MPEG-4 SLS audio allow digital music to be delivered over a wide range of audio fidelity bit rates from a single compressed lossless quality archival file. By using a single high-quality audio file, ORASTREAM delivers music to adapt dynamically to diverse network conditions and player devices. This has two advantages. First, the need for multiple audio encoding and bit-rate quality music files is eliminated. Second, the resultant streaming media standardization achieves economies-of-scale efficiency in content delivery networks through the possibility of aggregating storage and traffic from multiple music services. This lowers average content delivery networks' tariff rates for individual music services (than if each were to acquire content delivery network services on its individual storage and/or traffic levels). ORASTREAM is based on patents-pending, audio streaming server-player system. We believe that ORASTREAM will hasten consumer acceptance and is indispensable for delivery of mobile cloud music services. The value proposition centres on enabling digital music convergence based on: Automatic (transparent) process of adaptive streaming to bandwidth availability and optimization of audio quality Ease of streaming server setup, maintenance and economies-of-scale savings from an archival audio file Quality-of-Experience (QoE) performance that enrich streaming music entertainment experience
Saturday, November 10, 2012
OraStream MPEG 4 SLS Seamless Uninterrupted Fluent Streaming
OraStream MPEG 4 SLS Seamless Uninterrupted Fluent Streaming Video Clips. Duration : 0.95 Mins.
MPEG-4 SLS audio allow digital music to be delivered over a wide range of audio fidelity bit rates from a single compressed lossless quality archival file. By using a single high-quality audio file, ORASTREAM delivers music to adapt dynamically to diverse network conditions and player devices. This has two advantages. First, the need for multiple audio encoding and bit-rate quality music files is eliminated. Second, the resultant streaming media standardization achieves economies-of-scale efficiency in content delivery networks through the possibility of aggregating storage and traffic from multiple music services. This lowers average content delivery networks' tariff rates for individual music services (than if each were to acquire content delivery network services on its individual storage and/or traffic levels). ORASTREAM is based on patents-pending, audio streaming server-player system. We believe that ORASTREAM will hasten consumer acceptance and is indispensable for delivery of mobile cloud music services. The value proposition centres on enabling digital music convergence based on: Automatic (transparent) process of adaptive streaming to bandwidth availability and optimization of audio quality Ease of streaming server setup, maintenance and economies-of-scale savings from an archival audio file Quality-of-Experience (QoE) performance that enrich streaming music entertainment experience
MPEG-4 SLS audio allow digital music to be delivered over a wide range of audio fidelity bit rates from a single compressed lossless quality archival file. By using a single high-quality audio file, ORASTREAM delivers music to adapt dynamically to diverse network conditions and player devices. This has two advantages. First, the need for multiple audio encoding and bit-rate quality music files is eliminated. Second, the resultant streaming media standardization achieves economies-of-scale efficiency in content delivery networks through the possibility of aggregating storage and traffic from multiple music services. This lowers average content delivery networks' tariff rates for individual music services (than if each were to acquire content delivery network services on its individual storage and/or traffic levels). ORASTREAM is based on patents-pending, audio streaming server-player system. We believe that ORASTREAM will hasten consumer acceptance and is indispensable for delivery of mobile cloud music services. The value proposition centres on enabling digital music convergence based on: Automatic (transparent) process of adaptive streaming to bandwidth availability and optimization of audio quality Ease of streaming server setup, maintenance and economies-of-scale savings from an archival audio file Quality-of-Experience (QoE) performance that enrich streaming music entertainment experience
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