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Comparing JPEG vs HEIC: Which Is Best?

jpeg vs heic

Choosing the right image format for your project is crucial, especially if your content is viewed on various devices and platforms. JPEG and HEIC are two popular image formats, and understanding their differences is critical for developers, photographers, and graphic designers to make smart decisions for their projects. But how do you know when to use JPEG vs HEIC?

JPEG has been around for a long time and is known for its broad compatibility and ease of use. It’s the standard format for quickly loading images and is supported on almost all devices. However, as technology improves and the need for higher quality and more efficient storage increases, HEIC is becoming popular. Initially used in newer Apple devices, HEIC provides better image quality and smaller file sizes, which is excellent for people who don’t have a lot of storage space.

This article will break down the basics of each format, highlight the differences in file size, image quality, compatibility, and the pros and cons of using JPEG versus HEIC in different situations. Whether you’re working with website images, mobile photos, or detailed graphic designs, understanding these formats can significantly affect your workflow and the quality of your projects.

In this article:

What are JPEG and HEIC?

JPEG has been a staple image format since its inception in 1992. Mostly known for its use in digital photography and web graphics, JPEG is widely used because of its balance of compression and quality.

This format uses a lossy compression algorithm, which reduces file size by selectively discarding data less likely to be noticed by the human eye. The result? A highly efficient format that makes JPEG universally compatible and widely accepted across almost all devices and web platforms.

HEIC stands for High Efficiency Image Container. It was introduced as a part of the High Efficiency Video Compression (HEVC) standard as a container for images with better compression and flexibility. It’s a newer format than JPEG, and it maintains higher quality at smaller file sizes thanks to its advanced compression methods. Not just a single image format, HEIC can contain a series of images, audio, and even text, which makes it ideal for mobile users who want to store live photos and bursts without eating up too much storage space.

JPEG vs HEIC: Key Differences

Several key aspects set JPEG and HEIC apart: file size and storage efficiency, image quality and compression, and color representation and accuracy.

File Size and Storage Efficiency

File size is critical, especially in applications where storage efficiency is paramount. JPEG images tend to be larger when maintaining higher quality. In contrast, HEIC files are typically up to 50% smaller than JPEGs at the same quality level. This efficiency makes HEIC particularly appealing for mobile devices, where storage can be limited.

Image Quality and Compression

While JPEG is known for its flexibility and compatibility, using it can lead to compression artifacts that degrade the quality, particularly with repeated saving and editing. HEIC, however, uses more advanced image compression algorithms that preserve finer details and higher quality, even after multiple edits. This makes HEIC a better choice for those prioritizing quality over widespread compatibility.

Color Representation and Accuracy

Color accuracy is essential for photographers and graphic designers who require precision. JPEG supports up to 24-bit color depth, which includes around 16.7 million colors. HEIC, on the other hand, supports up to 16-bit color depth, translating to a broader color spectrum and better gradation. This capability makes HEIC superior in handling high-dynamic-range (HDR) images, providing richer and more accurate colors.

JPEG vs. HEIC: What’s Widely Supported?

JPEG has been the de facto standard for images across the internet and digital devices for decades. Due to its long-standing presence, JPEG is universally supported just about everywhere. This extensive support makes JPEG an extremely reliable choice for developers focused on ensuring their content is accessible to the broadest possible audience.

Unfortunately, HEIC faces some challenges with compatibility. Introduced with iOS 11, HEIC is natively supported on all modern Apple devices. However, its adoption on platforms like Windows or Android is more limited. Windows does offer support for HEIC, but it requires additional codecs to be installed, which can complicate deployment on a large scale. On Android, support for HEIC is available but not as widespread as JPEG.

These compatibility considerations are critical for developers and content managers. A service like Cloudinary can mitigate these issues by automatically converting HEIC images to JPEG (or another appropriate format) when a user’s device doesn’t support the file type. This ensures users have the best experience, regardless of their native capabilities.

Pros and Cons: JPEG vs HEIC

Pros of JPEG:

  • Compatibility: As we mentioned before, JPEG’s compatibility is unmatched. This makes it ideal for ensuring images are viewable on any device or web browser.
  • Flexibility: JPEG files can be easily edited and resized with most image editing software, making them a flexible option for developers and designers.
  • Decompression Speed: JPEG images quickly decompress, meaning faster website load times, crucial for maintaining optimal user experience and SEO rankings.

Cons of JPEG:

  • Compression Quality: JPEG uses lossy compression, which can degrade image quality, especially with high-compression settings or repeated editing and saving.
  • Limited Color Depth: With a maximum color depth of 24-bit, JPEG may not be the best choice for HDR content or applications where color fidelity is important.

Pros of HEIC:

  • Efficient Compression: HEIC can store high-quality images at half the JPEG file size, making it excellent for reducing storage and bandwidth usage.
  • Advanced Features: HEIC supports features like storing multiple photos in one file, perfect for live pictures and image sequences. It can also handle HDR and 16-bit color depth.
  • Better Quality at Lower Sizes: HEIC’s modern compression techniques maintain better image quality at smaller file sizes, which is ideal for high-resolution displays and quality-focused applications.

Cons of HEIC:

  • Limited Compatibility: HEIC’s support is growing but still lags behind JPEG, especially outside the Apple ecosystem. This can be a major drawback for cross-platform applications.
  • Editing and Handling: Fewer tools and platforms support HEIC natively, which can only hinder workflow if tools like Cloudinary are used to automate format conversions and handling.

Picking JPEG vs HEIC for Photography and Graphic Design

For professional photographers, the choice between JPEG and HEIC can impact both their workflow and the final quality of their images. JPEG is traditionally favored for its predictability and ease of use across various platforms and devices. It’s great for quick sharing and compatibility but may not always provide the highest quality due to its compression technique.

On the other hand, HEIC offers better compression that preserves more details and dynamic range, which is crucial for high-quality prints or detailed digital viewing. However, its compatibility issues might limit its use, especially in environments not controlled by the latest technology.

Graphic designers often work with a mix of images, text, and intricate visuals that require precise color and detail management. HEIC’s superior color depth and support for HDR can be an advantage, helping designs ‘pop’. Yet, the final use of the design must be considered—if the audience primarily uses platforms that do not support HEIC, JPEG might be the safer choice.

jpeg vs heic

Cloudinary’s Role in Managing JPEG and HEIC Formats

Cloudinary serves a pivotal role in this ecosystem by providing a dynamic image management platform that intelligently handles JPEG and HEIC images based on the context of use. It automatically detects and delivers images in the most suitable format, resolution, and quality based on the user’s device capabilities and network conditions. This optimizes loading times and enhances the overall user experience without manual intervention from developers.

For instance, Cloudinary can:

  • Convert HEIC images to JPEG automatically for browsers not supporting HEIC, ensuring no user is left behind due to format compatibility issues.
  • Optimize image quality and file size based on the viewing context, crucial for maintaining fast page loads and high visual fidelity.
  • Serve images in modern formats like WebP or AVIF where supported, offering even more efficient alternatives to JPEG and HEIC where applicable.

By using Cloudinary, developers and content managers can streamline their workflows and ensure their images are always delivered in the optimal format. This saves time and resources and provides a seamless experience for end-users, enhancing satisfaction and engagement.

Wrapping Up

Choosing between JPEG vs HEIC isn’t about finding the best format; it’s about what fits best for specific tasks and environments. JPEG is a standard image format widely supported across all devices and platforms. It’s fast to load and easy to handle, making it ideal for everyday use where speed and broad compatibility matter most.

However, HEIC offers significant advantages for those looking for higher image quality and more efficient storage, especially on mobile devices or modern web applications. With better compression and richer color depths, HEIC is excellent for high-quality images in cutting-edge applications.

Ultimately, when deciding whether to use JPEG or HEIC, you should think about the technical needs of your project and what your audience uses. By keeping up-to-date with these image formats and using tools like Cloudinary, professionals can ensure their images are visually impressive and optimized for performance across different digital platforms. This helps in maintaining a smooth and engaging user experience.

Take your digital experience to the next level with Cloudinary’s powerful media optimization tools. Sign up for free today!

QUICK TIPS
Nadin Indre
Cloudinary Logo Nadin Indre

In my experience, here are tips that can help you better manage and optimize JPEG and HEIC formats:

  1. Use JPEG for maximum compatibility
    JPEG’s near-universal support makes it ideal for websites, email marketing, and social media. Use it in scenarios where you need to ensure that images display correctly on a wide range of devices and browsers. For online content that prioritizes accessibility, JPEG is a safe bet.
  2. Adopt HEIC for high-quality mobile images
    HEIC’s compression and high image quality make it perfect for mobile apps or projects targeting the Apple ecosystem. This format is especially useful for apps that handle numerous high-quality photos, such as photography, portfolio apps, or social platforms where quality and storage efficiency are essential.
  3. Automate format conversion with Cloudinary
    If you need to cater to a diverse audience, integrate Cloudinary to dynamically deliver images in the optimal format. Use Cloudinary’s f_auto parameter to automatically convert HEIC files to JPEG (or WebP) for non-supporting browsers and devices, ensuring compatibility without compromising quality or performance.
  4. Leverage HEIC’s multiple-image and burst photo features
    HEIC supports advanced features like storing multiple images in a single file, which is ideal for capturing burst shots or live photos. Use this capability for apps that require multi-frame images or animations, as it can reduce file size and simplify asset management.
  5. Consider JPEG for SEO and page performance
    JPEG’s smaller file sizes and fast decompression are advantageous for web performance and SEO. Use it to optimize image-heavy web pages where load times are critical. You can further compress JPEGs using tools like TinyJPG or Cloudinary’s built-in optimization features to improve page speed scores.
  6. Set up fallback strategies for HEIC compatibility
    Implement a fallback strategy when using HEIC images in your projects. Since HEIC isn’t universally supported, ensure your application automatically serves JPEG or PNG versions for users on older devices or browsers. This can be done efficiently with Cloudinary’s format detection API, which identifies the best format based on the device.
  7. Use HEIC for HDR content and extended color depth
    If your project requires high-dynamic-range (HDR) images or advanced color management (e.g., product design or photography apps), HEIC is a better choice than JPEG. Its 16-bit color depth offers better color gradation and contrast, making your visuals look richer and more vibrant on high-quality displays.
  8. Avoid multiple saves with JPEG to prevent quality loss
    JPEG’s lossy compression can degrade image quality if the file is saved repeatedly. Always keep a high-quality master copy in a lossless format (such as PNG or TIFF) for editing and use JPEG only for the final export. This ensures that your image quality remains intact throughout your editing process.
  9. Test image performance with different compression levels
    JPEG and HEIC allow for varying compression levels that impact quality and file size. Use tools like Cloudinary’s quality parameter (q_auto) to find the best balance for your needs. For example, reducing the compression for JPEGs to around 85% quality is often a good compromise for web use.
  10. Monitor image format adoption trends
    Stay up-to-date with image format adoption trends across different devices and browsers. HEIC is growing in popularity but still has limited support outside the Apple ecosystem. Regularly review support on platforms like CanIUse to ensure your content remains accessible as support evolves.

Implementing these tips will help you harness the strengths of JPEG and HEIC formats, allowing you to optimize images for performance and quality across a range of use cases. Cloudinary’s dynamic image management solutions can automate much of the format handling, making it easier to ensure your media assets are always delivered in the best format for any scenario.

Last updated: Oct 3, 2024