Signiant's Digital Media Distribution Management Suite (DMDMS) has been selected by Siemens as a core component for the forthcoming BBC Digital Media Initiative.  Siemens is providing the integration and delivery services for the provision of the Digital Media Initiative within the corporation, and Signiant's technology will enable the Media Mover component. The Digital Media Initiative will provide the broadcaster with a flexible, multiplatform-enabled, digital production capability with the associated technology infrastructure. Financial terms were not disclosed.
The BBC DMI is collaborative multiplatform production capability that will allow multiplatform programme making teams to work together throughout the production lifecycle and provide individuals access to the work-in-progress content from the point of its inception.
Media Mover is an infrastructural component of the DMI architecture which will manage effective movement of media across the BBC network by throttling transfer rates based on priority and available bandwidth. This component will be enabled using the Signiant DMDMS and, in this first phase of the DMI, will be used for two main purposes.
Firstly, the DMI will use the Signiant SOA Interface (Simple Object Access protocol) to manage, prioritize and accelerate the movement of media between the BBC Archive (the central repository for the corporation's digital assets and related asset information) and the Work In Progress Library (a client application that allows users to ingest and retrieve content and perform logging, local searching, storyboarding and synchronization retrievals) across all sites within the BBC Network. This will allow multi-platform programme-making teams to work together throughout the production lifecycle, providing instant access to the work-in-progress content.
Secondly, the Signiant DMDMS will be used for the bundling, packaging and distribution of video, audio and graphics material to the various broadcast platforms. Signiant's Adaptive Policy Engine will be used to perform digital media transfers based on business rules to ensure that the highest priority items are assigned the appropriate levels of networking bandwidth and priority within the file-based workflow.http://www.signiant.com
The BBC DMI is collaborative multiplatform production capability that will allow multiplatform programme making teams to work together throughout the production lifecycle and provide individuals access to the work-in-progress content from the point of its inception.
Media Mover is an infrastructural component of the DMI architecture which will manage effective movement of media across the BBC network by throttling transfer rates based on priority and available bandwidth. This component will be enabled using the Signiant DMDMS and, in this first phase of the DMI, will be used for two main purposes.
Firstly, the DMI will use the Signiant SOA Interface (Simple Object Access protocol) to manage, prioritize and accelerate the movement of media between the BBC Archive (the central repository for the corporation's digital assets and related asset information) and the Work In Progress Library (a client application that allows users to ingest and retrieve content and perform logging, local searching, storyboarding and synchronization retrievals) across all sites within the BBC Network. This will allow multi-platform programme-making teams to work together throughout the production lifecycle, providing instant access to the work-in-progress content.
Secondly, the Signiant DMDMS will be used for the bundling, packaging and distribution of video, audio and graphics material to the various broadcast platforms. Signiant's Adaptive Policy Engine will be used to perform digital media transfers based on business rules to ensure that the highest priority items are assigned the appropriate levels of networking bandwidth and priority within the file-based workflow.http://www.signiant.com
 
 The data was gathered in a recent P4P field test by Pando from more than 3,000 ISPs worldwide.  As part of the test that began February 21st, Pando Networks delivered video content to more than 1 million people across global broadband networks including AT&T, Bell Canada, Bezeq International, BT, Cablevision, Comcast, Cox, Orange, Sasktel, Telefonica, Telecom Italia, Time Warner, Tiscali, and Verizon. Pando used ISP-supplied topological data for some of the networks, such as Verizon and Telefonica, while using proprietary Pando Network Aware technology to deliver content across other networks such as Comcast and AT&T.
The data was gathered in a recent P4P field test by Pando from more than 3,000 ISPs worldwide.  As part of the test that began February 21st, Pando Networks delivered video content to more than 1 million people across global broadband networks including AT&T, Bell Canada, Bezeq International, BT, Cablevision, Comcast, Cox, Orange, Sasktel, Telefonica, Telecom Italia, Time Warner, Tiscali, and Verizon. Pando used ISP-supplied topological data for some of the networks, such as Verizon and Telefonica, while using proprietary Pando Network Aware technology to deliver content across other networks such as Comcast and AT&T. introduced its Gigaset SE68 WiMAX Express Card based on the IEEE 802.16-2005 standard.  It complies with the Wave 2 specifications, including MIMO (Multiple Input / Multiple Output) A and B, and supports beamforming.
 introduced its Gigaset SE68 WiMAX Express Card based on the IEEE 802.16-2005 standard.  It complies with the Wave 2 specifications, including MIMO (Multiple Input / Multiple Output) A and B, and supports beamforming.  The 2.3 GHz frequency band products, including four base station and four subscriber unit modules, that achieved WiMAX certification are from WiMAX Forum member companies POSDATA, Ransom Technologies Ltd, Samsung Electronics Co., LTD and Sequans Communications.
 The 2.3 GHz frequency band products, including four base station and four subscriber unit modules, that achieved WiMAX certification are from WiMAX Forum member companies POSDATA, Ransom Technologies Ltd, Samsung Electronics Co., LTD and Sequans Communications. 






 
 
 
 
 
