Everything you Want in an HEVC Encoder
Unrivaled Speed, Supreme Quality
Ultra-efficient real-time performance up to 4kp60 paired with superior video quality

Compatible & Versatile
Supports wide range of platforms including Windows, Linux, Mac.
Support both x86 and ARM architecture.
Support for multiple HEVC profiles

HDR Inside
Supports 10 and 12 bit color.
Compatible with Dolby Vision, HDR10 and HLG and accompanied metadata

Multi-Stream Support (ABR)
Efficiently create multiple output streams with different resolutions and bitrates from a single source.

Low latency
Real-time, low-latency encoding at resolutions up to 4K.
Optimized for interactive applications such as video conferencing and communications, video surveillance and visually guided remote control systems.

HEVC, Optimized for Speed and Quality
On-The Fly Control
Unique "on-the-fly" controls for resolution, bitrate, GOP structure, SAO and Deblocking.
Speed & Quality Control
Beamr 5 HEVC encoding delivers an extensive variety of tradeoffs between speed and quality needs. From ultra-quick low-latency settings to superb offline commercial quality.
Complete API
Easy to integrate libraries, fully documented, includes sample encoder, decoder, and analyzer example application source code.
Advanced Rate Control
Sophisticated rate control support for CBR, VBR, and Fixed QP encoding applications.
Unique features including patented predictive inter and intra complexity analysis for maximized bit allocation, bitrate stability, and quality.
Unique features including patented predictive inter and intra complexity analysis for maximized bit allocation, bitrate stability, and quality.
Patented Motion Estimation
Patented motion estimation algorithms enables efficient inter frame prediction.
Expanded toolset for high motion content including Asymmetric Motion Partitions (AMP), Temporal MV prediction, and weighted prediction for fade-detection
Expanded toolset for high motion content including Asymmetric Motion Partitions (AMP), Temporal MV prediction, and weighted prediction for fade-detection


