Create AVC/H.264 video in stunning broadcast quality at up to 2x faster than with open source¹
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Pre-configured encoding profiles
Numerous ready-to-use encoding templates, including streaming formats like DASH-264, Apple HLS, HTML5 and Adobe Flash, and professional camcorders like Sony XAVC and Panasonic AVC-Ultra are included in the SDK.
Seamless hardware encoding and decoding
Hardware-based AVC/H.264 encoding and decoding are compatible with Intel CPUs (3rd Generation Intel Core Processors and newer) and NVIDIA GPUs using the renowned MainConcept API.
Optimized AVC/H.264 decoding with improved multi-instance behavior and up to 10% better performance.
Go beyond the resolution limits in AVC/H.264 and encode 360/VR spheres in virtually unlimited resolution, to transmit the best possible quality—regardless of the projection method and zoom level of the viewing device.
Frame-Accurate Smart Rendering*
Encoder wrapper component providing AVC/H.264 Smart Rendering functionality for frame-accurate editing, cutting, and smart copy.
VESA API support in AVC/H.264 Decoder allows in-depth analysis of stream parameters, such as buffer, picture, slice, macroblock levels and many more.
Output in SDR or two HDR formats, you can also convert between the formats in real-time. PQ/HDR-10 to HLG, HLG to PQ/HDR-10, PQ/HDR-10 to SDR conversion as well as full support for SMPTE-2086 metadata complete the decoder’s feature set.
* Optional features
2X faster than open source & 55% faster than previous generation
The MainConcept SDK is so efficient that it meets most quality and bitrate targets with just a single pass. (Open-source codecs often require two passes to meet the same targets.) This is one of the reasons why MainConcept AVC is proven to be 2X faster than open source.1 It also sports impressive speed records, including a 55% improvement for decoding of AVC Intra video.2
2-pass encoding & support for UHD and HDR
MainConcept AVC supports 2-pass encoding to generate the highest possible quality content when superior broadcast quality is your primary goal. Our encoders also support extended resolution encoding for 4K and beyond, within the level limits of the AVC/H.264 specification.
NVIDIA Hardware Encoding and Decoding
Hardware-based encoding and decoding using NVIDIA on x86 platforms is available, adding further power to the AVC codec. The coding technology built into NVIDIA processors significantly accelerates video coding, freeing the CPU from heavy video tasks. The seamless integration into the MainConcept API enables the use of both software and hardware encoding for any application.
1 According to recent encoder test data comparing MainConcept AVC against x264
2 Compared to previous version of MainConcept AVC
|AVC Video Encoder package supporting up to 4:2:0 8-bit, up to level 5.2 (4K60). Direct access to NVIDIA NVENC if present on the system. Includes related audio and multiplexing components for formats that use MPEG-Transport Stream like Blu Ray, or MP4/MOV.|
|AVC Video Encoder package with support for up to 4:2:2 10-bit (plus 4:2:0 8-bit), up to level 6.2 (8K). Direct access to NVIDIA NVENC if present on the system. Includes audio and multiplexing components for formats such as MPEG-2 Transport Stream, MP4/MOV, and MXF formats like P2 and XAVC.|
|SVR360 for AVC/H.264 Encoder Broadcast||Allows encoding in virtually unlimited resolution, specifically designed to meet the needs of 360/VR applications.|
|AVC/H.264 Smart Rendering
||Available for AVC/H.264 Encoder SDK and AVC/H.264 Encoder SDK Broadcast. Provides functionality for frame-accurate editing, cutting, and smart copy to speed up conversion of AVC source content.|
|AVC Video Decoder package that supports up to 4:2:0 8-bit video up to level 5.2 (4K60), hardware decoding, and audio and demultiplexing components for formats that use MPEG-TS or MP4/MOV.|
|AVC Video Decoder package that supports up to 4:4:4 12-bit video in unlimited resolution and HDR conversion, with audio and demultiplexing components for formats that use MPEG-2 Transport Stream, MP4/MOV, and MXF like XAVC, P2 and more.|