A Comprehensive API for Video Processing
Develop awe-inspiring video applications with state-of-the-art libraries, tools, and samples. They are all accessible via a single API that enables hardware acceleration for fast video transcoding, image processing, and media workflows.
- Accelerate rich media performance. Speed up video playback, encoding, processing, and media formatting conversion.
- Achieve real-time 4K video communication at 60 FPS HEVC decoding and encoding. Some Intel® Xeon® and Intel® Core™ processors can get up to 18 AVC full HD at 30 FPS during transcoding sessions. 1
- Cut product time to market. Prototype, optimize, and productize your media pipelines with a comprehensive, convenient API.
- Speed up transition to new codecs. Use efficient codecs with hardware acceleration to increase speed, compression, and quality across AVC, HEVC, and MPEG-2.
- Debug and customize your products quickly. Find and solve application bugs, port applications to new operating systems, and add new features using source code for open-source Linux*.
- Deliver fast, high-quality, real-time video transcoding in:
- Broadcasting
- Over-the-top (OTT) delivery
- Live video and video-on-demand (VOD)
- Cloud gaming and remote desktop solutions
- Access hardware-accelerated video codecs and programmable graphics on the latest Intel® processors.
Note Intel® Media Server Studio is no longer available but you can access its features in other products:
Intel® Media SDK (for media functionality, only)
Who Needs the Intel® Media SDK?
Developers Who Want to Quickly Process Video Files
Video is the largest and fastest-growing category of internet traffic, forecasted to be 82 percent by 2022.2 Developers who need fast video encoding, decoding, processing, media format conversion, and image processing use this SDK for:
- Desktop or mobile video players and editors
- Video conferencing or streaming applications
- Smart camera and network video recorder software
- Content capture and distribution for digital surveillance, industrial, retail, healthcare, and more
- In-vehicle infotainment and instrument cluster firmware
What's New
2021 Windows* Release R1
- Added AV1 decode support
- Added deprecated attributes in API headers as part of the transition to the Intel® oneAPI Video Processing Library (oneVPL)
- Added Scaling Interpolation Method control (not supported on Linux currently)
- Added HEVC 4:2:2 encode support to software codec plugins
- Added support for 3rd Generation Intel® Movidius™ Vision Processing Unit (VPU)
- Improved samples now include:
- Sample_encode: Added options for FPS limit flag, Flags for forcing color format, NV16/P210/P016/Y216 support and more
- Sample_decode: Added options for FPS limit flag and a flag to disable film grain application
- Sample_multi_transcode: Added 10bit formats, adaptive frames, NV16 output and i420/NV12 support
See the release notes for more features and details.
Release Notes
2020 Windows* Release
- Added screen content coding (SCC) support to HEVC
- Improved samples now include:
- AVBR, QVBR, and ICQ bitrate control modes to sample_multi_transcode
- Improved 12-bit format support
- A command line option that forces use of a fixed function (low-power) version of components, where available
- ROI file format for sample_multi_transcode
- A command line option to limit bitrate
- A metrics monitor that allows a user to specify a path to a graphics device
2017 R4 Release for Embedded Linux*
- Yocto* MR4 board support package(BSP) kernel update for new graphics driver and performance improvements
Key Specifications
Supported Processors
- 3rd through 11th generation Intel Core processors
- Intel Xeon E3 processor version 4, select version 5 products, and version 6 with integrated Intel® Processor Graphics
- Intel Xeon E-2000G processor product family with Intel Processor Graphics.
- Selected Celeron®, Pentium®, or Intel Atom® processors with integrated graphics
- For the Intel Xeon E5 processor (versions 4 and 5) and 1st and 2nd generation Intel Xeon Scalable processors, support of software-only (CPU) HEVC decode and encode, select video preprocessing (CSC, scaling, DI), and virtualization (kernel-based virtual machine, Xen Project Hypervisor*) is available
Embedded Linux
- Celeron processor N3350
- Pentium processor N4200
- Intel Atom processors E3930, E3940, or E3950
Operating Systems
- Windows® 10, Microsoft Windows Server* 2012 and 2012 R2 and 2016
- Supports most Linux distributions and Linux kernels
- Embedded Linux: Yocto Project* 2.5 Sumo - Kernel 4.14.92
Software
- Windows: Microsoft Visual C++* 2005 with service pack 1, or higher
- Code samples: GNU Compiler Collection (GCC)* G++, version 4.6, and CMake* version 2.8.0, or higher
Programming Languages
- C
- C++
Available Downloads
Windows & Linux
Build applications for data centers and cloud, enterprise, desktop, client, and mobile solutions and devices. These include broadcast and video conferencing, online gaming, and video players and editors.
Embedded Linux
Use for embedded and IoT solutions in markets such as digital surveillance, retail, smart home, and transportation—from smart cameras and network video recorders to infotainment for connected cars.
Customer Success Stories
Video Transcoding at Olympic Speed
Explore how NetUP used Intel Media SDK to bring the Rio Olympics to an audience of millions.
Enable Game-Changing Sports Calls
Learn how Slomo.tv, a producer of instant replay servers, uses the video compression capabilities in Intel Media SDK to innovate their videoReferee* systems.
Product and Performance Information
Specific hardware technical specifications apply. For more information, see performance benchmarks.
For more information, see Cisco* Mobile Visual Networking Index (VNI) Forecast (2017-2022).
Performance varies by use, configuration and other factors. Learn more at www.Intel.com/PerformanceIndex.