What is HEIC? Everything You Need to Know About Apple's Image Format

You Just Took a Photo on Your iPhone — Now What?

You plug your iPhone into your Windows PC, open the image folder, and see a pile of files ending in .heic instead of the .jpg you were expecting. You try to open one and Windows tells you it doesn't know what to do with it. Your photo editor throws an error. You email one to a colleague and they can't view it either.

This situation plays out millions of times a day, and the frustration is understandable. HEIC is Apple's default camera format, and while it delivers genuinely impressive technical performance, it comes with real-world compatibility headaches that catch people off guard. This guide explains exactly what HEIC is, why Apple made it the default, what makes it technically superior to JPEG, and most importantly — how to open, convert, and work with HEIC files on any platform.

At a Glance

HEIC (High Efficiency Image Container) is the file format Apple uses for photos taken on iPhones and iPads. It stores images using the HEVC (H.265) codec inside a HEIF container, delivering roughly 50% smaller file sizes than JPEG at the same perceived quality.

Key facts at a glance:

• Introduced: iOS 11 / macOS High Sierra (2017)
• File extension: .heic or .heif
• Compression: HEVC (H.265), roughly 2x more efficient than JPEG
• Supports: HDR, 10-bit color, depth maps, Live Photos, multiple images per file
• Main limitation: Not natively supported on Windows, Android, or most web services
• Fix: Convert to JPG using our HEIC to JPG converter for instant compatibility

If all you need is to open or share a HEIC file, converting it to JPEG solves the problem immediately. If you want to understand what HEIC actually is and why it exists, read on.

History and Background: Where HEIC Came From

The MPEG Group and the Quest for Better Compression

The Moving Picture Experts Group — better known as MPEG — is the body responsible for many of the compression standards that underpin modern media. MPEG developed MP3, the MPEG-2 standard used in DVDs, and the H.264 codec that powered the video streaming revolution of the 2000s. By the early 2010s, MPEG was working on the next generation of video compression: H.265, also called HEVC (High Efficiency Video Coding).

H.265/HEVC delivers roughly twice the compression efficiency of H.264 at equivalent visual quality, which is a significant leap. This means a video at the same quality level takes up half the storage space. As HEVC matured, it became natural to ask: could the same compression technology be applied to still images?

The HEIF Container: A Format Built for the Modern Era

The answer was HEIF — High Efficiency Image File Format — standardized by MPEG in 2015. HEIF is a container format, meaning it defines how image data is stored, organized, and tagged in a file, without being tied to any specific codec. Think of it like a shipping container: the container defines the dimensions and fittings, but you can fill it with different cargo.

HEIF was designed from scratch to address the limitations of older formats. JPEG, standardized in 1992, was never designed to store multiple images, depth information, or high dynamic range data. HEIF was built to handle all of these natively. When Apple implemented HEIF and filled the container with HEVC-compressed image data, the resulting files got the extension .heic — High Efficiency Image Container.

HEVC as the Codec: Why It Matters

Inside every HEIC file, the actual pixel data is compressed using HEVC. HEVC uses more sophisticated compression techniques than JPEG's DCT (Discrete Cosine Transform) algorithm. It analyzes larger blocks of the image, uses directional prediction to model how pixel values relate to their neighbors, and applies more precise entropy coding to squeeze out redundancy.

The result is that HEVC-compressed images retain more fine detail, produce fewer compression artifacts at the same file size, and handle areas of smooth color gradation more cleanly than JPEG. This is why a HEIC photo from your iPhone looks sharper and more natural than a JPEG of equivalent file size taken on an older device.

Technical Features: What HEIC Can Do That JPEG Cannot

Compression Efficiency: Half the Size, Same Quality

The headline feature is the compression ratio. In controlled testing across a wide range of photographic content, HEIC consistently achieves equivalent perceptual quality to JPEG at roughly half the file size. A photo that would be 4MB as a JPEG might be 2MB as a HEIC file, and a careful visual comparison would show the HEIC version actually retaining more fine detail.

This matters enormously on a device with limited storage. Apple's decision to switch to HEIC allowed iPhones to store approximately twice as many photos in the same storage space. For users shooting a lot of photos or recording in burst mode, that's a tangible, real-world benefit.

10-Bit Color Depth

Standard JPEG supports 8 bits per color channel, allowing for 256 distinct values per channel and approximately 16.7 million possible colors. HEIC supports 10 bits per channel, allowing 1,024 distinct values per channel and over one billion possible colors.

In practice, 10-bit color means smoother gradations in skies, skin tones, and any area of the image where colors transition gradually. The visible artifacts in 8-bit images — called "banding" — appear as visible steps in what should be a smooth gradient. With 10-bit color, those steps become imperceptibly small. For photos destined for professional editing or printing, the extra color depth is a real advantage.

HDR and Wide Color Gamut Support

HEIC supports High Dynamic Range imagery natively. HDR photos capture a wider range of brightness values, from deep shadows to bright highlights, than traditional Standard Dynamic Range (SDR) images. When viewed on an HDR-capable display — like the OLED screen on a recent iPhone or a modern computer monitor with HDR support — these photos look dramatically more lifelike.

HEIC also supports wide color gamuts including Display P3, which covers a larger range of colors than the standard sRGB colorspace. iPhones with True Tone displays capture and display P3 color natively. A JPEG file cannot properly encode P3 color information, so converting HEIC to JPEG can result in a slight desaturation of vibrant colors captured by the iPhone's camera. Our HEIC to JPG converter handles color profile conversion to minimize this loss.

Depth Maps

Modern iPhones use multiple camera lenses and computational photography to generate depth maps — per-pixel distance estimates that describe how far each part of the scene is from the camera. This depth information is what powers Portrait Mode, the feature that blurs the background of your photos to mimic a shallow depth of field.

HEIC can store the depth map alongside the main image data in a single file. This means Portrait Mode photos retain their depth information when transferred between Apple devices, allowing later re-editing of the blur intensity and focus point. JPEG has no mechanism to store this kind of auxiliary data, so converting a Portrait Mode HEIC to JPEG discards the depth map entirely.

Live Photos: Multiple Images in One Container

Live Photos capture a short 1.5-second video clip before and after the shutter fires, along with a still frame. On Apple devices, these play back as short animated images when you press and hold. HEIC's container format can store all of this — the main still image, the video frames, and audio — in a single unified file.

This is a direct consequence of HEIF's design as a multi-image container. JPEG is fundamentally a single-image format; it has no native way to bundle video frames or audio alongside a still photo. HEIC solves this elegantly. Note that when you convert a Live Photo HEIC to JPEG, you get only the still frame — the motion component is lost.

Multiple Images in One File: Burst Mode and More

Beyond Live Photos, HEIC can store genuinely multiple independent images in one file. Burst mode sequences — where you hold down the shutter and capture dozens of frames — can be stored as a single HEIC file containing all the frames. Apple's automatic HDR processing, which captures multiple exposures and combines them, can also store the source exposures alongside the processed result.

This is conceptually similar to the TIFF format's multi-page capability or an animated GIF's multiple frames, but with full-quality HEVC compression applied to each image. It significantly reduces the clutter and management overhead of handling large bursts of photos.

HEIC vs. Other Image Formats

Understanding where HEIC sits in relation to other common formats helps clarify when to use it and when to convert.

| Feature | HEIC | JPEG | PNG | WebP | AVIF | |---|---|---|---|---|---| | Typical file size (photo) | ~2MB | ~4MB | ~12MB | ~2.8MB | ~1.8MB | | Compression type | Lossy (HEVC) | Lossy (DCT) | Lossless | Lossy + Lossless | Lossy (AV1) | | Color depth | Up to 16-bit | 8-bit | Up to 16-bit | 8-bit | Up to 12-bit | | HDR support | Yes | Limited | No | No | Yes | | Wide color gamut | Yes (P3, Rec.2020) | Limited (sRGB) | sRGB | sRGB | Yes | | Transparency (alpha) | Yes | No | Yes | Yes | Yes | | Depth map storage | Yes | No | No | No | No | | Multiple images | Yes | No | No (APNG yes) | Yes (animated) | Yes | | Live Photo support | Yes | No | No | No | No | | 10-bit color | Yes | No | Yes | No | Yes | | Native Windows support | Requires codec | Yes | Yes | Partial | Partial | | Native macOS support | Yes (10.13+) | Yes | Yes | Partial | Partial | | Web browser support | Very limited | Universal | Universal | 96%+ | 90%+ | | Best for | iPhone photos | Web, sharing | Graphics, screenshots | Web images | Web images |

The table makes the tradeoff clear. HEIC leads on technical capability — compression, color depth, HDR, multi-image storage — but trails significantly on universal compatibility. JPEG's near-universal support makes it the default for sharing and the web, even though it's technically inferior in almost every dimension.

Why Apple Chose HEIC

Storage Efficiency at Scale

Apple's decision to make HEIC the default camera format in iOS 11 (released in 2017) was driven primarily by storage. iPhones were (and still are) sold with fixed internal storage that users cannot expand. As camera sensors improved and video resolutions climbed to 4K and beyond, photos and videos were consuming storage faster than ever.

Switching from JPEG to HEIC gave every iPhone user effectively double the photo storage capacity overnight. For a 64GB entry-level iPhone where photos and videos might consume 30–40% of available space, this was a significant quality-of-life improvement. Apple didn't have to increase storage (which would raise hardware costs) — they just had to adopt a better compression standard.

Technical Alignment with Video

Apple had been using H.264 for video since the early days of iPhone video recording, and HEVC (H.265) was the natural successor for 4K video. By 2017, HEVC hardware encoding and decoding was built into Apple's A-series chips, meaning HEVC compression could be performed efficiently without draining the battery.

Using HEVC for both video and still images meant Apple could leverage the same hardware acceleration for both. The HEIF/HEVC combination was a natural extension of the company's existing technology investment. It also aligned with the broader industry move toward HEVC for streaming video.

Future-Proofing the Camera System

HEIC is not just about compression. Apple's computational photography stack — Smart HDR, Deep Fusion, Night Mode, Portrait Mode with depth maps — generates a lot of auxiliary data alongside each photo. HEIF's multi-image container architecture was specifically designed to accommodate this kind of rich, structured image data.

JPEG could never cleanly store a portrait photo's depth map, the primary exposure, the secondary HDR exposure, and a Live Photo video clip together. HEIF can. By adopting HEIF early, Apple built a foundation that their camera system could grow into for years to come.

How to Open HEIC Files by Platform

On macOS

macOS High Sierra (10.13) and later support HEIC natively. Preview, Photos, Quick Look, and any app that uses macOS's native image APIs can open HEIC files without any additional software or codecs. If you're on an up-to-date Mac, you can simply double-click a HEIC file and it will open in Preview immediately.

For editing HEIC files in professional tools, support varies. Adobe Lightroom and Photoshop support HEIC files with current updates. Affinity Photo supports HEIC. Some older or more specialized tools may still struggle — in those cases, batch converting your files through our HEIC converter hub before importing them gives you a reliable JPEG or PNG to work with.

On Windows

Windows does not natively support HEIC. If you plug in an iPhone and browse its photos in Windows Explorer, you'll see HEIC files that Windows cannot open by default. Microsoft offers a paid "HEVC Video Extensions" codec in the Microsoft Store (currently $0.99 USD) that enables HEIC viewing in the Photos app and File Explorer thumbnails. There is also a free "HEIF Image Extensions" package available through Windows Update in some configurations.

The more practical solution for most users is to convert HEIC files to JPEG. You can do this on the iPhone itself before transferring (covered below) or use our HEIC to JPG converter after transferring the files. Once converted, Windows handles JPEG files with no configuration required.

On iPhone and iPad

If you're viewing HEIC photos on the same Apple device that took them, you'll never encounter any issues. iOS handles HEIC natively and seamlessly. The compatibility problems only appear when you try to share or transfer the files to non-Apple devices and services.

iOS has a built-in conversion feature to help with this. Go to Settings > Camera > Formats and you'll find two options: "High Efficiency" (HEIC) and "Most Compatible" (JPEG). Switching to "Most Compatible" makes your camera save future photos as JPEG. There is also a setting at Settings > Photos > Transfer to Mac or PC where you can choose "Automatic" (which converts HEIC to JPEG during transfer to non-Apple devices) or "Keep Originals" (which transfers HEIC files as-is).

On Android

Android does not natively support HEIC. If someone sends you a HEIC file on an Android device, you'll need a third-party app to open it. Google Photos added basic HEIC viewing support in recent versions, so if you use Google Photos as your gallery app, you may be able to view HEIC files there.

The more reliable solution is conversion. Our HEIC to JPG converter works in any mobile browser, so you can convert HEIC files directly on your Android phone without installing anything.

On the Web

Browser support for HEIC is essentially nonexistent for display purposes. No major browser — Chrome, Firefox, Safari, Edge — renders HEIC images embedded in web pages. This means you absolutely cannot upload HEIC files to social media platforms like Instagram, Facebook, or Twitter and expect them to display. Most web services either reject HEIC uploads outright or silently fail to process them.

For any web use case — uploading profile photos, submitting portfolio images, sharing photos on social platforms — always convert HEIC to JPEG or PNG first. For web performance, you might also consider converting to WebP (see our guide on what is WebP format for more context on why WebP is increasingly the preferred web format).

How to Convert HEIC Files

Method 1: Use Our Online Converter (Fastest)

The quickest solution without installing anything is to use our online tools. Our HEIC to JPG converter handles files directly in your browser — no upload limits that require sign-up, no waiting for email delivery. You upload your HEIC file, the conversion happens, and you download a standard JPEG.

If you need to preserve transparency (for HEIC files that include alpha channel data), use our HEIC to PNG converter instead. PNG is the correct lossless format when transparency must be maintained. For converting HEIC to any other format in one place, our HEIC converter hub gives you all your options in a single interface.

For batch conversions — if you have dozens or hundreds of HEIC files — our image converter supports multiple file uploads so you can process them all at once.

Method 2: Convert on Your iPhone Before Transferring

The cleanest long-term solution if you're constantly dealing with HEIC compatibility issues is to change your iPhone's camera format to JPEG. Go to Settings > Camera > Formats and select Most Compatible. Your camera will now save photos as JPEG by default. You lose a small amount of storage efficiency, but you gain instant compatibility everywhere.

Alternatively, keep HEIC for storage efficiency but let iOS convert during transfers. Go to Settings > Photos > Transfer to Mac or PC and select Automatic. When you plug your iPhone into a Windows or Android device, iOS will automatically convert HEIC files to JPEG during the transfer. When you plug into a Mac, it keeps them as HEIC since macOS handles them natively.

Method 3: macOS Preview

If you're on a Mac, macOS Preview provides a free, built-in conversion option. Open the HEIC file in Preview, then go to File > Export and choose your desired format (JPEG, PNG, TIFF, etc.) from the Format dropdown. You can also adjust quality settings here. For batch conversion on Mac, use Preview's batch export: open multiple HEIC files in Preview, select all thumbnails in the sidebar, then File > Export Selected Images and choose your output format.

Method 4: Adobe Lightroom and Photoshop

If you use Lightroom for photo management, current versions of Lightroom Classic and Lightroom CC can import and export HEIC files directly. Simply import your HEIC files into your catalog, edit as normal, and export to JPEG, PNG, or any other supported format. This is the ideal workflow for professional photographers who need to edit iPhone photos alongside DSLR or mirrorless camera files.

Photoshop (CC 2018 and later) also supports HEIC through Camera Raw. Open your HEIC file and it will load in Camera Raw for processing, just like a raw file from a camera. Export using File > Export > Export As and choose your destination format.

Method 5: Command Line (macOS and Linux)

For developers and power users who need to batch convert large numbers of files, the command line offers the most control. On macOS, the sips (Scriptable Image Processing System) tool is built in and handles HEIC:

sips -s format jpeg input.heic --out output.jpg

For batch conversion of all HEIC files in a folder:

for file in *.heic; do sips -s format jpeg "$file" --out "${file%.heic}.jpg"; done

On Linux, ImageMagick handles HEIC conversion if you have the HEVC libraries installed (libheif). On Windows, FFmpeg with the appropriate codec can also process HEIC files. For most users, though, the online converter is simpler and faster.

HEIC File Size: A Real-World Comparison

To make the storage savings concrete, here are realistic file size comparisons across common iPhone photo scenarios.

| Scenario | HEIC Size | JPEG Equivalent | Savings | |---|---|---|---| | Standard daylight photo (12MP) | ~2.0 MB | ~4.2 MB | ~52% | | Portrait Mode with depth map | ~3.5 MB | ~4.8 MB (no depth) | ~27% (+ depth data) | | Live Photo (still + video) | ~4.5 MB | ~4.2 MB + video | HEIC bundles both | | Night Mode (multi-exposure) | ~5.0 MB | ~5.5 MB | ~9% (+ auxiliary frames) | | HDR photo (wide gamut) | ~3.2 MB | ~4.0 MB (SDR clipped) | ~20% (+ full HDR range) | | Burst mode (10 frames) | ~15 MB | ~42 MB | ~64% | | Panorama (high resolution) | ~6.0 MB | ~11.5 MB | ~48% |

The savings compound over thousands of photos. A user with 10,000 photos saved as HEIC instead of JPEG uses approximately 20GB less storage — that's the difference between a 64GB and a 128GB iPhone for many users.

The Future of HEIC

Growing but Slow Ecosystem Adoption

HEIC adoption outside of Apple's ecosystem has been slow but is gradually improving. Google Photos supports HEIC viewing on Android. Microsoft added HEIC codec support to Windows 11. Some professional cameras from Sony and others have added HEIC support for JPEG-alternative output. The format's technical superiority is not in dispute, but JPEG's entrenched position is difficult to dislodge.

The web is an especially stubborn holdout. Adding browser support for HEIC rendering would require browser vendors to integrate HEVC decoding libraries, which historically carried patent licensing costs. This is a significant reason why the open-source community has rallied around AVIF (based on the royalty-free AV1 codec) as the "next JPEG" for the web rather than HEIC.

HEIC vs. AVIF: The Long-Term Competition

AVIF — the AV1 Image File Format — is in many ways HEIC's open-source counterpart. Both use modern, efficient compression far superior to JPEG. AVIF uses the royalty-free AV1 codec instead of the patent-encumbered HEVC. This makes AVIF far more attractive for web use, where browser vendors are wary of codec licensing complexity.

As browsers continue to improve AVIF support and tools mature, AVIF is likely to become the dominant format for web images while HEIC remains Apple's device-native format for photos. The two formats serve different ecosystems and are not necessarily in direct competition. For more on AVIF's web potential, see our PNG vs JPG guide for context on how the format landscape is shifting overall.

Apple's Continued Investment

Apple continues to invest in HEIC and HEIF as core infrastructure. Each new iPhone generation brings computational photography features that leverage HEIF's multi-image container capabilities. ProRAW — Apple's professional raw format introduced on iPhone 12 Pro — is itself based on the HEIF container with DNG raw data inside. The underlying container is proving flexible enough to accommodate Apple's expanding camera ambitions.

Whether HEIC becomes a broadly adopted standard or remains primarily an Apple-ecosystem format, it will continue to be the default output format for iPhone cameras for the foreseeable future. Understanding it, and knowing how to convert it when needed, is a practical skill for anyone working with photos in 2026.

Frequently Asked Questions

What does HEIC stand for?

HEIC stands for High Efficiency Image Container. The "container" part of the name reflects the fact that HEIF (High Efficiency Image File Format) is a container format, similar in concept to how MP4 is a container that holds video, audio, and subtitle streams. The HEIC container holds HEVC-compressed image data along with metadata, depth maps, and auxiliary images. Some devices use the .heif extension instead of .heic — both refer to the same underlying format, just different file naming conventions.

Why can't Windows open HEIC files by default?

Windows doesn't include HEVC codec support by default because of patent licensing. HEVC (H.265) is covered by patents held by a consortium of companies, and Microsoft chose not to include the codec in Windows out of the box to avoid mandatory royalty payments. Instead, Microsoft sells the "HEVC Video Extensions" codec as a $0.99 purchase from the Microsoft Store. Without this codec, Windows Photo Viewer and File Explorer cannot display HEIC files. The simplest workaround is converting your HEIC files to JPEG — our HEIC to JPG converter makes this a one-click process.

Does converting HEIC to JPEG reduce quality?

Converting from HEIC to JPEG involves re-compression, which does cause some quality loss. However, at a JPEG quality setting of 85%+, the difference is generally imperceptible in normal-sized prints or on-screen viewing. The more meaningful quality loss happens in specific areas: HDR and wide color gamut information gets compressed to standard dynamic range and sRGB colorspace, depth map data is discarded, and Live Photo motion is stripped to the still frame only. For most sharing and everyday use purposes, a JPEG conversion is perfectly adequate. If you need to preserve technical quality for professional editing, keep your HEIC originals and only convert export copies.

How do I stop my iPhone from taking HEIC photos?

Go to Settings > Camera > Formats on your iPhone and select Most Compatible. This changes your camera to save photos as JPEG (and videos as H.264) instead of HEIC (and HEVC). The tradeoff is that JPEG files use more storage — roughly twice as much. If storage space isn't a concern and you regularly share photos with non-Apple users or upload to web services, "Most Compatible" mode simplifies your workflow significantly. If you want to keep HEIC for storage efficiency but convert automatically when transferring to PCs, use the "Automatic" option at Settings > Photos > Transfer to Mac or PC instead.

Is HEIC the same as HEIF?

HEIF (High Efficiency Image File Format) is the container format standard developed by MPEG. HEIC is the specific implementation of HEIF that uses HEVC (H.265) as the image codec. Think of HEIF as the box and HEVC as what's inside the box. Apple's files use the .heic extension because they contain HEVC-compressed images inside a HEIF container. Theoretically, a HEIF container could use other codecs (like AVC/H.264 or even AV1), but in practice, HEIC refers specifically to the HEVC variant that Apple uses. Some sources use "HEIF" and "HEIC" interchangeably, which is close enough for casual usage.

Can I use HEIC files on my website?

No — not for inline display in web pages. No mainstream browser renders HEIC images as embedded content. Even Safari, Apple's own browser, does not support HEIC in <img> tags. If you try to display a HEIC image on a webpage, it simply will not load. For web use, always convert your HEIC files to JPEG (for broad compatibility), WebP (for modern browsers with better compression), or PNG (for images needing transparency). Our image converter handles all of these conversions and is the fastest path from HEIC to a web-ready format.

Are there any free ways to convert HEIC to JPG?

Yes, several. Our HEIC to JPG converter is free and works in your browser without requiring any software installation. On macOS, the built-in Preview app converts HEIC to JPEG for free via File > Export. On iPhone, you can configure your phone to automatically convert during transfer to non-Apple devices. On Windows, the Microsoft Photos app can convert HEIC files if you've installed the free HEIF Image Extensions from the Microsoft Store (search for it in the Windows Store). For batch conversions, ImageMagick is a free open-source command-line tool available on all platforms. For a detailed walkthrough of these options, see our dedicated guide on how to convert HEIC to JPG.

Why do some HEIC files have a .heif extension instead?

Both .heic and .heif are valid file extensions for files using the High Efficiency Image File Format. Apple chose .heic as its extension to signal that the specific codec inside is HEVC (HEIC = HEIF + HEVC). Some other devices and software use .heif as a more generic extension. Functionally, they are the same format and can be opened and converted by the same tools. If your conversion tool doesn't recognize .heif, try renaming the file to .heic — they are interchangeable in most contexts.

Conclusion: HEIC Is Technically Excellent, Practically Inconvenient

HEIC is genuinely impressive technology. The compression efficiency is real — you get approximately twice as many photos in the same storage space as JPEG. The technical capabilities — 10-bit color, HDR, depth maps, multi-image storage, Live Photos — are features JPEG simply cannot match. For Apple's devices and ecosystem, HEIC is a strong choice and the right default.

The problem is that the world outside Apple's ecosystem hasn't caught up. Windows requires a paid codec. Android needs workarounds. The web doesn't support it at all. Every time you try to share a HEIC photo outside an Apple-to-Apple context, you hit a friction point.

The practical approach for most people is a two-pronged strategy: keep HEIC on your device for storage efficiency and full quality preservation, but convert to JPEG whenever you need to share, upload to the web, or hand files off to clients or colleagues. Our HEIC to JPG converter makes that conversion instant, and our HEIC converter hub gives you flexibility to convert to PNG or other formats when the situation calls for it.

Understanding what HEIC is also helps you make informed decisions about your own workflow. If you're a photographer who delivers files to clients, staying in "Most Compatible" mode avoids conversion entirely. If you shoot thousands of photos and value storage efficiency, HEIC with on-demand conversion is the smarter choice. If you're managing photos on a non-Apple platform, knowing that HEIC is technically superior may help you appreciate why Apple made the choice, even while you convert everything to JPEG.

The format landscape is constantly evolving. AVIF is emerging as a strong alternative for the web, and Apple's own ProRAW format builds on the same HEIF foundation HEIC uses. For a broader view of how all these formats compare, our guides on what is WebP format and the HEIC vs JPEG comparison provide deeper context on how the image format world is changing and what choices make sense for your specific use case.

Whatever your situation, the key takeaway is this: HEIC is not a broken format. It's a technically superior format with an ecosystem adoption gap. Once you know how to bridge that gap — by converting when needed — it stops being a frustration and becomes a feature you can actually benefit from.