Convert MP4 to HEVC

Choose file to convert

Utilizing our complimentary online converter, you can seamlessly transform your mp4 video files into hevc, along with a host of other formats.

How to convert mp4 to hevc?

Step 1

Upload an mp4-file

You can select the mp4 file you wish to convert from your computer, Google Drive, Dropbox or just drag and drop it onto the page.

Step 2

Select "to hevc"

Choose hevc or any other of the 200+ supported formats that you wish to convert to.

Step 3

Download your hevc file

Please wait for the conversion to be completed, then click on the download button to get your converted file in the hevc format.

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Recognizing the crucial significance of our users' data security, we have put a number of measures in place to guarantee reliable file conversion without the jeopardy of information leakage or privacy infringements.

Data Encryption

Every piece of information uploaded to our platform undergoes SSL encryption, safeguarding privacy during the transmission process.

Secure Storage

Upon completion of the conversion, the files are retained on secure servers for a duration of 24 hours and are then automatically obliterated, preventing any third-party access.

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We regularly screen our file conversion tools for any malicious code or vulnerabilities, mitigating the risk of potential cyber threats.

Best tool to convert mp4 to hevc

Converting mp4 to hevc is fast and easy

Just drag and drop your mp4 files onto the webpage, and you'll have the capability to convert them to hevc or over 250 different file formats, all without the need to register, provide an email address, or include a watermark.

Safe mp4 to hevc Conversion

Immediately upon uploading your mp4 files, we delete them without delay. Converted files are then removed after 24 hours. Additionally, we ensure that all file transfers are secure through advanced SSL encryption.

No Software Installation Required

There's no need to go through the inconvenience of installing any software. We conveniently handle all mp4 to hevc conversions in the cloud, which implies that none of your computer's resources will be consumed in the process.

MPEG-4 Video File

Extension	.mp4
Category	🔵 video
Programs	🔵 Microsoft Windows Media Player 🔵 VLC media player 🔵 MPlayer 🔵 Eltima Elmedia Player 🔵 Winamp 🔵 Apple QuickTime Player 🔵 Apple iTunes
Description	🔵 .mp (MPEG- Part ) The .mp file format is a digital multimedia container format most commonly used to store video and audio, but it can also be used to store other data such as subtitles and still images. MP is based on the Apple MOV format, but adds support for various other MPEG features. It's a universally accepted format with high compatibility across all platforms and devices, widely used for streaming over the internet, for storing digital video and audio streams, and for video playback on mobile devices.
Technical details	🔵 The `.mp4` format, or MPEG-4 Part 14, is a versatile multimedia container with these features: - Standardization: Standardized by ISO/IEC as ISO/IEC 14496-14. - Versatility: Stores video (including 4K), audio, text (subtitles), and 3D graphics. - Compression: Uses MPEG-4 lossy compression, reducing file size with minimal quality loss. - Video/Audio Codecs: Commonly uses H.264 (MPEG-4 Part 10) for video and AAC for audio. - Compatibility: Widely supported by media players, editing tools, and devices. - Streaming: Suitable for internet streaming and progressive download. - Metadata: Supports metadata like titles, artist, GPS data, and scene descriptions. - Chapter Support: Enables easy navigation within videos. - Subtitles/Closed Captions: Includes subtitles/closed captions, embedded or as separate tracks. - DRM Support: Can be protected with DRM systems.
Developer	🔵 Moving Picture Experts Group
MIME type	🔵 audio/mp4 🔵 video/mp4

Extension	.hevc
Category	🔵 video
Description	🔵 HEVC (H.265) is essentially the heavy-duty engine behind modern 4K streaming. It was built with one brutal objective: slash bitrates by 50% without turning the image into a blocky disaster. The codec is a processing beast that achieves this through a 'work smarter' architecture, leveraging parallel decoding so modern multi-core CPUs can actually handle the massive computational load without stuttering.
Technical details	🔵 The real shift here is the jump from old-school 16x16 macroblocks to Coding Tree Units (CTUs). These can scale up to 64x64, which is a massive efficiency win. It allows the codec to be 'lazy' where it can—using huge blocks for simple areas like a clear sky—while getting surgical with tiny blocks for high-detail textures. Under the hood, HEVC is doing some insane math. It blends intraframe and interframe prediction inside each CTU, using high-level motion estimation to guess where pixels are moving before they even get there. This is how you get that 'magic' 50% file size reduction compared to H.264. To stop your hardware from melting, it uses parallel decoding, splitting the stream across multiple processing units simultaneously. It’s a brute-force technical upgrade that’s become the backbone of everything from Netflix to 8K Blu-rays.