HEVC/H.265 Video Encoding normally requires a decision between fast and good. The new MainConcept HEVC/H.265 Video Encoder SDK answers this question with: “Both”. By combining the software encoding quality for which MainConcept has been known for years with the performance of hardware processing, the latest HEVC/H.265 Video Encoder SDK offers unmatched encoding quality at lightning speed.
The unique all-in-one API for seamless access to software encoding integrates Intel Quick Sync Video, NVENC hardware encoding, as well as Hybrid GPU Accelerated Encoding on NVIDIA RTX graphics engines* to meet all requirements of video compression.
Support for 8- and 10-bit 4:2:0 profiles with HDR-10 or HLG in single- or 2-pass encoding can be optionally augmented with SABET™, allowing simultaneous creation of multiple ABR layers in a single encoder instance.
The MainConcept HEVC/H.265 Decoder allows 8K120p real-time playback up to 10-bit 4:4:4 progressive and interlaced streams on dedicated systems. It supports the new professional Canon XF-HEVC format, packaging 4:2:2 10-bit HEVC/H.265 into an MXF container allowing existing workflows to support the same metadata as with current, AVC / H.264-based broadcast formats. To obtain high-speed performance on supported low-end systems, the decoder offers a DXVA option to utilize GPU power for accelerated HEVC/H.265 playback on Windows. For HDR (High Dynamic Range) support, the HEVC Decoder fills dedicated HDR-10, HLG and PQ-10 data structures. In addition, the decoder offers several HDR processing algorithms that allow real-time PQ / HDR-10 to HLG, HLG to PQ / HDR-10 and PQ / HDR-10 to SDR conversion*.
* Hybrid GPU accelerated encoding, SABET™, Canon XF Ingest and HDR conversion are optional features.
All-in-one HEVC Encoder SDK seamlessly integrates HW encoders
from NVIDIA® and Intel®
Intel® Quick Sync Video hardware encoding is available within the MainConcept API as easy as an on/off feature. By leveraging Intel Quick Sync hardware with MainConcept HEVC Encoding SDK, CPU load is reduced significantly during video processing.
For live encoding it is possible to achieve more parallel channels on one system.
NVENC hardware-based HEVC video encoding, available since NVIDIA Pascal GPUs, is seamlessly integrated into the MainConcept HEVC Encoder SDK with a simple API option. This enables HEVC encoding with a very small CPU footprint while improving processing speed or increasing the number of live channels per server. MainConcept HEVC Encoder SDK with NVIDIA NVENC is also supported in select cloud compute platforms.
Click here for a list of supported NVIDIA boards for encoding.
Hybrid GPU accelerated encoding*
Combine the power of NVIDIA’s RTX Graphics engine with the quality and control of MainConcept’s encoding technology to accelerate video encoding without sacrificing quality.
Supporting ingest, decode and playback of HEVC 4:2:2 10-bit progressive and interlaced files created by the new Canon XF 705 camera. The Canon XF-HEVC format, wrapped into MXF container, allows existing workflows to support the same metadata as with current, AVC / H.264-based broadcast formats.
Smart Adaptive Bitrate Encoding Technology (SABET)*
Intelligent ABR encoding in a single instance by sharing processing data across up to 12 different profiles, reducing the total encoding time by over 30 percent.
High Dynamic Range (HDR) Processing & Conversion*
Signaling SMPTE 2084 based HDR-10 including SMPTE 2086 mastering display metadata and MaxFALL, MaxCLL. HLG transfer characteristics are signaled in accordance with ITU-R BT.2100-1. The decoder also offers several algorithms that enable real-time PQ / HDR-10 to HLG, HLG to PQ / HDR-10 and PQ / HDR-10 to SDR conversion.
Large Set of Decoding Profiles
Support of a many profiles in the MainConcept HEVC Decoder such as 4:2:0 8-bit (Main), 4:2:0 10-bit (Main 10), 4:2:0 12-bit (Main 12) and 4:2:2 8-bit (Main 4:2:2), 4:2:2 10-bit (Main 4:2:2 10), 4:4:4 10-bit (Main 4:4:4 10), 4:4:4 12-bit (Main 4:4:4 12), and DVB-T2 all natively progressive or interlaced. Seamless hardware decoding support of H.265 video for improved CPU consumption with capable GPUs.
* Optional features
MainConcept HEVC/H.265 SDK Data Sheet
Detailed information and feature set overview of the available packages and their included components.
|HEVC/H.265 Encoder SDK||SDK components required for HEVC encoding with related multiplexers and audio encoders.|
|SABET for HEVC Encoder||Add-on feature enabling Smart Adaptive Bitrate Encoding Technology for more efficient ABR content creation.|
|Hybrid GPU accelerated Encoding||Add-on feature to enable GPU Accelerated Encoding on NVIDIA RTX boards.|
|HEVC/H.265 Decoder SDK||SDK components required for HEVC decoding with supported demultiplexers and audio decoders.|
|Canon XF-HEVC Ingest for HEVC Decoder||Add-on feature enabling ingest of Canon XF-HEVC recorded MXF files.|
|HDR Conversion for HEVC Decoder||Add-on feature enabling PQ / HDR-10 to HLG, HLG to PQ / HDR-10 and PQ / HDR-10 to SDR conversion.|
PlayBox Technology Case Study
PlayBox Technology Ltd. has licensed MainConcept’s HEVC/H.265, AVC/H.264, MPEG-2 and DVCPRO HD Decoder SDKs within their CaptureBox Neo and AirBox Neo solutions. Besides its market proven Codec technology, AirBox Neo is also using MainConcept’s SCTE-35 SDK for inserting Dynamic Ad markers on-the-fly into MPEG-2 Transport Streams.
Soliton Case Study
Camera operators shooting news or sports events in the field use professional camcorders with high-quality broadcast formats. For breaking news and mobile live broadcasting, bandwidth is limited and requires an efficient streaming codec. For encoding, Soliton Systems introduced the world's first HEVC/H.265 mobile hardware encoder for video transmission. On the client side, the MainConcept® HEVC Decoder SDK provides a flexible software solution that allows for real-time playback of HEVC/H.265 content.
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