made up of discrete components that were wired together to form an image.

As technology advanced, the size of pixels began to decrease. By the 1980s, pixels had shrunk to a size of around 10 micrometers, and by the 1990s, they were down to around 1 micrometer. This decrease in size was due to the development of new manufacturing techniques, such as the creation of active-matrix displays, which allowed for much smaller pixels to be packed into a given area.

As pixels continued to shrink, they also became more complex. Modern pixels are now made up of tiny transistors and diodes that are carefully arranged to create an image. This increased complexity has allowed for much higher resolutions and better image quality, but it has also made it more difficult to measure the size of a single pixel.

Despite the challenges of measuring pixel size, it remains an important aspect of digital imaging. Understanding the size of a pixel is crucial for determining the resolution and quality of an image, as well as for optimizing image processing algorithms. As technology continues to evolve, it is likely that the size of a single pixel will continue to shrink, leading to even higher resolutions and better image quality.

The Influence of Display Technology on Pixel Size

Display technology plays a significant role in determining the size of a single pixel. Different display technologies use various methods to create pixels, resulting in variations in pixel size. This section will delve into the factors that contribute to the size of a pixel, and how different display technologies influence it.

Factors Affecting Pixel Size

Several factors contribute to the size of a pixel, including:

  1. Pixel Density: Pixel density refers to the number of pixels per inch (PPI) on a display. Higher pixel density leads to smaller pixels, while lower pixel density results in larger pixels.
  2. Screen Resolution: The number of pixels in a row and column on a display, also known as the screen resolution, influences the size of a single pixel.
  3. Display Type: Different display technologies, such as LCD, OLED, and plasma, have unique methods for creating pixels, which impact their size.
LCD Displays

Liquid Crystal Displays (LCDs) use a backlight and a color filter array to create pixels. The size of a pixel on an LCD display depends on the display’s screen resolution and pixel density. LCD displays typically have larger pixels compared to other display technologies, such as OLED.

OLED Displays

Organic Light-Emitting Diode (OLED) displays use self-illuminating pixels that can be turned on and off to create images. OLED displays are known for their high contrast ratio and true blacks. Due to their manufacturing process, OLED displays tend to have smaller pixels than LCD displays, resulting in sharper images.

Plasma Displays

Plasma displays use tiny gas-filled chambers to create pixels. The size of a pixel on a plasma display depends on the display’s screen resolution and pixel density. Plasma displays generally have larger pixels than OLED displays, but smaller pixels than LCD displays.

Other Factors

Other factors that can impact the size of a pixel include the quality of the display’s panel and the manufacturing process used to create the display. Advanced manufacturing techniques can lead to smaller pixels and higher pixel density, resulting in sharper images and more vivid colors.

In conclusion, the size of a single pixel is significantly influenced by the display technology used in the device. Different display technologies have unique methods for creating pixels, leading to variations in pixel size. Understanding the factors that impact pixel size and the role of display technology can help individuals better understand the image quality and performance of their devices.

Understanding Pixel Density and Its Significance

The Importance of Pixel Density in Modern Display Technology

In today’s world, pixel density plays a crucial role in modern display technology. Pixel density refers to the number of pixels that can be fitted into a given area of a display. It is measured in pixels per inch (PPI) and is a key factor in determining the sharpness and clarity of images and videos displayed on a screen.

The higher the pixel density, the sharper and clearer the image will appear. This is because more pixels are packed into a smaller space, resulting in a higher resolution and a more detailed image. Higher pixel density also means that the display can handle more colors, resulting in a more vibrant and lifelike image.

One of the main advantages of higher pixel density is that it allows for a more immersive viewing experience. This is particularly important in the gaming industry, where a higher pixel density can result in smoother and more realistic graphics. In addition, higher pixel density is also important for professionals who require high-quality images for their work, such as photographers, graphic designers, and video editors.

However, it is important to note that while higher pixel density is generally better, it is not the only factor that affects the quality of a display. Other factors, such as the type of display technology used, the quality of the panel, and the calibration of the display, can also have a significant impact on the overall quality of the image.

Overall, pixel density is a critical component of modern display technology, and its importance cannot be overstated. As technology continues to advance, it is likely that pixel density will become even more important, as displays become more advanced and capable of handling even higher resolutions and more vibrant colors.

Calculating Pixel Density: Pixels Per Inch (PPI)

In order to understand the size of a single pixel, it is important to first comprehend the concept of pixel density. Pixel density refers to the number of pixels packed into a given area, typically measured in pixels per inch (PPI). The higher the PPI, the more pixels are present within the same area, resulting in a higher resolution and sharper image.

There are various methods to calculate PPI, but the most common method is to divide the number of pixels on the screen by the diagonal length of the screen in inches. For instance, a screen with a resolution of 1920 x 1080 pixels and a diagonal length of 15.6 inches would have a PPI of 119.16.

It is worth noting that PPI is not the only factor that affects image quality. Other factors such as the quality of the display and the resolution of the image also play a significant role in determining the overall quality of the image. Nonetheless, PPI is a useful metric for comparing different displays and understanding the size of a single pixel.

The Impact of Pixel Density on Image Quality and Clarity

Pixel density, also known as pixels per inch (PPI), refers to the number of pixels that can be fitted within the same area of an electronic display. The higher the pixel density, the more pixels can be packed into a smaller space, resulting in a clearer and sharper image.

  • The Relationship between Pixel Density and Image Quality:
    • A higher pixel density leads to a clearer and sharper image because it increases the amount of detail that can be displayed. This is particularly important for small screens, such as those found on smartphones, where the amount of screen real estate is limited.
    • As the pixel density increases, the individual pixels become smaller, making it difficult to distinguish them from one another. This is known as the “screen door effect” and can result in a slightly blurry or “grainy” appearance to the image.
    • In general, a pixel density of 300 PPI is considered the threshold for a high-quality display, although this can vary depending on the specific application and the viewer’s distance from the screen.
  • The Importance of Pixel Density in Different Applications:
    • Mobile Devices:
      • High pixel density is crucial for mobile devices because of their small screen size and the close proximity of the viewer’s eyes to the screen.
      • A higher pixel density results in a clearer and sharper image, making it easier to read text and view images on small screens.
    • Computer Monitors and TVs:
      • While pixel density is still important for these larger displays, it is not as critical as it is for mobile devices.
      • At higher resolutions, such as 4K or 8K, the individual pixels become very small and are difficult to distinguish, making it difficult to achieve a significant improvement in image quality beyond a certain point.
    • Virtual Reality and Augmented Reality:
      • Pixel density is crucial for VR and AR applications because of the proximity of the viewer’s eyes to the screen and the need for a high-resolution, immersive experience.
      • High pixel density helps to reduce the “screen door effect” and provide a clearer, more realistic image.
    • Printing:
      • Pixel density is not directly relevant to printing, as the image is translated into a series of dots or ink droplets that are printed onto the page.
      • However, the resolution of the digital image (measured in dots per inch or DPI) can affect the quality of the printed image.
    • Other Applications:
      • Other applications, such as digital signage or billboards, may also benefit from high pixel density, depending on the intended use and the viewer’s distance from the screen.
      • In general, a higher pixel density results in a clearer and sharper image, making it easier to read text and view images from a distance.

Factors Affecting the Size of 1 Pixel

The Influence of Screen Size and Aspect Ratio on Pixel Size

When discussing the size of 1 pixel, it is important to consider the influence of screen size and aspect ratio. These factors can have a significant impact on the appearance of digital images and graphics.

Screen Size

The size of a screen can play a major role in determining the size of 1 pixel. A larger screen will typically have larger pixels, while a smaller screen will have smaller pixels. This is because a larger screen requires more pixels to display a given image, while a smaller screen requires fewer pixels.

For example, a 27-inch monitor may have pixels that are several times larger than those on a 13-inch laptop screen. This means that the same image may appear less sharp on a larger screen, due to the larger pixel size.

Aspect Ratio

The aspect ratio of a screen is another important factor to consider when determining the size of 1 pixel. The aspect ratio refers to the ratio of the width of the screen to its height.

For example, a screen with a 16:9 aspect ratio has a width that is 1.75 times greater than its height. This means that for every 1 pixel of width, there will be 1.75 pixels of height.

When designing graphics for screens with different aspect ratios, it is important to take into account the impact of the aspect ratio on the size of 1 pixel. For example, a graphic that is designed for a screen with a 16:9 aspect ratio may appear distorted on a screen with a 4:3 aspect ratio.

In conclusion, the size of 1 pixel is not only influenced by the physical dimensions of the screen, but also by the aspect ratio of the screen. When designing graphics, it is important to take into account the aspect ratio of the screen to ensure that the graphic appears correctly.

The Effect of Screen Resolution on Pixel Size

When discussing the size of a single pixel, it is important to consider the effect of screen resolution on pixel size. Screen resolution refers to the number of pixels that make up the display screen of a device. The higher the screen resolution, the more pixels are present in the display, and the smaller each individual pixel will be.

In simpler terms, when a device has a higher screen resolution, the pixels are smaller in size, while a lower screen resolution will result in larger pixels. This means that a higher screen resolution will provide a sharper and more detailed image compared to a lower screen resolution.

For example, a device with a screen resolution of 1920 x 1080 pixels will have smaller pixels than a device with a screen resolution of 1280 x 720 pixels. This is because there are more pixels in the first device’s display, resulting in smaller individual pixels.

It is important to note that while screen resolution plays a significant role in determining the size of a single pixel, it is not the only factor that affects pixel size. Other factors such as the physical size of the display and the type of display technology used can also impact the size of a single pixel.

The Relationship Between Color Depth and Pixel Size

As technology continues to advance, it is essential to understand the factors that affect the size of 1 pixel in digital imaging. One of the critical factors is the color depth of an image. The color depth, also known as the bit depth, refers to the number of bits used to represent each pixel in an image.

The relationship between color depth and pixel size is crucial to understanding how digital images are stored and processed. In general, the higher the color depth, the larger the size of 1 pixel. This is because a higher color depth requires more bits to represent each pixel, which in turn increases the size of the pixel.

For example, an image with a color depth of 8 bits per pixel (bpp) will have a larger pixel size than an image with a color depth of 24 bpp. This is because the 8-bit image has only 8 bits of information per pixel, while the 24-bit image has 24 bits of information per pixel. As a result, the 24-bit image can represent a wider range of colors and has a higher level of detail than the 8-bit image.

In addition to the color depth, other factors such as the resolution and the type of image format can also affect the size of 1 pixel. Understanding these factors is crucial to optimizing the quality and size of digital images for various applications.

The Impact of Display Technology on Pixel Size

Display technology plays a significant role in determining the size of 1 pixel. As technology has advanced, the size of pixels has reduced, resulting in higher resolutions and improved visual quality. Here’s a closer look at the impact of display technology on pixel size:

Cathode Ray Tube (CRT)

CRTs were the earliest form of display technology, and pixels were relatively large in size. Each pixel was made up of three color elements: red, green, and blue. The size of a single pixel in a CRT was determined by the phosphor dot, which was used to create the desired color. As a result, the size of 1 pixel was relatively large, which limited the resolution and visual quality of displays.

Liquid Crystal Display (LCD)

The introduction of LCD technology revolutionized the world of displays. With LCDs, pixels were no longer limited by the size of the phosphor dot. Instead, they were determined by the size of the liquid crystals used to create the desired color. As a result, the size of 1 pixel was significantly reduced, leading to higher resolutions and improved visual quality.

Organic Light Emitting Diode (OLED)

OLED technology has further revolutionized the world of displays. OLED displays use organic materials to create light, which allows for more vibrant colors and greater contrast. The size of 1 pixel in an OLED display is determined by the size of the organic material used to create the desired color. As a result, the size of 1 pixel is much smaller than in LCD displays, leading to even higher resolutions and improved visual quality.

In conclusion, the size of 1 pixel is significantly affected by the display technology used. As technology continues to advance, we can expect to see even smaller pixels, leading to even higher resolutions and improved visual quality.

Applications and Uses of Pixel Graphics

Pixel Art and Its Significance in Gaming and Entertainment

Pixel art, a form of digital art, has become increasingly significant in the world of gaming and entertainment. This style of art is characterized by its small, individual pixels that are arranged to create images. The distinct visual style of pixel art has captured the hearts of gamers and artists alike, making it a popular choice for video game graphics, animations, and other forms of digital media.

In the world of gaming, pixel art has a special place. It has been used to create some of the most iconic and memorable video game characters and environments. Pixel art is not only limited to 2D games, but it has also been used in 3D games to create textures and models. This versatility makes pixel art a favorite among game developers, as it allows them to create unique and visually appealing games while maintaining a classic, nostalgic feel.

One of the significant advantages of pixel art is its low file size. Since each pixel is individually drawn, the files can be quite small, making it easy to distribute games and other media. This is particularly important for indie game developers who may not have the resources to create high-quality 3D graphics.

In addition to its use in gaming, pixel art has also found its way into other forms of entertainment, such as movies and television shows. Pixel art animations have become increasingly popular in recent years, providing a unique and visually appealing style that sets it apart from traditional animation.

Pixel art has also made its way into the world of advertising and marketing. Many companies use pixel art to create eye-catching ads and promotional materials, taking advantage of its distinct style to make their products stand out.

Overall, pixel art has become an essential part of the gaming and entertainment industry. Its unique visual style and versatility make it a favorite among game developers, artists, and audiences alike. As technology continues to advance, it is likely that pixel art will continue to evolve and find new and exciting applications in the world of digital media.

The Role of Pixel Graphics in Web Design and User Experience

Pixel graphics play a crucial role in web design and user experience. In the digital age, websites have become an essential part of our daily lives, and pixel graphics have a significant impact on how we interact with them. The way pixel graphics are used in web design can influence how users perceive a website and whether they choose to stay or leave.

Visual Aesthetics

Pixel graphics contribute to the visual aesthetics of a website. They are used to create images, icons, and logos that are visually appealing and enhance the overall look and feel of a website. The quality and resolution of pixel graphics can significantly impact the visual appeal of a website, and it is essential to ensure that they are optimized for the web.

User Engagement

Pixel graphics also play a role in user engagement. They are used to create interactive elements such as buttons, links, and animations that help guide users through a website. By using pixel graphics effectively, designers can create a seamless user experience that keeps visitors engaged and encourages them to explore the website further.

Mobile Optimization

Another critical aspect of pixel graphics in web design is mobile optimization. With the increasing use of mobile devices to access the internet, it is essential to ensure that pixel graphics are optimized for smaller screens. This means using smaller file sizes and optimizing images to ensure that they load quickly on mobile devices.

Accessibility

Finally, pixel graphics play a role in website accessibility. Designers must ensure that pixel graphics are used appropriately to provide visual information to users with disabilities. This includes using alt text for images, ensuring that icons and graphics are easy to understand, and providing alternative versions of content for users who may not be able to access certain elements of a website.

In conclusion, pixel graphics play a vital role in web design and user experience. They contribute to the visual aesthetics of a website, engage users, are essential for mobile optimization, and play a role in website accessibility. By understanding the role of pixel graphics in web design, designers can create websites that are visually appealing, engaging, and accessible to all users.

The Future of Pixel Graphics: Emerging Trends and Advancements

The realm of pixel graphics is ever-evolving, with new trends and advancements continually emerging. In this section, we will delve into the future of pixel graphics, exploring the potential developments and innovations that lie ahead.

Augmented Reality and Virtual Reality Integration

One of the most significant emerging trends in pixel graphics is the integration of augmented reality (AR) and virtual reality (VR) technologies. These technologies enable users to experience immersive and interactive environments, blurring the lines between the digital and physical worlds. As pixel graphics continue to advance, the integration of AR and VR technologies will become increasingly seamless, resulting in more engaging and lifelike experiences.

Enhanced Realism and Dynamic Lighting

Another trend in the future of pixel graphics is the enhancement of realism in gaming and other interactive applications. This includes the development of more advanced lighting techniques, such as dynamic lighting, which allows for real-time lighting adjustments based on the actions of the user or the environment. As pixel graphics technology improves, the ability to create visually stunning and highly realistic environments will become increasingly attainable.

Improved Mobile Gaming Experiences

As mobile devices become more powerful and capable, the demand for high-quality mobile gaming experiences is on the rise. Pixel graphics are well-positioned to meet this demand, as advancements in mobile technology continue to drive the need for more sophisticated and visually appealing games on smaller screens. This will likely result in the development of more complex and detailed mobile games, leveraging the power of pixel graphics to deliver immersive gaming experiences on the go.

Enhanced Pixel Art and Animation Techniques

In the realm of pixel graphics, the art of creating visually appealing and engaging animations will continue to evolve. As technology advances, artists will have access to more sophisticated tools and techniques, enabling them to create highly detailed and expressive animations using only individual pixels. This will result in a new era of pixel art, with even greater potential for creativity and storytelling through the medium of pixel graphics.

Increased Use in Virtual Reality and Augmented Reality Applications

As virtual reality (VR) and augmented reality (AR) technologies become more widespread, the demand for high-quality pixel graphics will continue to grow. Pixel graphics are well-suited for use in VR and AR applications, as they offer the ability to create detailed and visually appealing environments with minimal file size. As these technologies become more prevalent, the use of pixel graphics in VR and AR experiences will likely increase, driving further innovation and advancement in the field.

In conclusion, the future of pixel graphics is filled with exciting possibilities and emerging trends. As technology continues to advance, the potential for innovation and creativity in the realm of pixel graphics will only continue to grow, opening up new avenues for artists, developers, and designers alike.

Key Takeaways and Future Directions for Pixel Graphics Research

Pixel graphics have found a wide range of applications in various fields such as digital imaging, computer graphics, video games, and mobile devices. As technology continues to advance, pixel graphics are becoming increasingly important in the field of virtual reality and augmented reality.

Impact of Technology Advancements on Pixel Graphics

The advancements in technology have led to a significant increase in the resolution and quality of pixel graphics. This has led to a growing demand for higher resolution and more detailed images in various industries. As a result, researchers are continually exploring new ways to improve the quality and efficiency of pixel graphics.

Future Research Directions for Pixel Graphics

  1. Improving Image Quality: Researchers are exploring new techniques to improve the quality of pixel graphics. This includes developing new algorithms to enhance the resolution and clarity of images.
  2. Energy Efficiency: With the increasing demand for more detailed and higher resolution images, there is a need for more energy-efficient pixel graphics. Researchers are exploring new ways to reduce the energy consumption of pixel graphics while maintaining image quality.
  3. Virtual and Augmented Reality: As virtual and augmented reality become more popular, there is a growing need for higher quality and more detailed pixel graphics. Researchers are exploring new ways to improve the visual experience of virtual and augmented reality through advanced pixel graphics.
  4. Mobile Devices: With the increasing popularity of mobile devices, there is a growing need for more efficient and higher quality pixel graphics on these devices. Researchers are exploring new ways to optimize pixel graphics for mobile devices, including developing new compression techniques and optimization algorithms.

Overall, the future of pixel graphics research is promising, with many exciting developments on the horizon. As technology continues to advance, researchers will continue to explore new ways to improve the quality and efficiency of pixel graphics, leading to new and innovative applications in various industries.

FAQs

1. What is a pixel?

A pixel, short for picture element, is the smallest unit of digital image that can be displayed on a screen. It is made up of individual colored dots of light that are arranged in a grid, and together they form an image. The number of pixels in an image determines its resolution and overall quality.

2. How is the size of a pixel determined?

The size of a pixel is determined by the resolution of the display device. The resolution is the number of pixels that can be displayed in a line and the number of lines that can be displayed in the horizontal direction. The most common resolution for displays is 96 pixels per inch (PPI), which means that there are 96 pixels in a line and the display can show 96 lines in the horizontal direction. The size of a pixel is calculated by dividing the width of the display by the number of pixels in a line.

3. What is the size of 1 pixel in terms of physical dimensions?

The size of 1 pixel is extremely small and is measured in terms of physical dimensions. For displays with a resolution of 96 PPI, 1 pixel is equal to 0.0000291 inches or 0.00635mm. To put this into perspective, 1 pixel is approximately 0.0125% of the width of a human hair.

4. Is the size of 1 pixel the same for all displays?

No, the size of 1 pixel is not the same for all displays. The size of a pixel is determined by the resolution of the display device, and different displays can have different resolutions. For example, displays with a higher resolution will have smaller pixels, while displays with a lower resolution will have larger pixels.

5. How does the size of a pixel affect image quality?

The size of a pixel has a significant impact on the quality of an image. Images with a higher resolution will have smaller pixels, which results in a sharper and more detailed image. On the other hand, images with a lower resolution will have larger pixels, which can result in a less sharp and less detailed image. The size of a pixel also affects the amount of detail that can be seen in an image, with smaller pixels allowing for more detail to be visible.

AMD Simplified: Pixels and Resolution

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