As low as 1.5 Mbps for 1080p
4K UHD with HDR under 10 Mbps
Encoding adapts per frame based on the needs of the video
Fully HEVC compliant, supports HDR10 and Dolby Vision
Subjective quality measure highly correlated with human vision
Verified using the ITU BT.500 standard for image quality
Market-proven with over 200M media items optimized by Beamr every day
Backed by the majority of Beamr’s 28 granted patents
Fit more channels into constrained broadcast pipes
Lower CDN and storage costs
Improve user experience with a faster start and less buffering
Reach a wider audience with 4K over broadband and HD over mobile
Unique first of it’s kind integration of Beamr’s content-adaptive frame level optimization, guarantees the highest video quality with the lowest bits.
Offers fully adaptive automatic operation. No longer do you need to produce content specific profiles, such as animation, sports, drama, etc to achieve the best video quality for a given budget.
The Beamr optimization process is fully integrated with the industry leading Beamr 5 HEVC software encoder SDK.
Special patented motion estimation algorithms support efficient inter-frame prediction with extended computation in dual-pass encoding for maximized bit allocation, bitrate stability, and quality.
Expanded toolset for high-motion content including Asymmetric Motion Partitions (AMP), Temporal MV prediction, and weighted prediction for fade-detection.
Comprehensive performance tuning to optimize encoding decisions for content and hardware.
Real-time encoding at noticeably higher quality at commercially viable offline speeds.
Control of specific encoding parameters for customization of any video workflow.
Optional flags for improving encoding quality regardless of content difficulty.
Features three discrete algorithms to reduce color banding in flat and gradient areas of the picture.
Film grain preservation control enables the preservation of cinematic texture without using more bits than are needed.
Easy to integrate libraries, fully documented, includes sample encoder, decoder, and analyzer example application source code.
Advanced access to scene change detection, GOP structure, rate control.
On-the-fly changes to region of interest parameters for external rate control integration.
Low-latency natural order encoding to advanced adaptive GOP structures with dynamic B-frame placement.
Unique "on-the-fly" controls for resolution, bitrate, GOP structure, SAO and Deblocking.
Scalable scene-change detection.