Beamr's Emmy-Winning Technology Enables Cost-Effective 4K Live Sports Broadcasting
Beamr Imaging Ltd. demonstrates a solution at IBC Show 2025 that allows broadcasters to enhance low-resolution sports footage to 4K quality while cutting delivery costs by up to 50%, addressing the economic challenges of premium live streaming.
Live broadcasting of global sports events faces a critical economic bottleneck as viewer expectations for 4K quality clash with the high costs of real-time delivery. Beamr Imaging Ltd. (NASDAQ: BMR) is demonstrating a solution at the IBC Show 2025 in Amsterdam that addresses this challenge through a unified workflow leveraging GPU-accelerated, AI-powered 4K quality enhancement technology.
The core of Beamr's offering is its Emmy-winning Content-Adaptive Bitrate (CABR) technology, which analyzes each frame to reduce file sizes by up to 50% while preserving quality. This patented technology enables broadcasters and streamers to elevate low-resolution content, such as 720p footage captured during sports events, to stunning 4K quality while simultaneously making it CDN-friendly and reducing content delivery expenses significantly.
Beamr CEO Sharon Carmel emphasized the solution's advantages, stating that it allows broadcasters to balance premium quality with cost efficiency for live events. The optimized, low-latency 4K live broadcasting capability can transform the viewing experience for partners' customers while keeping costs under control. This cost-effective approach enables sports broadcasters to unlock new revenue streams by offering premium 4K subscription tiers to viewers willing to pay for superior experiences during live sports events.
The technology is trusted by top media and technology companies and offers flexible deployment options, including availability for Amazon Web Services (AWS) and Oracle Cloud Infrastructure (OCI) customers. Beamr's perceptual optimization technology is backed by 53 patents and powers efficient video workflows across various high-growth markets, helping businesses that rely on video improve efficiency and implement high-performance workflows at scale.